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Semiempirical Auger-electron energies for elements 10 ≤ Z ≤ 100
ATOMIC
DATA AND
SEMIEMPIRICAL
NUCLEAR
DATA TABLES
AUGER-ELECTRON
20, 31 l-387 (1977)
ENERGIES
FOR ELEMENTS
10 < 2 i
100
F. P. LARKINS Department of Chemistry, Monash University Clayton, Victoria, Australia 3 168
Auger-electron energies are calculated for a wide range of transition processes in elemental systems by means of a general semiempirical method developed within an intermediate-coupling framework. Experimental electron subshell binding-energy data are combined with Slater integral values, an adiabatic relaxation correction term, and, where appropriate, a solid-state correction term. The approach uses data derived from atomic Hartree-Fock calculations and does not require any fitting to experimental Auger energies. The limitation on accuracy is closely related to the reliability of available electron binding-energy data. For systems where such values are known to high accuracy. agreement between experimental and calculated Auger-electron values is generally within l-2 eV with the maximum discrepancies near 5 eV. However, when the uncertainties in the binding energies used are larger, such uncertainties are correspondingly associated with the Auger-electron energy predictions. The values presented in these tables may be readily modified if superior binding energies become available. Furthermore, with suitable binding-energy data the tables may be adapted to predict Auger-energy values for the vapor phase as well as for the solid phase of the elemental system. With the exception of the elements Ne, Cl. Ar, Br, Kr, Xe. and Rn the tabulated values are for solid systems and are referenced to the Fermi level. Added in Proof following
The L, binding energy for americium (Z = 95) has inadvertently been included corrections should be made to the Auger electron energies for americium: K-&X add 1000 eV, K~L,L, add 2000 eV, &XX subtract 1000 eV.
Copyright 0 1977 by Academic Press, Inc. All rights of reproduction in any form reserved.
311
as 19510 eV instead
Atomic
Data
and
Nuclear
Dota
of 18510 eV. The
Tables,
Vol.
20,
No.
4,
October
1977
Semiempirical Auger-Electron
F. P. LARKINS
Energies
CONTENTS
INTRODUCTION. .................................... THEORY ........................................... EVALUATION OF PARAMETERS ........................ ACCURACY AND USE OF TABLES ...................... EXPLANATION OF TABLES ............................ TABLES I. Electron Binding Energies for Elements .............. II. Spin-Orbit Interaction Energies .................... III. Two-Electron Integrals-Slater Notation Fk and Gk Values. ............................ IV. Adiabatic Relaxation Correction Terms and Solid-State Correction .................................. V. Auger-Line Energies K-LL L 1,2,3L12 3 (means L,L,;
and L,,i;)
......
.....
3 13 313 3 14 314 316 319 322 ,323 336
L,L,; L,L,; L,L,; L&i .....
.....
.....
......
338
K-LM L 1,2,3M 1,2,3................................ L 1,2,3M 4,5 .................................
340 342
L,-MM M 1,2,3 M,,, ................................ M 1,2,3M”4,5................................. M4,5 M45 .................................
344 346 348
L,-MN ’ Ml,2,3Nl 2 3 ................................ M N,‘,‘, M;; 3N4’5’. ................................................................ M&’ N& ................................. Ml’2 3N6’7 ................................. M’ ’ N6’, ................................. M$N N 1,2,3
’ N123..
............................
N 1,2,3,4,5N”4,s ............................... N 1,2,3,4,5,6,, N 6,, .............................
MS-NO N1,2,30 1,2,3 ................................ N 1,2,30 4,5 ................................. N495 O,,,,, .............................. .,,, N6,7 012345 ..............................
N,-00 ” ” 0 1,2,30 1.2,3 ................................ 0 1,2,3,4,5 0 4,5 ...............................
Values are presented with and without configuration interaction for the following: K-L
1,2,3
L 1,2,3
L3-"l.2,3Ml,2,3 M5-Nl,2,3Nl,2,3
N5-0
1,2,3
0
1,2,3
312
349
351 353 355 357 358 359
361 364 367 369 370 373 375 377
Semiempirical Auger-Electron
F. I’. LARKINS
VI. Corrections to Tabulated Auger-Line Values for Other Series To K-LM &MM MS-NN
MS-NO NS-oo VII. Auger-Line K-LL,
42,3,4,5-
.
..
. > 7 00. Energies for Partially Filled Shells
K-LM,
L,-MM,
L,-MN,
M,-NN
A( 2s+rL,) = &xact[- 1 + -LxJXi Yk1 - %xact~~iI- 4,,,[Yk 11 (2)
The rapid growth in the application of the technique of Auger-electron spectroscopy in many fields of research has highlighted the need for tables of Augerline energies calculated to near experimental accuracy for a wide range of transition processes associated with all the elements of the periodic table. Experience has shown that an intermediate coupling framework is well suited for understanding the transition processes associated with most systems. However, with the exception of K-LL Auger processes (see Burhop and Asaadr) no comprehensive tables of Auger-transition energies have been calculated previously within the intermediate coupling framework. Furthermore, previous calculations have depended upon the availability of some reliable Auger-line energies for use in the parameterization of the methods. Extensive tables of Auger energies up to 3000 eV were produced by Coghlan and Clausing2 using a purely empirical formulation and a jj-coupling scheme. These results are now of limited usefulness for the detailed interpretation of Auger-electron spectra.
where E [Xi] and E[X,Y,] denote the total energy of the system with a single hole in the X, subshell and with single holes in the Xi and Y, subshells, respectively. The appropriate electronic state is chosen for each configuration considered. Now, for vapor-phase system? A (2s+1LJ) = (XiYk)2s+1Ld
-
K(X,
Yl,
(3)
while for solid-phase systems” A p+lLJ
= ( xi Y, ysflL<, - 4x, Yl, - S(Z).
(4)
The term ( Xj Y,) 2s-t1L, is the interaction energy of a pair of holes in the orbitals Xi and Yk of an atom in the 2s+1L, multiplet state. This term may be expressed as a combination of Fk and Gk Slater integrals and the appropriate spin-orbit coupling parameters with data from Slater,6 Condon and Shortley,’ and Racahs if frozen orbitals from the initial to the final state are assumed. The K(X~Y~) is the adiabatic relaxation correction term which accounts for the lowering in the energy of the final state resulting from relaxation of the atomic orbitals due to the altered electronic structure of the system. The S(Z) is the solid-state correction term appropriate for the semiempirical calculations. It is related to the total solid-state contribution to the Auger-electron energy as previously outlined.” The required expression is derived by means of an atomic Hartree-Fock screening model.5,g This correction term along with the changes in the binding energies accounts for the increase in Auger-electron transition energies from the vapor to the solid phase. For some systems configuration-interaction effects are important in determining more accurate values of transition energies and intensitiesl*” While a comprehensive study of this problem has not been undertaken, findings for some K-LL, L-MM. M-NN, and N-00 transition processes are provided in the tabulations.
THEORY The basic theory of the semiempirical method adopted in this work has been outlined previously in detaiL3 The wide application of the method to the evaluation of transition energies for gaseous and solid systems has been discussed.4l5 The Auger-electron energy for the W, - XjY,, 2s+lL J process may be determined within an intermediate coupling model with the expression3 - X,Y,, 2s+1LJ) = E”w, - E$, - &“y, - A (zs+lLJ),
378 378
380 381 382 383
NO..
N123467-,“1233 , P1 1
INTRODUCTION
E(y
Energies to Obtain
For La,,,-LM .... K-9 L,,,-, Ml,2,3- MM. NN M&2,3,40 4,2,3,4,5-
M&2,3,4-,
Energk
(I)
where &“w, is the binding energy of an electron in a selected subshell w& of an atom with atomic number Z and A (zs+lL,) is a correction term evaluated for the 2s+1LJfinal state configuration of the system. Formally,
313
Atomc Dato and tiuc,eor
Data Tabler. “ol
20. No. 4, October
1977
F. P. LARKINS
EVALUATION
Electron Binding
Semiempirical Auger-Electron
OF PARAMETERS
Energies
Y, denote the ns and n’s orbitals, respectively. First this term was evaluated explicitly for selected closed-shell atoms by means of Eq. (6) and a relativistic Hartree-Fock procedure. The values for all elements were then determined by least-squares fitting of up to sixth-order polynomial expressions to the relativistic data. Values for various combinations of subshells are presented in Table IV.
Energies
Experimental values from the compilation of Sevierr were used for all elements up to atomic number 83 and data from Porter and Freedmanrl for systems with atomic numbers 84 to 100 with the following exceptions: K-shell, Deslattesi2; L,-, L,-, La-shells Thomas and Shaw,13 Ge, As, Se Ml-shell extrapolated values from relativistic Hartree-Fock valuesI and known experimental values for elements Br-Zr,1° Mto O-shell, Gelius? K-shell, x-ray Xe (8) datai and Gelius data N- to P-shells, Svensson et a1.,17 Hg (s) Ar (g)
The S (2) Term The solid-state correction term is chosen to be a characteristic of the element and independent of the exact nature of the Auger-transition process51g This approximation is accurate to better than 1 eV in the detailed investigations that have been undertaken. Within the framework of an atomic Hartree-Fock screening model the following expression is used to evaluate the correction term
where g and s represent gas and solid, respectively. All the data are for solid systems and referenced to the Fermi level except for the elements Ne, Cl, Ar, Br, Kr, Xe, and Rn. For these elements the binding energy data are referenced to the vacuum level of the vaporphase system. The corresponding Auger energies will be similarly referenced. A comprehensive list of the binding energies used in this work is given in Table I.
$(Z) = 2n (,X)Zfl
The spin-orbit coupling parameters lnl required are deduced from the experimental binding-energy data from the relationship
(5)
These are presented in Table II. The Fk and Gk Slater integrals required are determined by least-squares fitting of up to sixth-order polynomial expressions in the atomic number Z to values derived from calculations for selected closed-shell atomic systems with a numerical relativistic Hat-tree-Fock (RHF) procedure and formulas listed in an earlier paper. l8 The values up to atomic number 11.0 are presented in Table III. The
ACCURACY
Term This term is expressed in the form3
+ ~%,[yd
AND USE OF TABLES
Detailed comparisons with a wide range of experimental data3-5 for both vapor- and solid-phase systems have shown that the predicted values are in close agreement with experimental findings if binding energies of high accuracy for the appropriate phase of the system are available. Agreement is generally within l-2 eV with the maximum discrepancies near 5 eV. Values for all possible transition processes involving different initial states but the same final states are not given in Table V. Within the framework of the approach used, the energies of two processes having the same final state but different initial states are related by the difference in the binding energies of the subshells with the initial hole. That is:
K(X~Y~)
K(XI~) = (x,y,), - Ekb[-1 - J%&~Y~I + GmWJ
(7)
where ( UX)~+~ represents the interaction energy of electrons in the (Yand X orbitals of the atom with atomic number Z + 1, while ((Y(Y)~+~is the interaction energy of a pair of electrons in the a-orbital of the same atom and n is the screening parameter. In this work (Y has been chosen as the outermost atomic orbital, X as the penultimate orbital, and n equal to 0.6 for all elemental systems. Within the accuracy of the approach the solidstate correction term is not sensitive to relativistic effects since outer-shell orbitals are always involved. For convenience, values for the two-electron interaction integrals required are taken from the nonrelativistic Fk and Gk tables of Mannlg for all elements. Values for S(Z) are presented in Table IV. The solid-state correction term, based upon the limited experimental information available for the solid-state contribution to Auger-electron energies,Q is considered to be accurate to within l-2 eV.
The ( XiYk) 2s+1LJ Term
‘)@& - G,,,,).
- n2 (aa)z+l,
(6)
It is assumed that the value of the adiabatic relaxation correction term depends on the principal quantum numbers of the shells containing the holes but is independent of the specific nature of the particular subshells involved and of any multiplet effects. For convenience, the term K(X, Y,) is evaluated for the cases where X, and
314
*tcmic
Data md Nvclaar Data Tables, Vd. 20, NO. 4. Odob~
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
Research Grants Committee. The production of the tables was accomplished with the help of the excellent computational skills of Miss Janice Crotty. 1 am most grateful for both generous contributions.
E( Iv, - XjY,? ‘Ls+lLJ) = E( y -
References 1. E. H. S. Burhop and W. N. Asaad, Advances in Atomic and Molecular Ph.vsic.s. (Academic Press. New York, 1972), Vol. 8, p. 164 2. W. A. Coghlan and R. E. Clausing. ATOMIC 317 (1973)
DATA
5,
3. F. I?. Larkins. J. Phys. B: Atom. Molec. Phys. 9, 47 (1976) 4. F. P. Larkins and J. M. Crotty. J. Phys. B: Atom Molec. Phys. 9, 881 (1976) 5. F. P. Larkins, J. Phys. B: Atom. Molec. Phys. 10, 2453 ( 1977) 6. J. C. Slater. Quantum Theorv of Atomic Structure, (McGraw-Hill, New York, 1960). Vol. 2 7. E. U. Condon and G. H. Shortley, The Theoyv of Atomic Spectra, (Cambridge University Press, London, 1935) 8. G. Racah, Physica (Utr.) 16, 65 I (1950) 9. F. P. Larkins, J. Phys. B: Atom. Molec. Phys. 10, 2461 (1977) 10. K. D. Sevier, Low Energv Electron Spectroscopv. (Wiley-Interscience, New York. 1972) 11. F. T. Porter and M. S. Freedman, Private communication 12. R. D. Deslattes, Phys. Rev. 186. 1 (1969) 13. T. D. Thomas and R. W. Shaw. J. Electron Spectrosc. 5, 1081 (1974) 14. J. P. Desclaux, ATOMIC‘ TABLES 12, 211 (1973)
Added in Proof The L, binding energy for americium (Z = 95) has inadvertently been included as 19510 eV instead of 18510 eV. The following corrections should be made to the Auger electron energies for americium: K-&X add 1000 eV. K-L,L, add 2000 eV, 1,:,-Xx subtract 1000 eV.
DATA
AND
NUCLEAR
DATA
15. U. Gelius, J. Electron Spectrosc. 5, 985 (1974) 16. J. A. Bearden. Rev. Mod. Phys. 39, 78 (1967) 17. S. Svensson et al., J. Electron Spectrosc. 9. 5 1 (1976) 18. F. P. Larkins, J. Phys. B: Atom. Moiec. Phys. 9, 37 (1976) 19. J. B. Mann, “Atomic Structure Calculations I. Hartree-Fock Energy Results for the Elements Hydrogen to Lawrencium,” Los Alamos Scientific Laboratory Report LA-3690 (1967)
Acknowledgments This project has been funded by the Australian
315
F. P. LARKINS
Semiempirical Auger-Electron
EXPLANATION TABLE
I. Electron Binding
Energies
OF TABLES
Energies for Elements (in eV)
Z Atomic number EL Element K, Ll, etc. Orbital subshells The origin of the data is discussed in the section Evaluation TABLE 2P, etc.
TABLE FO 2s2s
II. Spin-Orbit
Interaction
of Parameters
Energies (in eV)
nl designation for the
Two-Electron Values)
Two-electron
Integrals -Slater
Coulomb-type
Notation
(in eV) (Fk and Gk
Slater integral
P(2s, 2s) for electrons in subshell 2s
Gl Two-electron exchange-type Slater integral G1(2s, 2~) for electrons in subshells 2s and 2p 2S2P The integrals are defined in Slater.6 All values are derived from polynomial fitting to relativistic Hartree-Fock data for closed-shell systems TABLE
IV. Adiabatic Relaxation rection (in eV)
K(2S2S)
SOLID-STATE CORRECTION
TABLE
Correction
Terms and Solid-State
Cor-
Correction term for Auger transitions involving a final state with two holes in the L-shell, The term, defined in Eq. (6), is evaluated by polynomial fitting to relativistic Hartree-Fock data for closed-shell systems Accounts for the partial screening of holes by valence band electrons in solid systems. This correction is evaluated from Eq. (7) and nonrelativistic HartreeFock data
V. Auger-Line
Energies (in eV)
lS0, 3P2, etc.
Designation of multiplet state 2s’1LJ in intermediate coupling where 2s+1L denotes the L&coupling limit for low-Z values limit for high-2 K-LlLl, etc. Designation in j-coupling J is the only good quantum number; therefore any other designation may be only notational because of strong coupling interactions All Auger values are referenced to the Fermi level of the solid elemental system with the exception of the elements Ne, Cl, Ar, Br, Kr, Xe, and Rn. For these elements the energies are for the vapor phase and are referenced to the vacuum level Configuration interaction. Improved energy values may be obtained by allowing for the coupling of states of like symmetry and parity. Tables allowing for the coupling of the ‘S,, multiplet states have been included for some K-LL, L-MM, M-NN, and N-00 transition processes. See Contents for list
316
A+mk
Oda t,nd ~vclsor Do,. ,.,ble,,
Vol. 20, No. 1, October
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
Energies
VI. Corrections (in eV) to Tabulated Auger-Line Energies to Obtain Values for Other Series
Consult Eq. (8) and Example I for further details. See Contents for page numbers of groups of tabulated lines TABLE
VII. Auger-Line
Energies for Partially
Filled Shells (in eV)
Designation of muitiplet state as discussed for Table V 1so or is K-LL, etc. Some of the values are listed in the M-coupling scheme. Because the formulism adopted is not strictly applicable to these systems without further refinement the values should be considered to be first estimates Example 1 Use of Data in Table V to Determine Valuesfor Another Series
In Table V the L,-MIMI, L3-MlMz3, and L,-M,,M,, energies are listed. In order to determine (say) the K-MM energies, Eq. (8) and values in Table VI must be used. Consider the cobalt system E(L,-MIMI,
(Table V)
‘S,,) = 566.1 eV
GZ K --Cz L3 =69303 . eV .
(Table I)
Therefore, from Eq. (8) E(K-MIMI,
‘S,) = 7496.4 eV.
This is the value referenced to the Fermi level of the elemental material. Furthermore, EZLl - EZL3 = 147 .0 eV . (Table I) Therefore, E(L,-MIMI, IS,) = 713.1 eV. If the final energy value is negative the transition is energetically forbidden. Example 2 Correction to Auger-Electron Energies for a Phase Change of the Elemental System
The Auger-electron energies in Table V are for solid systems and referenced to the Fermi level with the exception of the elements Ne, Cl, Ar, Br, Kr, Xe, and Rn. For these elements the binding-energy data and Auger energies are referenced to the vacuum level of the vapor-phase system. From Eqs. (1) (3), and (4) Evapor( Wi - XjYk, 2s+1LJ) = Esolid( 4 - Xi Yk, 2s+1LJ) + (A &CC- A&gj - A &‘zy,) - S(z),
(9)
where A &“w, = E”w,(vapor) - E”w,(solid). This relationship is true irrespective of the reference levels of the vapor- and solid-phase binding-energy data. The S(Z) is the solid-state correction term
317
Almic
Data
and
Nuclear
Data
Table,.
VoI
20.
No.
4,
October
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
listed in Table IV. Consider for example the mercury system and the N,-04,s 0, 5 transition series. From Svensson et a1.17 mercury (solid) iSi5 = 359.3 eV, 86, = 9.8 eV, EL, = 7.8 eV with respect to the Fermi level (Table I), while mercury (vapor) && = 366.0, && = 16.7, && = 14.9 eV with respect to the vacuum level. Hence, A E, = 6.7, A Eoq = 6.9, A Ee5 = 7.1 eV S(80) = 5.4 eV (Table IV). Now, from Table V Esolid(N5 - O,O,, ‘G,) = 338.3 eV,
Hence, from Eq. (9) Evapor(N5 - O,O,,
‘G,) = 338.3 + (6.7 - 6.9 - 7.1) - 5.4
= 325.6 eV. This transition vapor-phase binding
energy is referenced to the vacuum level since the energies are referenced to the vacuum level. Example 3
ModiJication of Valuesfor Superior Binding-Energy Data
If binding-energy data superior to those listed in Table I are available, the Auger-energy values of Table V may be modified by use of the relationship E’( Wi - XjYk, =+%J
= E( 4 - XiYk, 2s+1LJ) + (A&k, 1 - A&$ -A&Z,)
where A EZ,,1 = &‘&I - Gk,.1 The primes denote the modified system. From Tables I and V
(10)
values. Consider the sodium metal
E, = 1072.1 eV EL,, = 31.1 eV E(K - L,,L,, NOW Kowalczyk et al.[Phys.
lD,) = 992.3 eV.
Rev. B 8, 3583 (1973)]have reported that 8, = 1074.0 eV &L23 = 32.7 eV
referenced to the vacuum level. With these values and Eq. (IO) E’W
- Lw&,
ID,) = 992.3 + (1074.0 - 1072.1) - 2.x (32.7 - 31.1)
= 991.0 eV. This value is also referenced to the vacuum level and may be compared directly with the reported experimental value of 991.9 eV.
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE 1. Electron Binding Energies for Elements (in eV) Seepage 316 for Explanation of Tables n
2 EL 1 2 3 4 5 6 7 8 9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
27
H ME LI BE. 8 C N 0
F NE Nb
RG AL SI P 5 CL 4R
30
ZN
31
GA
32 33 JC 3s 36 37 39 39 so
GE AS SE BR KR RB 517 ‘I ZR
bl 42 43
N6 no TC RU Rrl
b5 b6
CU
PO
5.5 3.0 9.9 8.0 6.6 15.9 17.8 25.4
5.5 3.0 9.9 8.0 6.6 15.8 17.6 25.4
32.3
32.3 3b.6 37.0 42.5 46.6
n4
n5
6.6 3.7 2.2 2.3 3.3 3.6 2.9 3.6 1.6 8.1
6.6 3.7 2.2 2.3 3.3 3.6 2.9 3.6 1.6 a.1
17.4 26.7
Nl
Nt
N3
1.5 5.0 6.5 12.0 27.3 27.5 29.3 37.7 45.4 51.3
Q-8 2.3 2.5 5.6 5.2 lb.7 lb.6 19.9 25.6 23.7
0.8
2.3 2.5 5.6 4.6 14.0 14.0 19.9 25.6 26.7 33.9 34.8 38.9 43.1 47 -9 51.1 55.9 66.9 71.4 88.6
5b65.1 5989.2 6539.0 7112.0 7708.9 8332.8 8970.9 9659.6
406.' 461.5 520.5 503.7 651.4 721.1 793.6 871.9 951.0 1042.8
402.2 455.5 512.9 574.5 6b0.3 708.1 778.6 955.7 931.1 1019.7
53.8 60.3 66.5 74.1 83.9 92.9 103.7 111-A 119.6 135.9
37.8 42.5 49.6 54.0 59.5 68.1 13.6 86.6
16367.1 11103.1 11066.7 12657.6 13473.7 14325.6 15199.7 16lc)b.6 11038.4 17997.6
1297.1 1414.3 1526.5 1653.9 1762.0 1921.0 2065.1 2216.3 23T2.5 2531.6
1142.3 1247.8 1358.6 1476.2 1596.0 1721.2 1863.9 2006.8 2155.5 2306-r
1115.4 1216.7 1323.1 1435.8 1549.9 1674.9 1604.4 1939.6 2080.0 2222.3
158.1 180.0 203.5 231.5 256.5 292.1 322.1 357.5 393.6 430.3
106.8 127.9 146.4 168.2 199.3 221.6 247.4 279-R 312.4 344.2
102.9 120.8 140.5 161.9 tai.5 214.5 238.5 269.1 300.3 330.5
70.1 95.0 111.8 135.0 159.6 192.4
17.4 20.7 41.2 56.7 69.0 93.8 110.3 133.1 157.4 180.0
16985.6 19999.5 21044.0 22117.2 23219.9 24350.3 2551b.0 26711.2 27935.9 29200.1
2697.7 2865.5 3042.5 3224.0 3411.9 3604.3 3605.8 bOlB.0 4237.5 4464.7
2464.7 2625.1 2793.2 2966.9 31b6.1 3339.3 3523.7 3727.0 3938.0 4156.1
2370.5 2520.2 2676.9 2837.9 1033.6 3173.3 3351.1 3531.5 3730.1 3926.0
468.4 504.6 544.0 565.0 627.1 669.9 717.5 770.2 825.6 683.8
370.4 409.7 444.9
521.0 559.1 602.4 650.7 702.2 756.4
363.0 392.3 425.0 460.6 496.2 531.5 571.4 616.5 664.3 714.4
207.4 230.3 256.4 263.6 311.7 340.0 372.0 410.5 450.0 493.3
204.6 227.0 252.9 279.4 307.0 334.7 366.7 403.7 443.1 484.8
50.1 61.8 66.C 7b.9 61-C 86.4 95.2 107.6 121.9 136.5
33.9 34.6 36.9 43.1 b7.9 51.1 62.6 66.9 77.4 66.6
30491.2 31813.8 33169.4 34564.4 35984.6 37450.6 33924.6 404b3.0 41990.6 43566.9
4698.3 4939.2 5136.1 5452.6 5114.3 5986.8 6266.3 6548.8 6034.8 7126.0
43R0.4 4612.0 4652.1 5103.7 5359.4 5623.6 5890.6 6164.2 6440.4 6721.5
b132.2 4341.4 4557.1 4792.2 5011.9 5247.3 5402.7 5723.4 5964.3 6207.9
943.7 1306.0 1072.1 1148.7 1217.1 1292.6 1361.3 lb34.6 1511.0 1575.3
811.9 869.7 930.5 1002.1 1065.0 1136.7 1204.4 1272.6 1337.4 1bO2.6
765.6 918.7. 974.6 9b0.6 997.6 1062.2 1123.4 1185-b 12b2.2 1297.4
536.9 5.32.5 631.3 6B9.4 739.5 796.1 640.5 901.3 951.1 999.9
522.5 572.1 619.4 676.7 725.5 76Q.7 R31.7 863.3 931.5 971.7
152.0 166.3 l(16.4 213.3 230.8 253.0 210.4 289.6 304.5 315.2
9q.s 110.2 122.7 145.5 172.3 191.6 205.6 223.3 236.3 213.3
94.4 110.2 122.7 145.5 161.6 119.7 191.4 207.2 211.6 224.6
7012.8 7311.8 7617.1 1930.3 R251.6 6500.6 6917.6 92b4.3 9616.9 9979.2
6459.3 6716.2 6976.9 1242.0 7514.0 1790.1 6071.1 035r.9 8648.0 6943.6
1650.0 1122.6 lROO.O lR60..3 1967.5 2046.6 2126.3 2206.5 2306.8 2398.1
1471.4 1540.7 1613.9 1686.3 lT6T.7 1841.6 1922.6 2005.0 2089.6 2173.0
1356.9 1419.6 1430.6 1544.0 1611.3 1675.6 1741.2 1811.8 iae4.5 1349.8
1051.5 1106.0 1160.6 1211.2 1215.0 1332.5 1391.5 1253.3 1514.6 1576.3
1026.9 1060.2 1130.9 1185.2 1241.2 1294.9 1351.4 1409.3 1467.T 1521.6
331.0 345.7 360.2 375.e 391.9 416.3 435.1 449.1 411.7 b07.2
242.0 265.6 263.9 286.5 JlD.2 331.8 343.5 366.2 365.9 396.1
242.0 247.4 2’36.6 210 -9 265.0 292.9 306.6 320.0 336.6 343.5
9244.1 9560.7 9891-i
2491.2 2600.9 2708.0
2263.5 2365.4 2466.7
2023.6 2101.6 2194.0
1639.4 1716.4 1793.2
1566.5 1661.7 1735.1
506.2 536.1 565.5
410.1 b37.0 464.6
359.3 380.b 404.5
4966.1
63.3 69.4 117.7 148.7 169.3 229.2 270.2 326.3 377.1 43?.6
AG co IN SY
51 52 53 54 55 56 51 56 59 60
SB TE I XE CS BA LA CE PR
61 62 63 64 65 66 67 68 69 TO
PW
5N EU GO 18 DY MO ER TW 10
45104.0 46834.2 18519.3 50239.1 53995.7 53165.5 55617.7 51135.5 59309.6 61332.3
7427.9 7736.6 1052.0 8375.6 a706.0 9045.8 9391.2 9151.3 10115.? 10466.4
?l 72 13
LU HF TA
63313.6 65350.5 67416.4
10670.4 11270.7 11681.5
NO
w3
5.3 El le..0 2b.L 28.5 34.0 48.5
b0 49 50
bT
1.7 6.4 9.2 7.1 8.6 21.6
*2
500.4 563.1 628.2 694.6 769.0 846.1 925.6 1008.1 1096.1 1193.6
2822.4 3206.0 3607.+
4492.a
NI
4.7 6.4 9.2 7.1 a.6 21.7
Ml
0.7 2.1 0.1 7.6 16.2 15.0 17.5 29.2 33.9 43.7
SC 11
Ff co
13
31.1 51.4 72.7 90.9 135.3 164.2 200.0 246.6 293.6 346.4
4038.3
c;: MN
L2
31.1 51.4 73.2 99.5 136.2 165.4 201.6 250.7 296.3 350.0
1072.1 1305.0 1559.6 1138.9 2145.5 2472.0
c:
28 29
bb
13.6 24.6 54.8 112.1 188.0 203.0 401.6 532.0 665.4 a70.1
Cl
10348.6 10739.b 11136.1
34.6
482.a
319
5b.0
59.5 68.1 13.6 86.6
bl.2 56.7
Atomic Dab, and Nuclear Data Tables, Vol. 20, No. 4. October ,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron Energies
I. Electron Binding
Energies for Elements (in eV)
See page 316 for Explanation of Tables z
EL
K
Ll
L2
L3
Ml
IL IS 7b 77 7a 79 80
Y RE OS IR PY AU lit
OS2S.O 71676.4 73a70.a 76111.0 78394.8 80724.9 83102.3
12099.8 12526.7 i296a.o 13418.5 i3aao.s ib352.a 14039.3
llS44.0 11950.1 123a5.0 12824.1 13272.6 13733.6 1420a.7
10206.6 1053S.3 10870.9 11215.2 11563.) 11938.7 i22a3.9
2619.6 2931.7 304a. 3173.7 3297.b 3424.9 3561.6
Bl 81 a3 04 OS a6 37 80 a9 90
TL PE BI PO AT RN FR RI AC 1H
65530.4 aaoob.5 90525.9 93099.0 95723.0 98396.0 io112a.o 103913.0 106756.0 109651.0
15346.7 15660.0 16307.5 16928~0 11462.0 iao4a.o 18634.0 19237.0 19a66.0 20472.0
14697.9 15200.0 lS711.1 16237.0 16776.0 17326.0 17a99.0 ia404.0 19001.0 19693.0
:x*: i34iaI6 i3aio.o 14207.0 14610.0 1s025.0 15444.0 lS870.0 16300.0
3704.1 3aso. 3999.1 4152.0 4310.0 4473.0 4644.0 4a22.0 k999.0 sia2.0
91 92 93 94 95 96 97 98 99 100
PA u NP PU AH CM 011 CF ES FM
112599.0 115606.0 ila675.0 i2179a.o 124990.0 12a250.0 131569.0 135959.0 i3a42i.o 141960.0
21105.0 21758.0 72427.0 23104.0 23aoa.o 24526.0 25256.0 26010.0 267a2.0 27570.0
20314.0 2094a.o 21600.0 22266.0 22952.0 23651.0 24371.0 25100.0 2SC6Y.O 26641.0
16733.0 1716a.o 17610.0 18057.0 19510.0 18970.0 1943S.O 19907.0 20364.0 2986a.o
5361.0 5546.0 s739.0 5933.0 6133.0 6337.0 6S45.0 6761.0 69al.o 720a.o
N4
2 EL 1 2 3 4 5 6 7 8
115
N6
N7
01
Ida
5
7
111
257b.9 2681.6 2792.2 2908.7 3027.0 3147.1 327a.s
2261.0 2367.3 2457.2 2550.7 2645.3 2743.0 2147.1
la71.6 i9ba.9 2030.8 2116.1 2201.5 2291.1 23B4.9
3415.7 3554.2 3696.3 3a44.0 3994.0 4350.0 bJlS.0 bb03.0 b655.0 ba3i.o
2956.6 3066.4 3176.9 3293.0 3409.0 3529.0 3636.0 37as.o 3915.0 bO46.0
2485. 256S.6 2687.6 2794.0 2901.0 3012.0 3129.0 32ba.o 3370.0 3491.0
5001.0 5181.0 5366.0 ‘1552.0 9744.0 5937.0 blJa.0 6345.0 6556.0 6776.0
4174.0 4304.0 4435.0 436I.O 4703.0 b83a.o 4976.0 5116.0 S2S9.0 5405.0
3611.0 3726.0 3aso. 3970.0 4091.0 4221.0 4353.0 b4a4.0 4617.U 6752.0
02
03
M5 ia09*2 1102.9 1960.1 2040.4 2121.1 2205.7 2291.9 i
0
I1
2319.3 24ac.o 2579.6 26ao.o 2711.0 2aab.o 2994.0 3105.0 3219.0 3332.0
845.5 893.6 93a.2 9a7.0 1038.0
3452.0 3552.0 3664.0 3775.0 3690.0 4009.0 4127.0 4247rO 436a. 0 4491.0
1381.0 14b2.0 1s01.0 lS60.0 1620.0 16d4.0 17b8.0
KX i26aZo 1269.0 1330.0
::::=i 1952:O
OS
04
n3
b91.b
Y9S.O 625.0 6Sb.3 699.1 724.0 7se.a 003.0
517.9 SLS.5 ¶77.1 607.6 643.7 681.0
425.3 444.4 bba.2 494.3 519.1 SL5.b 576.9
721.3 763.9 ao5.3 851.0 897.0 944.0 999.0 1058.0 1112.0 1168.0
609.0 644.5 678.9 715.0 751.0 790.0 ‘831.0 a79.0 924.0 968.0
1217.0 1273.0 1328.0 1384.0 1443.0 1498.0 iSsa.0 1620.0 168J*O 1749.0
1007.0 1045.0 1067.0 112s.o 1165.0 1207.0 1249.0 1292.0 1336.0 1379.0
Pl
P2
P3
H HE LI BE B C N 0
1:
N:
11 12 13 14 15 16 11 18
WA nG AL SI P 5 cc AR
::
c:
21 22 23 24 25 26 27 28 29 30
SC TX V CR HN FE CO NI CU 2N
31 32 33 34 35 36 37 38 ii 40
GA GE A5 SE BR KR RB SR Y 2R
41 42 43 44 45 46 47 48
NB wa TC RU RH PO At co
2.4 3.0
2.4 3.0
3.2
3.2
1.a 2.0 2.0 2.5 ::: 9.3
i,a 2.0 2.0 2.5 1.5 3.3 9r3
2.2
320
2.2
A+&
Dota ad
Nuclwr
Doto T&b,
“.a,. 20, No. 4, Oet&er
1977
Semiempirical
F. P. LARKINS
TABLE
I. Electron
Binding
Auger-Electron
Energies
Energies
for Elements (in eV)
See page 316 for Explanation of Tables 2 EL
u4
MS
49 SO
IN SW
16.2 23.9
16.2 23.9
51 52 53 54 55 56 5r 5.5 59 60
SB TE I XE cs BA LA CE PR ND
31.4 39.0 49.6 69.5 t.8.e 92.5 98.9 110.0 113.2 117.5
31.4 39.0 49.6 67.5 76.5 89.9 98.9 110.0 113.2 117.5
61 62 63 64 65 66 67 6.5 69 70
PM SM EU GO TB ov HO ER TM YE
120.4 129.0 133.2 140.5 lb7.0 151.2 161.0 176.1 179.6 199.1
12O.k 129.0 133.2 140.5 lb?.0 154.2 161.0 167.6 179.6 114.9
71 72 I3 14 15 I6 17 16 79 00
LU IiF TA u AE OS IR Pl AU HG
204.0 223.8 241.3 258.8 273.I 2e3.4 311.4 330.7 352.0 379.5
81 a2 83 64 d5 86 ll? 68 89 90
TL PB 81 PO AT RN FR RI AC TH
91 92 93 94 95 96 91 9.5 99 100
PI U NP PU AM CM Bil CF ES FM
2 EL
N6
N7
01
02
03
0.8 1.1
0.8 1.1
6.1 11.6 13.6 23.4 22.7 29.1 32.3 3r.a 3T.4 37.5
2.1 2.3 3.3 13.4 13.1 16.6 14.4 19.1) 22.3 21.1
2.1 2.3 3.3 12.1 11.4 lb.6 lb.4 19.6 22.3 21.1
22.0 21.3 22.0 20.3 25.4 26.3 20.3 29.4 32.3 23.b
22.0 21.3 22.0 20.3 25.4 26.3 20.3 29.4 32.3 23.4
04
c5
0.1 2.0 1.5
0.1 2.0 1.5
4.0 5.5
4.0 5.5
0.1 2.6 4.2 3.7 4.3 5.3 6.3
0.1 2.6 L.2 3.7 L.3 5.3 6.3
38.0 37.4 31.8 36.1 39.0 62.9 51.2 59.0 53.2 54.1
195.0 213.7 229.3 245.4 260.2 272.8 294.9 313.6 333.9 359.3
1z 27.5 37.9 16.1 53.8 64.0 74.5 87.8 1Ob.O
6.9 17.1 25.6 35.8 45.7 51.0 61.0 71.1 84.1 99.9
56.8 64.9 71.1 77.1 e2.n 83.7 95.2 101.7 107.8 120.3
28.0 36.1 44.9 46.3 b5.6 50.0 63.0 65.3 71.7 84.0
28.0 30.6 36.4 35.6 34.6 45.4 50.5 51.0 58.1 65.0
4.6 6.6 5.7 6.1 3.5
4.6 6.6 5.r 6.1 3.5
::i 2.5 9.8
3.0 2.1 2.5 7.8
406.6 435.2 463.6 495.0 527.0 558.0 597.0 636.0 67h.O 714.0
306.2 412.9 410.0 469.0 499.0 530.0 567.0 603.0 640.0 6I7.C
123.1 111.2 162.4 11)b.O 206.0 229.0 258.0 287.0 316.0 344.0
1111.6 136.3 157.1 176.0 199.0 222.0 249.0 279.0 307.0 335.0
136.3 147.3 159.3 116.0 192.0 208.0 229.0 254.0 272.@ 290.0
99.6 101.6 116.6 132.0 144.0 158.0 178.0 200.0 211.0 229.0
73.0 83.0 93.0 102.0 113.0 123.0 138.0 153.0 160.0 102.0
15.3 21.8 26.5 34.0 11.0 48.0 60.0 71.0 04.0 95.0
13.1 19.2 24.4 30.0 37.0 43.0 55.0 65.0 76.0 .57.0
r43.0 780.0 611.0 846.J 880.0 916.0 955.0 991.0 1029.0 1067.0
708.0 738.0 r73.0 798.0 829.0 862.0 898.0 930.0 965.0 1000.0
371.0 392.0 415.0 436.0 461.0 485.0 511.0 53.5.0 S64.0 591.0
360.0 380.0 403.0 424.0 446.0 470.0 495.0 520.0 546.0 512.0
305.0 32b.0 338.0 352.0 370.0 383.0 399.0 416.0 434.0 452.0
245.0 260.0 274.0 287.0 300.0 313.0 326.0 341.0 357.0 373.0
166.0 195.0 206.0 213.0 219.0 229.0 237.0 245.0 255.0 262.0
91.0 103.0 109.0 113.0 116.0 124.0 130.0 131.0 142.0 149.0
90.0 96.0 101.0 105.0 106.0 111.0 111.0 123.0 127.0 133.0
2P
3P
4P
5P
6P
30
40
SD
P2
P3
3.1 B.0 9.0 13.0 16.0 24.0 31.0 3r.o 43.0
0.7 2.7 4.0 6.0 0.0 lb.0 22.0 24.0 25.0
0.7 2.7 1.0 1 .o 2.0 7.0 12.0 15.0 11.0
43.0 14.0 47.0 46.0 40.0 50.0 52.0 54.0 51.0 59.0
27.0 21.0 29.0 29.0 29.0 30.0 32.0 33.0 35.0 36.0
17.0 17 .o 16.0 16.0 16.0 17.0 16.0 17.0 17.0 17.0
Pl
: Ii: 3 Cl 4 BE 5 B ; ", 8 0 9 F 10 NE
0. I
11 12 13 14 15 16 17 II
0.3 0.4 0.6 0.8 1.1 1.4
MA MG AL SI P 3 CL AR
0.1
321
Atomic Data ad
Nucleor
Data Tobler, Vol. 20. No. 4, October
1977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE II. Spin-Orbit
Interaction
Energies
Energies (in eV)
See page 316 for Explanation of Tables 2 EL
2P
19 N 20 CA
I.8
21 22 23 24 25 26 Z?
3.0
28
29 JO
SC If v CR RN Ff
CO WI CU zu
31
GA
32 33 34 35 36 37 36 39 40
GE AS SE an
41 42 43 44 45 46 47 48 49 SO
KR
R8 SR Y ZR 110
no rc RU RH PO
A6 co IN SN
51 52 53 54 55 56 57 se 59 60
se TE I XE cs 01 LA CL
61 62 63 64 65 66 67 66 69 TO
PM
PA NO
Sll EU GO tB ov HO ER tfl Ye
71 72 13 74 75 76 ?I 76 79 00
cu
81 62 63 84 85 66
Il.
87 00
FR RA
HF
TA Y RL OS IR PI
AU I46 PB
ex PO
Al RN
69 AC 90 1n
3P
1P
BP
5P
30
40
50
kF
2.4
2': 6.1 t. 4 6.7 10.0 11.5 13.3 15.4 17.9 20.7 23.7 26.9 30.7 34.9 39.7 44.6 50.3 56.3
2.6 4.7 3.9 4.2 5.2 4.9
62.6 69.9 II.5 66.0 94.9 104.7 115.1 126.3 136.6 lY1.5
10.3 11.6 13.3 14.0 16.5 lb.4 20.7 22.6 25.3 22.0
165.5 160.4 196.7 214.3
30.9 34.0 37.3 41.0 44.9 49.7 54.0 50.3 63.5 70.3
7.1 b.1 9.6 10.7 12.s 12.5
76.3 60.6 66.9 9662 104.3 110.6
12.1 16.2 11.7 16.6 25.9
22:x 271:) 293.9 317.4 342.4 369.0 397.1 426.6 456.3 491.7 527.0 564.5 604.3 641.9
669.7 736.3 765.6 636.7 691.5 940.9 1009.4 1072.6 1139.2 1209.9 1263.2 1360.3 1443.2 :2::*: 1712:7 1612.0 1916.0 2026.7 2140.7 2262.0
::: 8.1 9.1
0.4 0.4 0.5
1.1 ::: 1.7
3.6 4.2 4.b
33.9 37.7 46.2 44.2 49.0 52.2 55.2 59.0 65.5 69.4
2b7.6
306.1 325.2 346.3 367.3 390.0 414.0 439.3 465.3 493.3 523.3
5.1 5.6 6.2 6.7 1.2
0.9 :::
0.8 :*:.
1.0
6.9 9.b
159.9 171.9 183.1 195.9
254.5 269.9
21' 2.4 2.7 1.1 1.4
4.5
24.6 30.b
23br7
t:: t:: 1.0
121.1 129.3 136.9 146.6
209.5 223.3
0.4
10.3 11.9 12.b 13.5 15.0 lb.0 17.6 1d.b 19.4
32.9 35.5
74.9 79.6 b4.J
90.7 97.3 102.7 110.0 119.3 125.3 133.3
::3 7.3
20.4 21.9 23.2 2s.o 26.4
0.4
21.3
b.3 9.5 6.7 12.7
30.3 32.2 34.2 36.i
17.7 14.5 15.9 20.0 20.7 23.3 26.7 31.3 32.7 31.3
5.0
2.0 3.3 4.0
4.7 66:; 5.3
322
3.6 5.3 3.9 4.0 4.b 5.4 5.4
t::
2: 0.9
6.6 6.6 7.2 7.r
0.b
1.0 1.1 1.2
3b.J
b.2
40.6 43.2 45.6
6.9
0.9
1.2
::: 1.6 :::
::i 1.7 2.0
4b.O
51.2 54.0 57.2 60.4 63.6
6.b
10':: 11.2 11.2 12.0 13.2 14.4 14.2
!.O 2.4 ::',
Atomic Data end Nuclear
f:i f:f 2.6
Lhto Tablw, Vol. 20, No. 4, Oct~bar 1977
Semiempirical Auger-Electron
F. P. LARKINS
Energies
TABLE II. Spin-Orbit Interaction Energies (in eV) See page 316 for Explanation of Tables
91 92 93 94 95 96 97 9a 99 100
PA u NP PU ra CM BK CF ES FM
3P
22
2 EL
2317.3 2520.0 2660.0 2006.0 2294.7 3120.7 3290.1 3b67.3 3654.0 36bA.7
5P
6P
140.0
36.0
6.7
61.6
152.0 160.7 172.7 165.3 19b.O 206.0 216.7 231.3 246.7
b3.3 b5.3 (9.3 5b.O 56.0 59.3 64.0 66.0 7b.0
6.7 7.3 a.7 a.7 A.? 10.7 10.7 12.0 12.7
7O.b 7b.b 76.0 62.1 66.0 9O.b PC.6 99.6 lOb.4
4P
551.3 564.7 620.7 656.0 694.0 732.7 77b.7 A19.J 666.0 914.0
!D
h0
50
4F
lb.0 16.6 17.6 19.2 20.5 21.6 22.6 2b.b 25.6 26.6
2.6 2.6 3.2 3.2 b.0 5.2 5.2 5.6 6.0 6.b
3.1 3.b 3.) 3.b b.3 4.3 b.6 5.1
5.1 5.5
TABLE III. Two-Electron Integrals-Slater Notation (in eV) See page 316 for Explanation of Tables Fk and Gk Values 2 EL
23.5 25.6
21.0 23.2
3.9 4.1
37.0 39.4
27.7 29.7 31.7 33.6 35.6 37.6 39.9 41.9 b4.0 46.1
25.5 tl.7 29.6 32.0 34.2 36.3 36.5 b0.7 (2.9 45.2
4.5 4.6 5.2 5.6 6.0 6.5 7.0 7.6 a. 1 6.7
44.3 b6.6 b9.2 51.7 5b.l 56.5 56.9 61.4 63.6
b7.b 49.1 52.0 51.3 56.7 59.1 61.5 63.9 66.4 66.9
LO.9 44.3 47.7 51.0 5b.2 57.5 60.6 63.7 66.6 69.9
lb.3 lb.9
71.4 74.0 76.6 79.2 61.6 6b.b
67.0 69.7 92.4 95.0
72.9 76.0 79.0 62.0 64.9 67.9 90.6 93.6 96.7 99.7
15.6 16.2 16.9 17.6 16.3 16.9 19.6 20.3 21.0 21.7
20.6 21.6 22.6 2J.A 24.7 25.7 26.7
97.7 100.4 103.1
102.6 105.5 106.5 llb.3 117.3 120.2 123.2 126.1 129.0
22.3 23.0 23.7 24.4 25-l 25.6 26.5 27.2 27.9 26.5
27.7 26.6 29.6 30.6 31.6 32.5 33.5 34.5 3s.5 36.b
116.9 119.6 122.3 122.9 127.6 130.4 133.1 135.6 136.6
132.0 131.9 137.9 140.6 143.6 lb6.7 lb9.7 152.7 155.6 150.6
29.2 29.9 30.6 31.b 32.1 32.6 33.5 3b.2 34.9 35.6
37.b 3A.b 39.) bO.b 41.3 42.3 63.3 4b.3 b5.3 bb. 3
lbb.2 147.0 149.6 152.6 155.5 HA.3
F2 2P2P
2S3S
FO 253P
26.b 31.5 36.6 41.6 46.6 51.6 56.6 61.6 66.5 71.b
11.7 lb.1 16.6 19.0 21.5 23.9 26.2 26.6 31.0 33.3
23.3 25.4
10 11 12 13 lb 15 16 I7 18 19
NE NA 116 AL SI p S CL AR K
27.9 31.9 35.9 39.9 b3.9 bA.0 52.0 56.0 60.1 64.2
20
CA
21
SC
22 23 2b 25 26 21 26 29
TX U CR MN FE CO NI CU
66.2 12.3 T6.4 60.5 64.5 66.7 92.6 96.9 101.0 105.2
71.5 75.9 60.3 84.7 69.1 93.5 91.9 102.3 106.7 111.2
76.3 61.2 66.1 91.0 95.9 100.6 105.7 110.6 115.5 120.4
35.7 36.0 40.b b2.7 b5.0 47.3 b9.7 52.0 54.3 56.6
27.b 29.b 31.4 33.5 35.3 37.3 39.3 41.b 43.4 55.5
25.1 21.3 29.5 31.5 33.6 35.7 37.9 40.0 42.1 bb.3
30 31 32 33 3b 35 36 37 3a 39
ZN GA GE AS SE BR KR RB SR Y
109.3 113.5 117.7 121.9 126.2 13O.b 134.7 139.0 143.3 117.6
115.6 120.1 121.6 129.0 133.5 136.1 142.6 117.2 151.7 156.3
125.3 130.3 135.2 140.1 lb5.1 150.0 155.0 160.0 165.0
56.9 61.2 63.5 65.6 66.1 70.5 72.6 75.1 77.4 79.7
47.5 b9.6 51.6 53.9 56.1 56.3 60.5 62.6 65.0 67.3
46.5 56.1 50.9 53.2 55.5 57.6 60.2 62.5 6b.9 67.3
40.7 Sk.1 b7.4 50.7 53.9 57.1 60.2 63.3 66.3 69.4
b6.3 50.5 52.6 54.6 57.0 59.3 61.5
10 bl 42 43 b4 45 46 I? CA b9
ZR NB no TC RU RH PO At CD IN
151.9 156.3 160.7 165.1 169.6 17b.l 116.6 153.1 167.7 192.3
160.9 165.6 170.2 174.9 179.6 lAb.3 169.1 193.9 196.7 203.5
62.1 64.4 66.7 69.0 91.b 93.7
69.7 72.0 74.b
69.6 72.3 7b.A 77.3 79.0 62.b 64.9 67.5 90.1 92.7
72.4 75.3 76.3 61.3 Ab.2
70.9 73.3 75.7 76.2 60.6 63.1 65.6 66.1 90.7 93.2
50 51 52 53 54 55 56 51 SB 59
SW 58 TC I XE cs 81 LA CE PR
196.9 201.6 206.3 211.0 215.6 220.6 225.4 230.3 235.2 2bO.2
206.3 213.2
60 61 62 63 6b 65 66 6? Ca 69
NO PM SN EU GO TB ov MO ER TW
215.2 250.2 255.3 260.5 26S.6 270.9 216.2 261.5 266.9 292.3
216.1 223.1 226.1 233.1 236.1 2b3.2 246.3 253.4
256.6 263.6 269.0 274.3 279.6 265.0 290.4 295.6 301.3 306.6
170.0 175.1 160.1 165.2 190.2 195.3 200.5 205.6 210.6 215.9 221.1
96.0 96.4 100.7 103.0
226.3 231.6 236.6 242.1 2b7.b 252.7 25a.l 263.4 266.6 27b.2
105.) 107.7 110.1 112.4 llb.7 117.1 119.4 121.6 124.1 126.5
279.7 265.1 290.6 296.1 301.7 307.2 312.6 316.5 325.1 329.A
126.6 131.2 133.5 135.9 136.2 140.5 142.9 145.2 147.6 149.9
76.6 19.2 al.6 04.1 66.6 69.0 91.5 94.1 96.6 99.1 101.7 101.3 106.9 109.5 112.1 114.7
117.3 120.0 122.7 125.3 126.0 130.7 133.4 136.2 136.9 141.7 lb4.5
61.1 90.0 92.9 95.6 96.7
95.3 91.9 100.6 103.2 105.9 106.5
101.6 104.5 107.b 110.3 113.2 116.2
111.2 113.6 116.5 119.2
119.1
121.6
130.1 133.6 136.6 139.5 142.b lb5.4 146.3 151.3 151.2 157.2
122.0 124.9 127.6
12b.5 127.2 129.9 132.6 135.3 136.0 140.7 143.5 146.1
323
63.6 66.2 66.5
95.6 96.4 101.0 103.6 106.2
106.6 111.5 llb.1 116.6 119.5 122.2 12b.9 127.6 130.3 133.0 13s.a 136.5
lbl.3 1bb.l 146.9
105.9 106.6 111.3
111.0 116.7 119.5 122.2 124.9 121.7 130.4 133.2 135.9 136.6
1bl.b 144.2 146.9 149.1
FO 2P30
F2 2P3D
20.7 22.9
FO 2P2P
FO 2530
F2 2PJP
FO 2P3P
FO 252P 27.0 31.6 36.0 44.5 55.0 b9.b 53.6 56.2 62.6 67.1
FO
FO 2P3S
FO 2.52s
111.4
9.2 9.6
10.1 11.1 11.7 12.3 13.0 13.6
2ZP
Cl.9
7.a a.9 9.9 10.9 11.9 12.9 13.9 lb.9 15.9 16.9
66.2 66.7 71.1 73.6 76.1 76.5 61.0 63.5 66.0 66.5
17.9
91.0 93.6 96.1 96.7 101.3 103.6 106.4 109.0 111.7 114.3
16.6 19.6
1bl.b
161.2 164.1 167.1
lfO.0
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
III. Two-Electron
Fk and Gk Values 2 CL
2%
70 71 72 73 7b 75 76 77 76 79
'Is LU Hf IA Y RE OS IR Pl AU
297.6 303.4 309.0
80 lli 62
HG TL PB
83
61
34 85 66 67
PO Al RN
00
fR RA
69
AC
90 91 92 93 9b 95 96 97 9s 99
TH PA U NP PU AN CM
811 Cf ES
100
FR MD no LR RF HA
31b.7 320.4 326.2 332.1 338.1 341.1 350.2
152.2 154.6 156.9 159.2 161.5 163.9 166.2 166.5 170.1 173.1
lb?.3 150.1 153.0 155.9 158.8 161.6 164.7 167.8 170.6 173.9
356.4 362.6 369.0 375.) 381.9 388.6 395.3 rg2.1 409.0 216.1
370.9 377.0 383.3 339.6 395.9 bO2.b b08.9 415.5 b22.2 428.9
39b.b 400.5 406.6 b12.6 b19.0 625.3 b31.6 438.0 4bb.b bSO.IJ
175.b 177.7 179.9 182.2 184.5 186.7 189.0 191.2 193.5 195.7
177.0 160.2 163.4 166.7 190.0 193.3 196.7 200.2 2OJ.7 207.2
133.6 186.7 189.0 193.0 196.1 199.1 202.7 206.0
211.6
423.3 b30.6 b36.0 bb5.5 453.2 461.1 b69.1 177.2 465.6 b94.1
435.6 bb2.7 bb9.7 456.9 b6b.l
b57.3 463.9 b70.5 b77.2 b83.9 490.7 b97.5 504.4
197.9 200.1 202.3 204.b 206.6 206.7 210.9 213.0 215.1 217.1
210.9 21b.5 218.2 222.0 225.6 229.7 233.6 237.6 211.6 2b5.6
209.3 212.7 216.1 219.5 223.0 226.b 229.9 233.4 236.9 2bO.b
219.2 221.2 223.2 225.2 227.1 229.0 230.9 232.8 2Sb.6
b71.b 576.9 b36.b b9b.l 501.9
110
601.9
511.4 518.4
509.6 517.6 S26.0 53b.J 5b2.7
551.3 S60.1 S69.0 576.1 567.3
525.5 532.7 539.9 5b7.2 555.6 562.1 569.6 577.2 564.9 592.7
236.4
219.7 253.6 258.0 262.1 266.3 270.5 27b.7 278.8 283.0 287.1
596.7
600.6
236.1
291.1
f:: 2.b
::: 2.0
::7
::f
3.1 3.3
2a 29 30 31 32 33 34 35 36 37
II cu ZN 6A ix AS SE BR KR RB
38 39 40
SR v LR NB NO
b.7 b.9 5.1 5.3
4.3 b.5 b.7
TC nu
2:
2:
RI4 CO A6
2: 6.b 6.7
41 42
43 64 45 46 b7
b.l 4.3 4.5
67.0 68.0 69.0 70.0 71.0 72.0 73.0 74.0 75.1 76.1
251.7 255.3 259.0 262.7 266.5 270.2
243.9 2b7.J 250.6 254.1 257.1 260.7 263.8 266.0 269.7 272.b
252.5 255.7 259.0 262.2 265.5 26'3.8 272.1 275.5 276.6 261.9
250.9 25b.6 256.8 262.1 266.7 270.7 27b.6 276.5 262.b 266.2
246.9 250.2 253.5 256.7 259.0 262.9 265.0 266.6 271.2 273.7
253.0 256.2 259.3 262.5 265.7 266..9 272.1 275.3 276.b 281.6
59.0 59.6 60.7 61.5 62.4 63.2 64.1 65.1 66.0 67.0
77.1 76.2 79.2 00.3 61.3 82.b 83.6 6b.7 65.8 87.0
27b.0 277.9 261.6 285.7 269.6 293.5 297.5 301.5 305.6 309.6
275.0
265.2
290.0
276.0
2Gb.8
67.9
86.2
313.7
f0 3S30
JP3P
3.b
::t
2.s 2.6 2.8 3.0 3.1 2: 3.7 3.9 4.1
b.9 5.5
3.5 3.7 2: 6.9 7.7 8.6
11.9 12.7 13.6 lb.4 15.3 16.1 16.9
6.2
16.6 19.4
21b.5
Cl 2P30
10.1 11.0 11.9
5.6 5.8 6.1 6.4
s.9 6.1
12.6
3::
:::
2: 7.2
:::
::,'
1.0
a.1
b.3 4.6
25 5.7 5.9 2: 6.7
2: 5.3
179.6 162.7 165.9 109.1 192.4 195.6 199.1
G3 ZPSD
161.b
FO 3SJS 17.7 19.3 20.6 22.3 23.6 25.b 26.9 28.) 30.0 31.5
2: 5.3 5.6
b.1
17.7 :::
199.1 202.2 205.2 208.3 211.4
5.0 6.6 7.5 6.b 9.2
::i
1z 11.1
190.0 193.1 196.1
::t 4.1 b.3 4*5
::: b.3 1.5
19b.J 197.5 200.7
51.2 51.9 52.7 53.5 5b.2 55.0 55.6 56.6 57.1 56.2
3.2 3.b 3.7 3.9
1.9
166.1 191.2
221.8 22b.9 221.0 231.1 232.2 237.3 240.4 243.6 246.7 249.6
::; 2.7 2.9 3.1
II
b1.4
173.0 176.0 179.0 182.0 105.0
213.1 216.4 219.8 223.1 226.5 230.0 233.4 236.8 240.2 2b3.6
I:: 2.6 2.6 3.0
22 23 2b 25 26 27
2.2 2.b 2.6 2.7 2.9
b7.2 48.2 b9.2 50.2 51.2 52.2 53.2 5b.2 55.1 56.1
213.1 216.7 220.3 224.0 227.7 251.5 235.3 239.2 243.0 246.9
:::
1.6
153.1 161.0 163.8 166.7 169.6 172.5 17S.b 176.4
36.3 37.1 37.6 38.5 39.2 40.0 bO.7
Gl 2SZP
220.7 223.6 227.0 230.1 233.3 236.4 239.6 242.6 246.0 249.2
::t
SC
161.6 164.5 167.5 170.5 173.5 176.5 179.5 102.5 185.5
f2 PP3D
202.5 206.0 209.5
1.7
21
1.5
152.5 155.3
F2 2PV
57.1
::,"
1.3 1.5 1.6
155.5 150.) 161.3 164.3 167.3 170.3 173.3 176.5
FO ZPJO
43.7 bb.4 45.1 b5.9 b6.6 b7.1 SE.1 b8.9 b9.6 50.1
1.3
AR K CA
149.8 152.6
FO 2P3P
191.5 19b.S 197.5 200.5 203.5 206.6 209.6 212.6 215.7 216.6
1.3 1.5 1.7
19 20
184.0 167.0
FO ZPJS
181.) 187.5 190.6 193.7 196.8 200.0 203.2 206.5 209.8
1.3
Cl
178.0 191.0
177.5
1.6
10
G2 es30
160.1 163.1 166.1 169.1 172.0 175.0
100.5
1.0 1.1
Gl 2SlP
of Tables
b2.2 b2.9
62 2PJP
60 2s3s
(in eV)
18B.S
GO 2P3P
EL
:*a' 3:2 3.b 3.5 3*7 3.9
148.9 151.7 15b.C 157.2 160.1 162.9 165.6 160.7 171.6 174.5
3S2P
z
V CR MN ff CO
FO ZSJO
341.2 347.0 J52.6 358.6 36b.5 37O.b 376.4 362.3 386.4
106 107 106 109
105
FO 2S3P
312.1 318*0 323.7 329.) 335.1 341.0 3b6.8 352.8 350.7 36b.8
502.0 511.6 520.7 530.0 539.5 5b9.3 559.3 569.5 530.0 590.6
101 102 103 104
335.5
Notation
See page 316 for Explanation
FZ PPZP
2EP
Integrals-Slater
Energies
13.7 lb.6 15.5 16.b 17.3 16.2
t:t
::', 8.2 0.5
g.; 20:9
324
3.3 3.8 b.3 2: 5.8 6.3 6.8 7.3 7.8 8.3 8.0 9.3
1X:: 10.9
1l.b 11.9
FO JSJP
50.1 s9.1 60.1 61.1 62.1 63.1 64.0 65.0 66.0
fD
16.5
15.3
18.0
17.0
19.6 21.2 22.0 25.4 26.0 27.6 29.1 30.7
16.6 20.3 21.9 23.5 25.1 26.7 20.3 29.9
33.1 34.7 36.3 37.9 39.6 blb2 b2.9 bb.6 46.3 46.1
32.b 31.0 35.6 37.3 39.0 40.7 b2.b 45.9 47.7
32.0 Jb.3 36.6 38.9 41.1 b3.3 b5.5 47.6
b9.9 51.6 f3.5 Y5.3 57.1 59.0 60.9 62.B 6b.7 66.6
b9.5 51.b 53.2 55.1 57.0 56.9 60.3 62.7 6b. 7 66.7
b9.6 51.9 54.0 56.1 58.2 60.2 62.3 6b.b 66.5 68.5
bb.1
Atomic Data ad
31.6 33.2 Jb.9 36.6 38.4
Nuclem Data Tabb,
b0.1 bl.9 b3.7 b5.5 b7.4 b9.2 51.1 53.0 54.9 56.9 5e.a 60.6 62.8 64.6 66.a
203.9 207.1 210.3 213.6 216.9 220.3 223.6 227.0 230.4 233.9 237.b
240.9 2bb.5 2b6.0
f2 3PJP 7.7 3.5
1::: 11.0 11.3 12.6 13.b lb.2 15.0 15.8 16.7 17.5
16.4 19.2 20.1 21.0 21.9 22.8 23.a 2b.7 25.7 26.6 27.6 28.6 29.5 30.S 31.5 32.5 33.5
Vol. 20, No. 4, Octdwr
1977
Semiempirical
F. P. LARKINS
TABLE
III. Two-Electron
Gl ZSJP
b8 b9 SO 51 52 53 54 s5 56 5r
co IN SW SE TC I NE cs BA LA
6.9 1.1 7.b 1.6 7.9 8.1 8.b 6.6 6.9 9.1
56 59 60 61 62 63 64 65 66 6?
CE PR ND PM St4 CU 60 YE 01 MO
9.b 9.6 9.9 10.2 10.1 10.7 11.0
10.0
11.3 11.5 11.6
10.2 10.4 10.7
66 69 IO ll 72 73 7s If 16 rr
El7 TN YB LU HF IA Y RE OS IR
12.1 12.1
76 79 80 01 62 63 Ok 65 06 67
f-1 AU Hf TL ce ill ?O AT RN TR
15.2 15.6 15.9 16.3 16.7 17.0 17.1 II.8 16.2 16.6
88 09 90 91 92 93 94 95 96 91
RI AC ttl PA U WC ?U AN CN EK
19.1 19.5 19.9 20.4 20.9 21.4 21.9 22.b 22.9 23.4
96 99
CF ES
:ao:
102 103 104 ::i 107 100 109
110
iit Na
LR Rf nA
Z'3 1313 13.6 13.9
14.2 lb.6 lb.9
6.4 t:: 7.1 7.3 7.S 7.7 1.0 6.2 8.b 6.6 6.9 9.1 9.3 9.5 9.6
10.9
11.1 11.3 11.6 11.6
12.0 12.3 12.s 12.7 13.0
Cl 3SZP
GO ZP3P
21.0 21.6
6.3 4.5 a.0
22.6 23.4 24.2 25.0 25.7 26.5 27.3
9.4 9.6 9.9 10.2 10.5 10.7
8.b 6.7 9.4 9.3 9.6
GZ PSSD 20.2
26.0 26.6 29.5 30.2
31.0 31.7 3z.c 33.1 33.6 3b.S 35.2 35.9 36.5 Jr.2 37.6 36.5 39.1 39.7 40.3 20.9
9.1
11.4 11.3 11.6 11.9 12.1 12.4 12.7 13.0 13.3 13.6 13.6
lb.1 1b.b 14.7 15.0 15.3 15.6 15.9 16.2 16.¶
Notation
(in eV)
GZ 2P3P 2: 9.4
10'::
1::: 10.4 10.7
10.5 10.8 11.1
11.4 11.3 11.6
ll.b 11.7 12.0 12.4 12.7
11.9 12.2 12.5 12.9 13.2
13.0 13.3 13.6 13.9 14.3 lb.6 14.9 15.2 15.6
Cl ZPSO
G3 2P3D
FO 353s
21.6 22.1 23.6 2b.5 25.4 26.2 27.1 26.0 26.9 29.0
12.b 12.9 13.4 13.9
66.5 14.5 T2.4 7b.b 76.4 76.3 60.3 62.3 61.3 06.4
66.6 10.6 T2.6 74.6 16.6 76.6 00.6 62.6 8b.I 66.7
88.b 9O.b 92.S 9b.5 96.6 96.6
36.7 90.6 92.6 PI.8 96e9 96.9
30.6 31.5 32.) 33.2 Jb. 1 35.0 35.6 36.1 37.5 36.4
13.5 13.6 14.1 lb.b lb.7
lb.1 lb.9 15.) 15.9 16.5 16.9 1r.c 11.9
16.4 16.6 19.3 19.6 24.3 20.8 21.2 21.7
bb.5 b5.5 46.4 b7.b 48.) 49.3 50.3 51.3 52.2 53.2
122:3 124.5 126.6 129.1 131.b 133.7
109.6 111.7 113.6 115.6 117.9 125.0 122.1 124.2 126.3 126.5
S4.1 55.0 56.0 56.9 57.9 56.6 59.0 60.7 61.7 62.6
130.6 132.6 13s.o 137.2 139.5
63.6 64.5 65.S 66.4 67.b 66.4 69.3 10.3 71.3 72.3
05.3 ll1.b 69.5 91.6 93.6 95.9 96.1 100.2 102.4 104.6 106.7 106.9
111.3 113.4 115.5 117.7 119.a 122.0 124.1 126.3
131.1 133.4 135.6 136.2 140.6 143.1
130.6 133.0 135.3 137.6 139.9 lb2.3
136.0 130.3 140.7 143.0 lb5.b
lb?.6
141.r
145.5
lbb.? 141.1 lb9.5 152.0
150.2 152.6 155.1 15r.5
144.0 lb6.3 lb6.6 151.0
114.5 15l.O
160.4 162.5 165.0 167.6
153.4 155.7
16.2 16.6 16.9 19.3 19.6 24.0 20.3 20.7 21.1 21.5
47.5 b6.3 b9.1 b9.9 50.7 51.4 52.2 53.0 53.7 51.5
26.7 27.2 27.6 26.0 28.4 29.6 29.3 29.I 30.1 30.5
111.7
119.6 122.1 124.3 126.5 126.6
120.5
bb.1
18.5
bb.6 45.1 55.6 46.0
16.6 19.2 19.6 19.9
16.4 16.7 19.1
46.b 46.6 41.2 47.6 47.9 b8.3 be.6 b6.9 b9.2 49.4
20.3 20.7 21.0 21.b 21.6 22.2 22.7 23.1 23.5 23.9
22.0 22.b 22.9 23.3 23.6 24.3 2b.l 25.2 25.1 26.2
21.9 22.2 22.6 23.0 23.b 23.9 24.3 24.7 25.1 25.5
55.2 55.9 S6.6 5?.3 56.1 S0.b 59.4 60.1 60.6 61.5
30.9 31.2 31.6 32.0 32.b 32.1 33.1 33.5 33.6 34.2
163.9 166.6 169.4 172.2 175.1 116.0 160.9
23.9 22.5 2s. 1 25.6 26.2 26.6 27.4 20.0 20.? 29.3
19.b 19.6 20.2 20.6 20.9 21.3 21.7 22.1 22.4 22.6
b9.7 49.9 50.1 50.3 50.5 SO.? 50.9 51.0 51.2 51.4
24.b 2c.e 2S.2 25.7 26.1 26.6 2?*0 21.5 27.9 28.b
26.t 27.2 21.7 26.2 2O.l 29.2 29.7 30.2 30.6 31.1
25.9 26.4 26.6 21.2 21.6 26.0 20.4 26.6 29.1 29.2
62.2 62.6 63.5 64.2 64.9 65.5 66.2 66.9 67.6 66.1
34.5 34.9 35.2 55.6 35.9 36.3 36.1 37.0 31.4 37.6
163.6 166.t 169.7 192.7 195.6 196.6 201.5 204.5 2or.4 210.3
191.0 193.6 196.3 190.s 200.6 203.1
29.9 30.6 31.2
23.2 23.5 23.6
51.s 51.7 51.9
26.6 29.2 29.7
3l.S 31.9 32.3
29.6 30.0 30.3
69.1 69.9 70.7
38.2 30.6 39.0
213.1 215.9 216.6
205.2 207-t 209.1
325
69.2 91.3 93.3 95.3 9T.b 99.4 141.5 153.5 105.5 157.6
61.4 63.1
109.2
lb.6 is.1
1r.o 11.3 11.1 16.0
34.5 35.5 36.5 37.5 34.5 39.5 co.5 41.5 b2.5 (3.5
111.2 113.3 115.5
:x 16:s 16.9 17.3 17.6
146.0 150.6 153.2 155.6 156.4
161.1
159.5 162.1 164.1 167.3
113.3 115.6 ::x*:
1to.
1
156.1 166.6 165.0 16S.C 167.9 170.3 172.e 175.2
100.6 163.2
165.9
177.6
18S.8 108.5
[email protected] 191.4 194.1 19b.9 199.7 2OLe5
160.0 162.3 164.6
1r5.3 117.9
Atm,c
111.1
1t2.7 175.3 177.9 160.6 163.2
lIO.0
172.6
Dda ad
FZ 3P3r
66.6 70.6 12.9 lb.9 76.9 79.0 81.0 63.1 65.1 67.2
109.1
18.0 13.4 16.7 19.1 19.5 19.9 20.3 20.7 21.1 21.5
16.0 16.3 16.7
10.6 72.7 14.8 I6.9 76.9
22.2 22.6 23.1 23.6 24.0 Zb.5 24.9 25.4 25.6 26.3
b1.5 42.0 42.6 b3.1 b3.6
11.2
FO JPJP
106.9
39.2 (0.1 44.9 b2.6 13.2 kb.3 (5.1 45.9 46.7
101.4 103.0
FO 3530
14S.l 107.2
15.0 15.3 15.1 16.0 16.3 16.6 16.9 II.3 17.6 11.9
41.6
loo.? 102.6 lOb.6
FO JSJP
13.2 13.5 13.6 14.0 lb.3 14.6
15.b 15.7
16.6 17.2 17.5 17.0
Integrals-Slater
Energies
See page 316 for Explanation of Tables
Fk and Gk Values 2 EL
Auger-Electron
ft 3' :
211:1
21X. 9 216.6 219.l
13.2 7b.2 75.2 76.1 7T.l 70.1 79.0 T9.9 80. iI 61.7
106.9 109.1 191.2 193.2 195.1 196.9
62.5 03.3 84.1 8b.8 l 5.4 06.0 86.5 67.0 07.3 81.S
19e.s 25OaO 261.2
O1.7 OI.6 or.5
Nuclear Dot. TobIer, Vol. 20, No. 4, October
1977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE III. Two-Electron Integrals-Slater and Gk Values
FL
2 EL
16 19 20 21 22 23 24 2S 26 21
20
3%
FO 3030
72 3030
61 3x:0
AR CA SC TI v CR UN FE co
32 33 34 35 36
6E AS SE BR KR
3?
RR
38
SR
39 40 41 42 43 44 45 46 47
v ZR 110 TC au RH PO 4G
46 49 so 51 52 53 S4 55 56 S?
SW SE TE I IL cs BA LA
58 59 60 61 62 63 64 65 66 61
NO
CD IN
CE PI? NO
PM SN EU
60 16 01 I40
r: :i 70 Ye 71
LU
72 Hf 73 IA 74 Y 75 Rt 76 OS 77 IR 76 Pf 79 AU 00 I46 61 IL 62 PB 83
01
84 PO 85 Al 06 RY 87 FR
JSJP
c2 3530
61 3P30
f0 3s4s
FO 3S4P
13.6 lb.9 16.0 17.1 lb.1 19.1
16.2 19.6 21.0 22.4 23.7 24.9 26.1 27.3
15.5 16.3 17.1
19.2 20.6
17.0 1a.b
26.5 29.6 30.7 31.6 32.9 33.9 35.0 36.1 37.1 36.2
17.9 16.6 19.4 20.1 20.9 21.6 22.3 23.0 23.a 2b.5
21.9 23.3 24.7 26.0 27.5 26.7 30.1 31.4 32.7 3b.0
19.6 21.2 22.5 23.6 25.1 26.5 27.6 29.0 30.3 31.6
39.2 10.2
25.2 25.9 26.6 27.3 26.0 26.7 29.1 30.1 30.6 31.5
35.3 36.6 37.9 39.1 40.b 41.6 42.8 44.0 (5.3 b6.5
32.9 34.2 35.4 36. ? 36.0 39.2 40.5 41.1 13.0 b4.2
26.4 28.3 30.1 31.9 33.6 35.2 36.7 36.2 39.6 40.9
Cl.7 b6.9 51.3 s2.5 53.6 55.0 56.2 57.5 5a.t
IS.5 56.7 b6.0 b9.2 5O.b 52.9 54.1 511.3 56.6
42.3 CJ.5 41.6 46.0 47.2 46.4 49.5 50.7 51.9 53.1
3p":o
t-0 3SbO
FO JSIF
10.8 11.9 13.0 14.1 15.2 16.2 17.3
K
ZN GA
Notation (in eV)
See page 316 for Explanation of Tables
10.3 19.b 20.4
28 WI 29 CU JO 31
Energies
31.3
33.7 36.0 30.3 40.6 42.9 45.1 47.3
14.7 15.9 17.1
16.3 19.4 20.6 21.7 22.6
49.S 51.6 53.4 55.9 58.1 60.2 62.3 64.4 66.6 69.7
32.0 33.0
70.6 72.9 75.0 77.1 79.3 61.4 llJ.5 65.7 37.85 69.9
34.0 35.0 36.0 37.0 31.9 36.9 39.9 40.9 41.9 b2.9
23.6 24.9 25.9 26.9 26.0 29.0 30.0
31.0
92.1 94.2 96.4 96.S 100.7 102.6 105.0 lOT.2 109.3 111.5
43.9 (4.9 45.6 b6.8 47.6 46.6 19.8 SO.6 51.7 52.7
113.7 115.9
53.7 54.7
116.1 120.3 122.s 124.7 126.9 129.1
131.3 133.6 135.0
136.0 140.3 142.5 144.6 147.1 149.4 151.7 154.0 156.3
::*3 S?:S SO.6 59.6 60.6 61.6 62.6 63.6 64.5 65.5 66.5 67.5 66.5 69.5 70.5 71.S 72.5
26.9 31.1 34.5 37.2 39.9 12.5 45.0 b7.6
50.1 52.5 55.0 57.4 59.6 62.2 64.6 67.0 69.3 71.7
74.1 76.4 76.6
61.1 63.1 85.8 86.1 90.5 92.0 95.1
14.7 16.2 17.6 19.0 20.4 21.7 23.1
10.1 11.0 11.9 12.6 13.7 lb.5
21.5 22.6 23.6 2b.7 25.6 26.9 26.1 29.2 3P.4 31.5
25.1 25.7 27.0 26.2 29.5 30.8 32.0 33.2 3b.5 35.7
15.4 16.2 17.1 17.9 16.7 19.5 20.3 21.1 21.9 22.7
32.7 33.9 35.1 36.3 37.5 36.7 40.0 51.2 42.5 43.7
36.9 36.2 39.) 10.6
23.5 21.3 25.1 25.9 26.7 27.4 23.2 29.0
b5.0 46.3 47.5 41.6
13.2
(1.6 43.0 44.3 bS.5 46.7 47.9
6.2 9.1
29.a 30.5
20.0 20.9
22.6 23.5 24.3 25.1 25.9 26.7 27.5 26.3 29.1
21.6
11.0 11.9 12.9 13.8 14.6
51.4 52.7 53.9 55.2 56.5
29.9 !0.7 31.4 32.2 33.0 33.6 34.6 35.1 36.3 37.1 37.9 38.7 39.6 b0.b 41.2 42.1 12.9 b3.6 Cl.7 45.5
52.6 53.9 55.0 56.0 57.1 so.2 39.3
32.3 33.0 33.7 34.4 35.1 35.6 36.5 37.2 37.9 36.6
so.1
41.3 42.3 43,s b4.4 b5.5 46.5 b7.5 18.6
49.1
31.3
32.1 32.0
113.9 116.2 116.6
so.3 51.5 52.7 53.9 55.1 56.3 57.5 56.7 59.9
33.6 Jb.4 35.1 35.9 36.7 37.b 36.2
57.8 59.1 60.4 61.7 62.9 64.2 65.5 66.8 66.1 6RI
120.9 123.3 125.6 126.0 130.3 132.7 135-o 137.4 139.7 142.1
61.1 62.3 63.5 64.7 65.9 67.1 66.3 69.5 70.7 71.9
39.0 39.7 40.5 bi.2 42.0 42.7 b3.5 4b.2 b5.0 45.7
70.7 72.0 73.3 74.6 75.9 77.3 76.6 79.9 61.3 62.7
46.b b7.3 b6.2 b9.1 50.0 so.9 51.9 52.6 63.6 54.7
60.3 61.b 62.5 63.6 64.7 65.6 66.9 66.0 69.1 70.2
39.4 40.1 40.6 41.5 42.2 42.9 b3.7 Lb.4 45.3 45.6
60.0 61.3 62.6 63.9 65.3 66.6 66.0 69.4 70.6 72.2
57.6 59.0 60.3 61.S 62.7 64.0 65.3 66.5 67.6 69.1
54.2 55.b 56.7 57.9 59.2 60.4 61.6 63.1 64.b 65.3
lbb.4 lb618 149.1
73.1 74.3 75.5 76.7 77.9 79.0
b6.5 b7.2 47.9 b8.7 b9.b so.2 50.9 51.7 S2.b 53.1
84.0 65.4 66.6 00.2 69.6
55.7 56.7 57.7 56.7 59.7 60.7 61.6 62.9 64.0 65.1
71.4 72.S 73.7 74.6 76.0 77.3 76.3 79.5 60.7 61.9
46.6 47.3 48.0 48.8 49.5 50.3 51.0 51.6 52.5 53.3
73.6 7s.1 I6.5
70.4 71.7 73.1 74.b 75.6 77.2 76.6 80.0
67.2 66.6 70.1 71.5 73.0 7b.S 7b.O 77.S 76.9 60.4
97.5 99.6 102.2 101.5 106.9 109.2
Ill.5
151.5 153.9 156.2 156.6 161.0 163.4 165.7
:?f 62:s 83.1
91.1 92.5 94.0 95.5 97.0
326
49.7 SO.?
51.6
50.1
3:*5 LO 62.5 64.1 65.6 67.2
Atomic Data ad
51.7
61.5 63.0
47.5 49.7
51.0 53.6 55.9 57.8 59.6 61.7 63.6 6S.S 67.3 69.2 71.0 72.6 74.6 I6.4 76.2 19.9
Nuclear bata ToMer, Vol. 20, No. 4, 0ctir
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
III. Two-Electron Integrals-Slater
105.6 107.4 109.2 111.1 113.1 115.1 117.2 119.3 121.5 123.9
100.2
103.4 101.9 1Ob.b 107.9 109.3 110.6 111.9 113.0
96.6 9a.i 99.6 101.2 102.9 104.7 106.6 106.6 110.6 113.3
9a.9 100.6 102.3 104.0 105.7 107.4 109.0 110.7 112.3 114.0
69.3 69.9 70.5
126.3 126.9 131.5
111.1 115.0 115.8
115.9 110.9 122.2
115.6 117.2 116.0
113.6 115.0 116.b 117.6 119.1 120.4 121.6 122.8 123.a 124.7
76.2 79.5 80.8 62.1 63.4 6b.7 86.0 07.2 86.5 89.7
95.9 97.2 90.5 99.a 101.1 102.3 103.6 101.9 106.1 107.3
66.3 68.9 69.5
125.6 126.3 126.6
90.9 92.1 93.3
10s. 4 109.5 110.6
RA AC tn PA u NP PU AM CM 8K
1511.6 160.9 163.3 165.6 160.0 110.4 172.0 175.2 177.6 180.0
73.5 II.6 75.6 76.6 77.6 71.6 79.7 ao.7 81.7 02.7
LIB.1 170.5 172.9 175.3 377.8 180.2 102.6 105.0 1a7.5 169.9
85.0 06.2 a7.4 66.7 89.9 91.1 92.3 93.5 91.7 95.9
53.9 5b.6 55.4 56.1 56.8 57.6 50.3 59.1 59.8 60.5
90 99
CF ES FM ND no LR Af HA
182.b 104.9 187.3 189.6 192.3 191.6 197.3 199.0 202.3 204.6
83.8 64.6 a5.a a6.6 a7.e 88.8 a9.8 90.a 91.7 92.7
192.3 194.0 197.2 199.6 202.1 20b.5 206.9 209.b 2ii.a 21b.l
97.1 96.3 99.5 100.7 101.9 103.1 lOb.3 105.5 106.6 107.8
207.3 209.a 212.3
93.6 95.5 95.3
216.5 216.9 221.2
ioa.9 110.0 111.1
3::o
61.9 62.7 63.5 6b.2 65.0 65.0 66.5 67.2 67.9 66.6
61.3 62.0 62.7 63.4 6b.2 6b.9 65.6 66.3 66.9 67.6
88 a9 90 91 92 93 9b 95 96 97
t-2 3PbP
II.7 63.b 65.2 06.9 ea.0 90.3 92.1 93.0 95.5 97.2
54.1 5b.6 55.6 56.4 57.2 57.9 56.7 59.5 60.3 61.1
Gl 353p
3::p
61.9 83.4 (4.9 16.3 37.0 09.3 90.1 92.2 93.6 95.1
63.1 64.5 65.6 86.9 B6.1 69.b 90.7 92.0 93.3 94.6
F4 JDlO
FO 4s3p
6b.S a6.0 87.9 09.1 90.6 92.2 93.6 95.b 97.0 96.6
66.2 67.3 68.5 69.6 70.11 72.0 73.2 74.5 75.7 77.0
F2 3030
2 EL
8a.a 90.4 92.0 93.6 95.3 96.9 9a.6 100.3 102.0 103.6
96.5 100.0 101.5 103.0 101.5 106.1 107.6 109.1 110.6 112.1
FO 3039
ioa 109 110
FO 3S4F
63 JP30
f2 3P3D
101 102 103 IOb 105 106 IO?
FO 3SCD
Gl 3P30
JP SD
F2 3PbD
FO 3P4F
f2 3P SF
f0 304s
FO 3DbP
FO 354s
FO JSLP
GZ 3530
z EC
100
Notation (in eV)
See page 316 for Explanation of Tables
Fk and Gk Values FO
Energlea
i0i.a
F2 3DbP
FO 3040
F2 3040
3;:D
36 37 3a 39 40 Cl 42 b3 14 4s
KR tie m v ZR NB MO TC RU Rii
19.2 20.5 21.9 23.3 24.6 26.0 27.b 20.7 30.1 31.4
17.0 18.4 i9.a 21.2 22.5 23.1) 25.1 26.5 27.8 29.1
3.2 3.6 b.0 4.4 4.0 5.2 5.7 6.1 6.5 6.9
19.6 20.9 22.2 23.6 24.9 26.2 27.5 26.9 30.2 31.5
17.0 16.4 19.6 21.2 22.5 23.9 25.2 26.6 27.9 29.2
3.3 3.6 4.0 4.4 b.7 5.1 5.5 5.8 6.2 6.6
b6 b? I8 49 50 51 52 53 5b 55
PO AG CD IN SN SB TE I XE cs
32.7
30.4 31.6 32.9 34.2 35.5 36.6 36.0 39.3 40.6 b1.6
1.3 7.a 6.2 6.6 9.0 9.5 9.6 10.2 10.6 11.0
32.0 35.4 36.7 30.0 39.3 40.6 41.9 b3.1 Cl. b
30.5 31.9 33.2 Jb.5 35.6 37.1 36.b 39.7 41.0 42.3
7.0 7.3 7.7 8.1 8.b 8.8 9.2 9.5 9.9 10.2
26.7 20.6 30.5 32.3 3b.O 35.r 37.3 36.6
5.1 5.7 6.5 6.9 7.4 7.9 8.b a.9
2: 2.0 3.1 3.3 3.6 3.6
56 57 5a 59 60 61 62 63 Lb 65
BA LA CE PR ND PM SM CU GO 19
45.3 b6.5 17.7 49.0 50.2 52.6 53.6 55.1 56.3
43.1 bb.3 45.6 46.1 ba.1 59.3 50.5 5t.a 53.0 5b.2
11.4 11.6 12.2 12.6 12.9 13.3 13.7 lb.0 lb.b ib.a
9.6 10.0 10.5 10.9 11.3 11.6 12.0 12.1 12.7 13.1
45.7 47.0 ha.3 b9.6 50.0 52.1 53.b 51.7 56.0 57.2
43.5 bb.a 46.1 bT.3 48.6 b9.9 51.1 52.4 53.6 54.9
10.6 10.9 11.3 11.6 11.9 12.3 12.6 12.9 13.3 13.6
40.2 b1.6 b3.0 bb.3 45.6 46.11 ba.0 19.2 50.) 51.6
9.3 9.6 10.2 10.6 10.9 11.3 11.6 12.0 12.3 12.6
1.3 b.5 b.7 b.9 5.1 5.2 5.b 5.6 s.7 5.9
66 67 66 69 70 71 72 73 7b 75
01 Hfl ER 7M YE LIJ Hf IA u UC
57.5 50.6 60.1 61.b 62.7 6b.0 65.3 66.6 6a.o 69.b
55.b 56.7 57.9 59.1 60.4 61.6 62.3 64.1 65.3 66.6
15.1 15.5 15.8
13.5 13.6 lb.1 lb.5 1b.a 15.2 15.6 16.0 16.4 16.6
50.5 59.3 61.1 62.b 63.7 65.0 66.3 67.7 69.0 7o.c
56.1 57.b 56.6 59.9 61.1 62.4 63.6 6b.9 66.2 67.b
13.9 lb.2 lb.5 lb.9 15.2 15.5 15.8 16.2 16.5 16.1
52.0 54.0 55.2 56.5 51.1 59.a 60.3 61.6 62.9 64.3
13.0 13.3 13.6 lb.0 lb.3 lb.7 15.1 15.b 15.0 16.3
6.0 6.2
76 77 7a ?9 60
OS IR PT AU H6 IL PEl 81 PO AI
70.0 72.2 73.6 75.0 76.5 77.9 79.b ao.9 a2.b 63.9
67.9 69.2 70.5 7i.a 73.1 7b.b 75.a 77.2 76.6 10.0
t1.7 73.1 7b.5 75.9 77.b 76.6 60.3
60.7 70.0 71.3 72.7 74.0 15.1 76.7 70.1 79.5 11.0
17.2 17.5 17.9 la.2
65.6 6I.O 66.b 69.9 71.3 72.0 74.3 7s.a 77.3 76.6
16.7 17.1 It.6
a1
a2 a3 a4 a5
Sk.0 35.3 36.6 37.9 39.2
10.1 41.6 52.9 44.1
51.b
16.2 16.6 16.9 17.3 17.6 16.0 lb.4 taia 19.1 19.5
19.9 20.3 20.7 21.1 21.5 21.9 22.4
3b.l 26.b 2a.3 30.2 31.9 33.6 35.2 36.6 311.2 39.6
41.0 b2.3 43.6 Lb.8 46.1 b7.2 41.1 49.6 50.3 51.9 53.1 5b.3 55.5 56.7 57.9 59.2 60.5
6l.a 63.1 64.5 6s.a 67.2 66.6 70.0 71.5 72.9 7b.b 75.9 77.3
5.2 5.8 6.4 7.0 7.6 a.1 6.6 9.1
17.3 17.7 16.2
la.6 19.1 19.6 20.1 20.6 21.1 21.6
17.5 b9.6 51.7 53.0 55.a 57.8
12.5 13.4 lb.3 15.2 16.1 17.0
59.7 61.6 63.5 65.4 67.2 69.1 70.9 72.7 7b.b 76.2
17.0 la.7 19.5 20.4 2x 22:a 23.6 2b.b 25.2
327
8i.a 63.3 64.6
II.6 18.9 19.3 19.7 20.1 20.5
Atomic Doto ad
Nucleor
18.0 16.1 16.9 19-b 19.9 20.1 20.9
4.1
2: 6.7 6.9 ::: 1.5 7.7 7.9
6.1 a.3 a.5 1.0 9.0 9.3 9.s 9.0
10.0
Doto Toblar, Vol. 20, No. 4. October
,977
F. P. LARKINS
TABLE
SemiempiricalAuger-Electron Energies
III. Two-Electron
Fk and Gk Values 2 EL
a6 a7 aa a9
RN Ffi RI hc
2
:1”
:J’ 94 95
n: PU AU
96 9? 9a 99 100
CH 8K CF ES FH
101
*o
2:
3
104 105
RF HA
106 101 loa 109
FO 4:iP
3P4P
as.4 (7.0 aa.5 90.1 91.7 93.3 94.9 96.S 96.1 99.a
al.4 a2.a a4.3 65.a ar.3 be.8
lOl.¶ 103.2 104.9 106.1 ioa.5 110.3 112.2 114.1 116.1
116.1 120.3 122.5 124.6 127.2 129.1
110
2 EL
FO 304F
90.4 91.9 9s.s es.0 96.6 96.1 99.7 101.2 102.7 104.2 105.7
lOl.1 100.4 109.7 110.9 111.9 112.9
ii3.a 114.5 f2 3D4F
FZ 3P4P
FO 3P40
FL 3PLD
FO 3PIF
F2 JPLF
304s
76.0 79.7 61.4 13.2 a4.9 16.6 aa. 90.0 91.7 93.4
26.0 26.6 27.6 26.4 29.2 30.0 30.7 31.5 32.2 33.0
66.3 17.9 69.5 91.1 92.6 94.4 96.1 97.6 99.5 101.2
95.0 96.7 96.4
33.6 34.5 311.2 36.0 36.7 JT.4 JY.2 36.9 39.6 40.3
102.9 104.6 106.4
22.a
7a.a
22.1
ao.3 61.7 a3.2 a4.6
90.3 9i.a
22.6 23.1 23.5 24.0 24.5 25.0 2S.4 25.9 26.3
27.4 2?.9 26.3 28.7 29.2 29.6 30.0 30.3 30.7 31.0
93.2 94.6 96.0 91.S 99.0 100.6 102.2 103.9 105.7 lD7.I
26.6 21.2 27.7 2a. i 26.6 29.2 29.7 30.3 31.0 31.6
31.2 31.5 31.6 31.1 3i.a
109.1 112.2 114.1 117.7 120.9
32.7 33.7 34.6 36.1 37.6
F4 3D4F
Cl 3%
Notation
(in eV)
See page 316 for Explanation of Tables
23.2 23.7 24.2 24.6 25.1 25.5 26.0 26.5 26.9
a6.1 al.5 aa.
Integrals-Slater
3S4P
100.1 101.7 103.4
105.0 106.6
lOi3.3 109.9
111.5
41.0 41.7 42.3 43.0 43.7
113.1 114.6 116.2 117.7 62 3540
G3 3S4P
FO
FO 3OOP 82.4
63.9 as.3 06.0 96.3 69.9 91.4 93.0 94.5 96.1
109.6 111.6 113.3
97.6 99.2 100.7 102.3 103.6 101.2 106.7
llS.0
106.0
116.6 116.2
109.4 110.6
ii9.a 121.4 122.6 124.2 12s.s
1ii.a ii2.a 113.6 114.6 115.3
108.1
Gl
F2 304P
21.4 21.9 22.3 22.6 23.3 23.a 24.2 24.7 2% 1 25.6
25.1
94.8 96.3 97.7 99.2
26.0 26.4 26.9 27.4 27.9 26.4 2a.9 29.6 30.2 31.0
25.5 26.0 26.4 26.6 21.1 27.S 27.6 26.1 26.4
29.0 29.1 29.1
116.7 119.6 122.9
t2 3P4P
1.2 1.3
0.1 0.8 0.9
0.9
ii::
::: 1.3 1.4
::i 1.3 1.4
:::
1.1 1.2
1.2
:::
1.3 1.4
::f
::: 1.1 1.a
::: 1.7 1.9
2’::
1.5
:::
2:
:::
::i
46 4? 46 49 SO
PO A6 co IN SW
1.9 2.0
2.0 2.1 2.2
2:: 2.a
2.0 2.1 2.2
51
SB
52 53 54 55
TL I XE cs
f:: 2.6
56 57 56 59 60 61 62 63 64 65
01 LA CL PA NO PM SH tU 60 18
2.9
3.1
::i!
3:: 3.4 3.6 3.7 3.6 3.9 4.0 4.1
66 67 6a 69 70 71
DY HO ER TN 18 LU
;: 74 IS
7: Ii RL
:-: 3:s xl
2: 4.1
2.9
3.1
f::
47.7 49.9 3:*: SS:l se.1
10.6 11.4 12.2
13.0 13.7 14.5
23 2: 6.7 7.1
::: 4.4 4.6 4.7 4.e 4.9
4.2 4.3 4.4 4.5 4.6 4.a 2:
S.1 5.2
31.9 32.9 34.0 35.3 36.9
11.7 11.9 12.2 12.4 12.6
12.6 13.1 13.3 13.5 13.6 14.1 14.4 i4.a 15.2 15.7 ::-: 17:s
18.5
61 3P40
3ZD
:::
:::
3ZF
1.0 1.1
1.8 1.0 1.1 :::
::5
103.9
109.6 107.5 109.5 Ill.7 114.0
0.9 1.0
::i
loo.? 102.3
2a.6 2a.8
KR RB SR r ZR ns NO TC RU RH
5:; 2-a 2.9 3.0
10.3 1095 la.7 11.0 11.2 11.5
do.3 41.6 63.3 64.7 66.2 (7.7 69.1 90.6 92.0 93.4
36 J? 3a 39 40 41 42 43 44 4s
2: 2.3
Fb 304D
20.9 21.3 21.7 22.1 22.s 23.0 23.4 23.a 24.3 24.7
GO 3P4P
3P4S
F2 3040
3.2
1.5 ::: 2: 1.a
::t ::i
::t 2.1
4.1 4.2 4.3 4.4 4.6 4.7 4.a 4.9
2: 2.3 2.4 2: 2.6 2.7 2.a 2: 1'::
:::
3:: 3.3 3.4
t:: 2:
328
5.1 5.2 5.3 S.4 5.6 11.7 ::: 6.1 6.2
5:: 2.5 2.6 2.7 2.9 3.0 3.1 3.2 ::: 3.5 ::: 3.a 3.9 4.0 4.1 4.2 4.4 4.S 4.6 487 t:: 5.0
Atomic
f:f 2.5 2.6 2.7 2: 3.1 3.3 3.4 3.5 3.6 ::: 4.0 4.1 4.3 4.4 40s 4.6
1.3 1.4 1.6
::: 1.6
2: 1.9
::i 2.0
2.0 2: 2.3 2.4 2.5 2.S 2.6 2.1 2.6
4.7 ;::
f:', 3.0
3.1 3:: S.4 3:: 9.7 5.9
Data md Nvchw
3.2 3.3 2: :::
2: 2.3 2.4 2.5 2.6 2.7 2.6 f:', 3.0 3.1 3.2 J.3 3.4 23 3.6 - -
3.7 3.1
6.9 7.S 6.2 a.a 9.4
10.0
Oab Tdahr, Vd. 20, No. 4, Octdmr
1977
F. P. LARKINS
TABLE
Semiempirical
III. Two-Electron
Fk and Gk Values 2
EL
FO 304F
FZ 3ObF
F4 304F
GO 3scs
Gl 35bP
OS IR Pl AU I46 Il. PS 81 PO AT
60.0 62.0 63.9 65.6 67.7 69.5 71.3 73.1 11.9 76.7
15.2 15.9 16.7 17.4 16.1 18.0 19.5 20.2 20.9 21.6
7.5 7.9 8.3 0.7 9.1 9.5 9.9 10.3 10.7 11.1
5.0 5.1 5.2 5.1 5.5 5.6 5.8 5.9 2
2: 5.9 6.0 6.2 6.3 6.5 6.6
86 87 88 89 90 91 92 93 9s 95
RN FR RI AC TH PA U WP PU An
78.5 80.2 e2.0 83.7 85.5 87.2 88.9 90.6 92.3 91.0
22.3 23.0 23.7 24.5 25.0 25.7 26.4 27.1 27.7 28.b
11.5 11.9 12.3 12.7 13.1 13.5 13.9 lb.3 lb.7 15.1
6.3 6.5
6.8 7.0
::i 6.9 7.1
2: 7.5 7.7 7.9 B. 1 e.3 8.5
96 97 98 99 100 101 102 103 104 105
CM BU CF ES FH no NO LR RF WA
95.7 97.) 99.1 100.6 102.5 104.1 105.6 107. b 109.0 110.6
29.1 29.7 30.4 31.0 31.7 32.3 33.0 33.6 34.2 34.9
15.5 15.9 16.3 16.7 17.0 17.b 17.8 10.2 18.6 10.9
7.9 0.1 8.3 0.b 8.6 a.1 9.0 9.2 9.5 9.5
112.2 113.8 115.4 117.0 118.5
35.5 36.1 36.7 37.3 37.9
19.3 19.7 20.1 20.4 20.8
9.7
t2 JObS
106 107 100 109 110
2 El.
Cb JPbF
36 37 3.9 39 b0 41 12 43 bb b5
UR a0 SR 7 ZR NB MO TC RU RH
1.5 1.6 I.7 1.6 1.9 2.0
b6 b7 40 49 50 51 52 53 54 55
PO At CD IN SN s.0 TE I XE cs
2.5 2.7 2.0 2.9
56 57 56 59 60 61 62 63 64 65
01 LA CE PR ND PW St! EU 60 18
3.7 3.0 3.9 1.0 4.1 b.3 b.4 4.5 6.6 4.7
::: 2.3 2.1
::i 3.2 3.b 3.5 3.6
Integrals-Slater
Energies
Notation
(in eV)
See page 316 for Explanation of Tables
76 77 I8 79 80 01 02 13 Bb 05
::: 7.6 7.7
Auger-Electron
5.b 5.5
8.7 6.9 9.1 9.3 9.5 9.7
G2 35.43 3.5 3.6 3.7 3.8 3.9 1.0 b.l b.2 5.3 b. b 4.5 4.6 b.7 4.8 ::: 5.1 5.2 5.3 5.1
t1 3P4S
a.2 8.7 9.1
6.4 6.5 6.7 6.8 7.0 7.1
GO 3P4P
G2 3P4P
Cl 3P4D
6.0 6.1 6.3 6.b 6.6 6.7
3.7 3.6 3.9 b.1 b.2 b.3 b.5 b.5 4.6 4.0
b.0 b.1 4.2 b.3 b.b 4.5 4.7 b. e 2.9 5.1
10.5 11.1 11.7 12.3 12.9 13.5 lb.1 lb.6 15.2 15.6
:::
5.2 5.3 ::: 5.7 5.6 6.0 6.1 6.2 6.3
16.4 16.9 17.5 18.0 16.6 19.1 19.7 20.2 20.7 21.2 21.6 22.3 22.6 23.3 23.6 2b.3 2b.7 25.2 25.7 26.1 26.5 27.0 27.4 27.6 26.2
63 3PbO
::: 7.6 7.0
2: 5.4 5.5 5.6 5.a 5.9 6.0 6.2 6.3
12.5 12.9 13.3 13.7 lb.1 lb.b 14.0 15.1 15.5 15.8
8.0 6.1 0.3 0.5 0.7 a.9 9.1 9.3 9.5 9.7
6.5 6.6 6.8 6.9 7.1 7.2 7.5 7.6 7.7 7.9
7.5 7.7 7.9 0.0 8.2 8.4 8.6 8.B 9.0 9.2
9.9 10.1 lD.b 10.6 10.8 11.1 11.3 11.5 11.1) 12.1
0.0 8.2 8.b 8.5 8.7 8.9 9.0 9.2 9.3 9.5
9.) 9.6 9.8 10.0 10.2 10.4 10.6 10.8 10.9 11.1
6.1 6.2 6.3 6.b 6.6 6.7 ,":I 7.2 7.5
6.5 6.6 6.7 6.6 7.0 7.1 7.3 7.5 7.7 7.9
1::: 1D.b 10.9 11.3 11.7 12.1
I":', 7.2 7.b
::: 2: 5.6 5.7 5.8 6.0
10’:: 10.3 10.5
::: 6.b 6.5 6.8
16.1 16.5 16.8 17.1 17.3 17.6 17.9 18.1 18.3 16.5
1a9:19 10.3 10.5
10.7 10.9 11.0 11.2 11.3
7.0 7.3 7.6 8.0 8.b
16.6 16.9 19.1 19.3 19.b
12.3 12.6 12.8 13.1 13.4
9.6 9.7 9.0 9.9 10.0
11.3 1l.b 11.6 11.7 11.9
7.7 a.0 6.3 8.7 9.1
6.2 1.5 8.8 9.2 9.7
Gl 3DbP
63 3DbP
GO 3040
G2 3010
3ED
Gl 3DIF
63 3ObF
G5 3DbF
FO bS4S
FD 4SbP
1.0 1.1 1.2 l.b 1.5 1.6 1.7 1.6 1.9 2.1
1.0 1.1 1.2 1.3 1.b 1.5 1.6 1.8 1.9 2.0
lb.9 16.0 17.1 16.2 19.3 20.4 21.5 22.6 23.7 2b..
14.1 15.2 16.2 17.3 18.1 19.4 20.5 21.5 22.6 23.6
2.2 2.3 2.4 2.5 2.7 2.8
2.1 2.3 2.5 2.5
:::
::t 3.1 3.3
2: 2.9 3.0 3.1 3.2
::: 2.3 2.5 2.6 2.8
3.b 3.5 3.6 3.7 3.8 3.9 b.0 1.1 b.3 b.4
3.3 3.4 3.6 3.7 3.1 3.9 4.0 1.1 1.2 4.3
2.9 3.0 ::: 3.b 3.5 3.6 ::: 3.9
5.5 5.6 5.7
G3 JS4P
::i
28 2.3 2.5 2.7 2.9 3.1 3.3 3.5 3.7 3.8 4.0 4.1 b.3 ::: b.6 b.O
329
a
62 JPlF
FO bSbD
i:: 2.4 2.5
25.9 26.9 26.0 29.0 30.0 31.1 32.1 33.1 3b.l 35.1
24.6 25.7 26.7 27.7 28.7 29.7 30.6 31.a 32.6 33.6
22.7 24.1 25.6 26.9 23.2 29.5 30.7 31.6
2.7 2.8 2.9 3.1 3.2 3.3 3.) 3.5 3.6 3.7
36.0 37.0 38.0 39.0 39.9 40.9 b1.9 b2.9 43.9 bb.9
3b.S 35.6 36.6 37.6 36.6 39.6 10.0 11.3 42.6 II.6
32.9 3b.O 35.0 36.0 37.0 36.0 36.9 39.9 LO.8 bl.3
1.5 1.6 1.7 1.9
Atomic Dot. and Nuclear
Data Tables, Vol. 20. No. 4, Oc+.,bar ,977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE III. Two-Electron Integrals-Slater Fk and ck Values G4 JPsF
7 EL
bb
DV HO El TM IB LU
b7 60 69
70 II 72 73 74 7s
GZ
Gl
3045
304P
4.0 4.9
5.1 1.6
5.2 5.3
4.5 4.6 4.7 4.3
5.1
IA Y RE
::: 5.7 5.0 s.9
77 18
OS CR Pf
7.0 7.3 7.7
5.6 5.7 5.0
79 00 01 82 433 06 es
AU HG IL PB BI PO Al
6.1 a.5
6.0 6.2 6.3 6.5 6.6 6.6
66
7b
37 00 69 90 91 92 93 94 9s 96 97 96 99 100 101
102 10s 104 105
6.9 9.3 9.7
7.7 7.9
13.0 13.3 13.7 14.0
a.7 a.9 9.1 9.3
6.2 8.3
CN BK CF ES FM no NO LR RF
14.4 14.7 15.1 15.4 15.7 16.0 16.3 1b.b 16.9 17.2
9.5 9.7 9.9
8.S 6.7
10.6 11.0 11.2 11.4
6.5 6.7 1.0 9.0 9.1 9.3 9.4 9.6 9.7 9.6
10.0 10.1 10.1
36
KR
37 so
RB SR
39 40
v .?I? NB NO rc RU RH
51
55 56 s7 50 59
60 61 62 63
6.9 7.0 7.2
10.6 11.2 1l.S 11.9 12.3
2 EL
52 53 54
1”:: r.2
b.0
RN FR RA AC TH PA u NP PU 111
12.6
PO AG co IN SW SB If
I XL cs 81 LA lx PR NO PN
JR
64
EU GO
b5
19
7.6 0.1 0.3 a.5
10.1 10.3 10.6
2: 7.7 7.6
a.0
GO JObD
4.1
5.1
6.2
5.2 5.3 5.5 5.6 5.6 5.9 6.1 6.3 6.4 6.6
6.4 6.5 6.7 6.9 7.1
6.7 6.9 7.0 7.2 7.4 7.5
6.3 0.5 6.7 6.9 9.1 9.3 9.1 9.6 9.6
2X 5.2 5.3 5.5 5.6 5.0 5.9 6.1 6.2
2: 7.7 7.9
6.1
b.4 6.5
6.7
10.3 11.0
6.1 6.4
3.1 3.4 3.6 3.9 4.2 4.)
11.7 12.3
b.6
4.7
13.0 13.6 lb.3
I’:: 0.0 0.4 a.8
::: 5.5 5.0 6.0 6.3
15.0 15.6 16.3 16.9 17.6 16.2 16.9 19.5
10.0
r’::
10.2
9.0 9.2 9.3 9.5 9.6 9.0 9.9
7.B a.0 0.1 0.3 6.4 8.6 a.7 0.9 9.2 9.4
24.7 25.3 26.0 26.6 27.2 27.9 26.5 29.1 29.7 30. J
10.0 10.1
10.2 10.6
a.8
10.2
11.0
10.2 10.3
10.3 10.3
11.4
12.4
FO 4PbP
F2 kP4P
FO 4PbO
Ft bP40
FO 4060
12.0
7.1 7.3 7.b
10.3
lb.5 10.7 10.9
11.1 11.4 11.6 11.9 12.3
G-3 304f
L.5 4.9 5.3 5.7
6.2 0.4 8.s 8.7 6.9 9.0 9.2 9.4 9.7 9.9
Z
63 3OCf
7.7 8.3 9.0 9.7
6.1
::: 1.0
10.3 10.6
19.4 20.5 21.5 22.6
2: k.7 4.a
Gl 304F
20.2 20.6 21.5 22.1 22.6 23.4 24.1
::: 7.7 7.6 0.0 0.2 6.3
11.6
18.4
3:: 5.4
4.9
4.0
3.6 5.9 4.0 4.1 4.2 4.3
20'
5:; 5.9 6.0
11.6
13.0 14.1 15.2 16.2 17.3
3%
3EO
4.0 4.2 1.3 4.5 4.6 4.7
17.11
12.0 12.2
Notation (in eV)
See page 316 for Explanation of Tables
17.6
16.1
46 47 4B 49 50
7.1
6.1 6.2 6.3 6.5 6.6 6.6
::“t 5.6 5.9 6.1 6.2 6.3 6.S 6.6 6.1
7.2 1.4
106 101 106 109 110
42 43 46 45
6.9
5*2 5.4 5.5
2: 5.2 5.3 5.4
10.0 10.4
HA
41
1.5 4.5 4.7 4.8 4.9
20’ ::: II.0 6.2 b.b
HF
3KP
Energies
9.2 9.5
1::: 10.7 11.1 11.5 11.9 12.2 12.6 13.0 13.4 13.0 14.1
FO 4545
FO OS&P
45.9 bb.9 47.9 43.9 50.0
bb.6 45.0 66.0 47.6 40.3 49.6 50.6
51.0 52.1 53.2 54.3 5s.1 56.5 57.7 se.0 60.0
Sb.O 57.0
55.1
so. 1
Sb.3 S7.b 5b.b 59.6 (1.0 62.2 (3.4
62.3 b3.5 64.7
b0.3 61.4 62.6
::", 7.1
66.0 b7.2
63.7 6b.9
66.4
66.1
::i 7.9
69.7 71.0
67.3
x:: 6.7 6.9 9.2 9.k 9.7
72.3 73.6 71.9 7b.2 77.5 76.9 60.2
69.6 71.0 72.3 73.6 74.9 7b.2 77.5
66.3 be.9
76.6 60.2 62.6 34. I as.3 66.6 67.0 66.9 90.1
76.8 76.0 79.3 80.b 61.9 63.2 64.6 66.1 67.6 09.3
91.1 92.1 92.9 93.7 94.4
91.0 93.0 95.0 97.3 99.9
FO 4SbF
FO bP4F
10.0 10.2
16.4
11.2
lb.6 17.1
11.5 11.7 12.0 12.2
81.6 63.0 65.4 05.9 37.4 00.9 90.1 92.0 93.6 95.3 97.0 96.6 100.6 102.6 lob.6
61
G3 bPb0
17.5
51.0 52.9 54.0
59.2
14.5
17.6
54.9
b2.7 43.7 b4.b 45.b 46.6 47.6 46.6 69.7 50.7
bl.1
11.9 15.3
15.b 16.0
51.0 52. e ss.9
Fe
4SbO
10.5 10.7
11.0
12.6
9.7
30.9
10.2
13.1 13.6 15.2
31.5
18.5
lb.9
10.1 10.4 10.9 11.4
32.1 S2.7 33.3
10.9 19.2 19.b
12.4 12.7 12.9 13.1 13.4
F2 4040
Fb 4040
51 4SbP
62 lSb0
4PbO
10.1 11.1 11.9 12.6 13.5 14.2 14.9 1S.b
13.7 14.3 15.9 16.9 17.6 16.b 19.5 20.2
16.2 16.7 17.3
21.0 21.7 22.3 23.0 23.b 24.2 24.6 es.4 2b.0 26.b
b6.5
(Il.5
65.6 (5.9 67.1 70.7 71.9 73.2 74.4 75.6
9.3
10.1 10.9
i:: 7.9 1.5 9.1 9.7 10.2
11.7 12.4 13.2 13.9 14.6
10.0 11.3
15.4
11.9
16.1
23.6 24.b 25.7 26.7 27.7 26.7 29.7 30.0 31.0 32.6
12.Q 13.0 13.5
16.6 17.5 16.2 16.9
33.6 3b.B 35.6 36.8 37.7 30.7 39.1 40.7 41.7 42.6
17.7 16.2 la.7 19.2 19.7 20.2 20.7 21.2 21.7 22.2
14.0 lb.6
19.1 1J.b
lb.2 lb.7 17.2
22.0 23.4 24.8 26.2 27.4 26.7 29.9
31.0 32.1 33.1 34.2 35.2 36.1 37.1 36.9 36.9 39.9 b0.8
10.9 11.7 12.5 13.3 14.0 14.6 15.3 lS.9 16.4 17.0 17.5
16.0 10.5 19.0 19.4 19.9 20.4 20.6
19.6 21.2 22.7 24.2 25.6 26.9 20.1 29.3 30.4 31.5 32.6 33.6 14.5 3s.s 36. b 37.3 36.3 39.2
9.7
6.4 7.0 7.6
10.6 11.5 12.3
e. 1 6.6 9.1
13.0 13.7 14.3
15.0
1:::
1f.b 16.1 16.6 17.1
10.4 10.0 11.1 11.5 11.6 12.1
17.b 16.1 16.6
12.b 12.7 13.0 13.3
19.0 19.5 19.9
330
19.b 20.3 21.0 21.b 22.3 23.0 23.7 21.4 25.0 25.7 26.4 27.1 27.7 LG. 4 29.0 29.7
17.8 16.3
16.6 19.3 19.7 20.2 20.7
0.4 9.1 9.6
10.4 11.0 11.6 12.1 12.6 13.1 1s.s 13.9
14.4 14.3 15.1 15.5 15.9 16.2 16.6
Atomic Ddo and Nuclear
Data Tobkr, Vol. 20, No. 4, October
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
III. Two-Electron
Fk and Gk Values Z EL
Integrals-Slater
Energies
Notation
(in eV) of Tables
See page 316 for Explanation
FO 4P4P
$2 4P4P
FO 4P40
$2 4PbC
$0 CObD
F2 4040
FO 4040
Gl 4SbP
G2 4540
Gl 4P40
G3 4P40
$0 4S4f
$9 &P&F
66 67 68 69 70 II 72 I3 74 75
ov MO ER 1R 'la LU nr 11 Y RE
43.6 44.6 45.5 46.5 5r.5 48.5 49.4 50.4 51.4 52.4
22.7 23.2 23.7 21.2 24.6 2S.l 25.6 26.1 26.6 27.0
Cl.? b2.6 c3.5 bb.5 45.4 46.b b7.4 48.4 49.4 50.4
21.3 21.7 22.2 22.6 23.1 23.6 24.1 24.6 25.1 25.6
bO.1 41.0 b1.9 42.9 k3.8 44.8 45.8 46.8 b7.8 48.9
2O.b 20.9 21.3 21.8 22.3 22.8 23.3 23.8 2b.3 21.8
13.6 13.9 14.2 14.6 11.9 15.2 15.6 15.9 16.3 16.6
30.4 31.0 31.7 32.3 33.0 33.6 34.3 35.0 35.6 S6.3
21.1 21.6 22.1 22.5 23.0 23.5 24.0 24.5 25.1 25.6
27.1 27.7 28.3 28.9 29.5 30.1 30.8 31.4 32.1 32.7
17.0 17.3 17.7 18.1 is.5 16.8 19.2 19.6 20.0 20.5
40.7 42.3 43.9 45.4 17.0 48.5
39.8 41.3 42.8 44.3 45.8 41.3
76 77 78 79 00 81 82 83 81
OS IR Pl AU HG TL PfJ RI PO
85 AT
53.1 54.4 55.s 56.5 57.5 58.6 59.7 60.8 61.9 63.0
27.5 28.0 28.5 29.0 29.5 30.0 30.5 31.0 31.5 32.0
51.5 52.6 53.7 54.8 55.9 57.0 58.2 59.3 60.5 61.7
26.1 26.7 27.2 27.8 28.3 28.9 29.5 30.0 30.6 31.2
50.0 51.1 52.2 53.3 54.5 55.6 56.8 58.0 59.1 60.3
25.4 25.9 26.5 27.1 27.7 28.3 28.9 29.5 30.1 30.7
17.0 17.4 17.8 18.1 18.5 19.0 19.4 19.8 20.2 20.6
37.0 37.6 38.3 39.0 39.7 40.6 41.1 41.8 42.5 b3.3
26.1 26.7 27.3 27.8 28.4 29.0 29.6 30.2 30.8 31.4
33.4 34.1 34.8 35.5 36.,2 36.9 37.6 38.3 39.1 39.8
20.9 21.3 21.8 22.2 22.7 23.1 23.6 24.0 24.5 24.9
50.0 51.4 52.9 54.3 55.7 57.1 58.5 59.9 61.3 62.7
18.7 50.1 51.5 52.9 54.2 55.6 56.9 98.2 59.6 60.9
86 87 88 89 90 91 92 93 94 95
RN FR RI AC TM PA u NP PU An
64.1 65.3 66.4 67.6 68.8 70.0 r1.3 72.5 73.7 74.9
32.5 33.0 33.6 34.1 34.6 35.2 35.7 36.2 36.7 37.3
62.8 64.0 65.2 66.3 67.5 68.6 69.8 70.9 72.0 73.2
31.8 32.3 32.9 33.5 34.0 34.6 35.1 35.6 36.2 36.7
61.5 62.1 63.9 65.0 66.2 67.3 68.4 69.6 70.7 71.8
31.3 31.9 32.4 33.0 33.6 34.2 35.7 35.3 35.8 36.4
21.0 21.4 21.8 22.2 22.6 23.0 23.5 23.7 24.1 24.5
61.0 44.7 45.5 46.3 47.0 bl.8 48.6 b9.3 50.1 50.9
32.0 32.6 33.2 33.8 34.3 34.9 35.5 36.0 36.6 37.2
40.5 41.2 (1.9 42.7 43.4 44.1 44.8 b5.5 46.2 46.8
25.4 25.9 26.3 26.1 27.2 27.6 28.1 28.) 28.9 29.3
64.1 65.5 66.9 68.2 69.6 11.0 72.4 73.8 15.2 76.6
62.2 63.5 64.8 66.1 67.4 68.7 70.0 71.3 72.6 73.9
96 97 98 99 100 101 102 103 104 105
CN EU Cf ES FM no NO LA RF HA
76.2 71.4 78.6 79.8 81.0 82.1 83.2 1)b. 3 es.3 86.3
31.8 38.3 38.7 39.2 39.6 40.0 40.4 bO.7 41.0 41.2
71.3 75.5 76.6 71.8 79.0 80.2 81.5 82.9 8b.b 86.0
37.3 37.8 38.3 38.9 39.5 20.0 10.7 41.3 42.0 42.8
72.9 74.0 75.2 76.3 77.5 78.7 80.0 81.1 82.9 RL.5
36.9 37.5 38.1 38.6 39.2 39.8 40.5 41.2 bl.9 b2.8
2b.8 25.2 25.6 26.0 26.3 26.8 27.2 27.7 28.2 28.8
51.6 52.4 53.1 53.9 54.6 55.2 55.8 56.4 57.0 57.4
37.7 38.3 38.8 39.4 40.0 40.6 41.2 41.9 42.6 43.4
27.5 48.2 48.9 49.6 50.3 51.1 51.9 52.7 53.5 54.5
29.7 30.1 30.6 31.0 31.4 31.9 32.3 32.9 33.4 34.0
77.9 79.3 80.8 82.2 83.6 85.0 86.4 87.0 89.2 90.7
75.2 76.5 77.7 19.0 80.3 81.6 12.9 84.2 85.5 86.7
87.1 87.9 ea.5 89.1 89.5
41.4 41.5 41.5 41.4 41.3
87.T 89.5 91.6 93.8 96.4
b3.6 44.5 45.5 46.7 47.9
46.2 88.2 90.4 92.8 95.5
43.7 44.7 45.8 47.1 48.6
29.4 30.2 31.0 31.9 33.0
57.8 58.2 58,s 58.5 58.5
41.2 45.2 46.2 57.4 48.7
55.5 56.6 57.7 59.1 60.5
34.7 35.b 36.2 37.1 38.1
92.1 93.5 PC.9 96.3 97.7
88.0 89.3 90.5 91.8 93.0
f2 4Pbf
$0 4Obf
f2 4Dbf
FL 404f
FO bf4F
f2 bf4F
Fb CF bf
$6 4FbF
G3 bS4f
62 4Pbf
Gb 4PLf
61 404f
G3 404f
106 107
108 109 110
2 EL 70 71 72 73 74 75 76 77 78 79
YB LU nr TA * RL OS IR PT AU
19.0 19.8 20.7 21.5 22.4 23.1 23.9 24.7 25.k 26.1
38.4 40.0 41.5 43.0 41.4 45.9 47.3 48.7 50.1 51.5
10.4 19.2 20.1 20.9 21.1 22.5 23.2 24.0 24.7 25.4
11.6 12.2 12.8 13.3 13.9 lb.4 14.9 lS.4 15.8 16.3
34.6 36.5 38.3 40.1 hi.8 43.5 45.2 46.9 48.5 50.1
16.3 17.3 18.3 19.4 a.3 21.3 22.2 23.2 24.1 25.0
10.2 10.6 11.5 12.2 12.8 13.5 14.1 lb.7 15.3 15.9
7.3 7.8 8.3 0.7 9.2 9.7 10.1 10.6 11.0 11.5
13.k 14.2 lb.9 15.6 16.2 16.9 17.5 18.1 18.7 19.3
16.4 17.2 18.0 10.7 19.5 20.2 20.8 21.5 22.1 22.7
11.3 11.9 12.5 13.0 13.5 lb.0 lb.5 15.0 15.5 15.9
21.6 22.5 23.5 2b.3 25.2 26.0 26.8 27.6 28.3 29.0
13.5 14.2 lb.8 15.4 16.0 16.6 17.2 17.7 18.3 18.8
80 82 83 84 85 86 87 88 89
HG ?L PE 61 PO AY RN fR RI AC
26.8 27.5 28.2 28.8 29.5 30.1 30.8 31.4 32.1 32.7
52.8 55.2 55.5 56.8 58.2 59.5 60.8 62.1 63.4 64.1
26.1 26.8 27.5 28.2 28.9 29.5 30.2 30.8 31.5 32.1
16.8 17.2 17.7 18.1 18.6 19.0 19.4 19.8 20.2 20.7
51.7 53.3 54.8 56.4 57.9 59.6 60.9 62.4 63.8 65.3
25.9 26.8 27.6 28.5 29.3 30.2 31.0 31.9 32.7 33.5
16.5 17.1 17.7 18.2 1.5.8 19.3 19.9 20.4 21.0 21.5
11.9 12.3 12.7 13.2 13.6 14.0 14.k 14.8 15.2 15.6
19.9 20.4 21.0 21.5 22.0 22.5 23.1 23.6 24.1 2b.6
23.3 23.9 24.4 25.0 25.5 26.1 26.6 27.1 27.6 28.1
16.4 16.8 17.2 17.6 18.0 18.4 18.8 19.2 19.6 20.0
29.7 JO.4 31.1 31.8 32.4 33.0 33.7 34.3 31.9 35.5
19.3 19.8 20.3 20.7 21.2 21.7 22.1 22.6 23.0 23.5
90 91 92 93 91 95 96 97 98 99
TH PA U NP PU AN Cl4 UK Cf ES
33.3 33.9 34.5 35.1 35.8 36.4 37.0 37.6 38.2 38.8
66.0 67.2 68.5 69.8 7141 72.4 73.6 lb.9 76.1 77.b
32.8 33.4 34.1 34.7 35.3 36.0 36.6 37.2 37.8 38.5
21.1 21.5 21.9 22.3 22.7 23.1 23.5 23.9 24.3 24.7
66.8 68.2 69.6 71.1 72.5 73.9 75.4 76.8 7.5.2 79.6
34.3 35.1 35.9 36.7 3T.5 38.3 39.1 39.9 40.6 21.b
22.1 22.6 23.1 23.7 24.2 25.7 25.2 25.7 26.2 26.8
16.0 16.3 16.7 17.1 17.5 17.9 18.2 18.6 19.0 19.4
25.1 25.6 26.1 26.7 27.2 27.7 28.2 28.7 29.3 29.8
28.6 29.1 29.6 30.1 30.6 31.1 31.6 32.1 32.6 33.1
20.3 20.1 21.1 21.5 21.8 22.2 22.6 22.9 23.3 23.6
36.1 36.1 37.3 37.8 38.4 39.0 39.6 bO.1 bO.7
23.9 24.3 24.8 25.2 25.6 26.0 26.5 26.9 27.3 27.7
81
331
Atcmtc Dato md Nuclear
41.3
Data Table,. Vol. 20, No. 4. October
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
III. Two-Electron
Fk and Gk Values 2 EL %! 2 102 103 104 105 106 107 1Oll 109
NO LR RF tlA
110
F2 bP6f
EL
b2.2 42.9 43.7 0.4 b5.2 45.9 46.7 47.4 46.1 46.8
27.3 27.6 26.3 26.7 29.2 29.7 30.2 30.7 31.6
19.7 20.1 20.4 20.6 21.2 21.5 21.9 22.2 22.5 22.9
30.3 30.0 31.4 31.9 32.4 33.0 33.5 34.1 34.6 35.1
3b.6 35.0 35.s 36.0 36.5 37.0 37.4 37.9
24.0 24.4 2b.7 25.1 2S.b 25.0 26.2 26.5 26.6 27.2
33.6
23.2
35.7
36.3
FO bS5S
FO 4ssc
FO 4350
FO 4PSS
FO bP5P
F2 4PSP
FO 4PSD
F2 bf50
r's:0
16.3
13.6 15.1 16.1
bObF
22.3 22.6 23.3 23.9 24.4 25.0 25.6 26.2 26.6 27.5
19.2 19.6 19.9 20.3 20.6 21.3 21.6 22.4 23.1 23.6
22.2 22.7 23.2 23.7 24.3 24.6 25.4 26.0 26.7 27.3
19.1 19.5 19.6 20.2 20.6 21.1 21.7 22.3 23.0 23.7
26.2 29.0 29.7 30.5
24.6 2S.b 26.2 27.1 26.0 26.9 29.0 30.7 31.6 32.5
26.0 26.6 29.5 30.3 31.1 32.0 32.9 33.7 34.7 35.6
24.5 25.2 26.1 26.9 27.6 23.7 29.6 30.5 31.4 32.2
27.3 28.4 29.5 30.5 31.5 32.5 33.5 34.4 35.3 36.1
36.5 37.5 38.5 39.4
33.1 34.0 34.9 35.6 36.7 37.6 36.4 39.3 40.2
45.1
41.1
37.0 37.6 36.6 39.5 40.3
46.0 46.9 47.6 40.7 49.7 50.6
bl.9 42.8 43.7 44.6 45.5 46.3 47.2 48.0 46.7 49.4
14.6
50.0 50.4 SO.8 so.9
lb.9 lb.9 lb.9 14.0
3:*; 49ZS
::*: 13:s
:i ES
11.4 11.6 12.2 12.6
13.0 13.4 13.6 lb.1 14.5 lb.9
17.5 17.9 16.2
19.4 19.7 20.1 20.4 20.t 21.0 21.3 21.5 21.6 22.1 22.4 22.7 22.9 23.2
31.1
16.6 16.9
ix 99
10.9
42.1
16.6 17.4 17.6 13.2 16.5 16.7 19.0
16.5 16.6 19.1
9.5
10.0 10.5
39.7 40.3 40.9 41.5
16.2 16.9 17.6 16.3 16.9 19.5 20.1 20.6 21.1 21.7
PU AM CM
109
61.0 32.4 63.7 05.1 66.4 07.0 09.1 90.4 91.7 93.0
32.0
9b 95 96
110
G2 4PbF
49.5
15.2 15.6 lJ.9 16.2 16.6 16.9 17.2
107
63 CS6F
94.3
PO AT RN CR RA AC TH PA U N?
1.0
F6 6FLF
26.6
84 85 66 67 88 69 90 91 92 93
106
F6 6FIf
44.9
Y RE OS IR Pl AU HC TL PO 81
Rf MA
F2 6F4F
90.6
74 75 76 77 76 79 80 61 62 63
103
FO 6fOF
45.0
GO 18 ov HO ER TM 18 LU nr TA
104 105
F6 6D6f
42.7 43.2 43.6 44.4
bO.5 41.1
64 65 66 67 66 69 70 71 12 73
Ilo LA
See page 316 for Explanation of Tables
41.7 42.2 42.6 43.4 43.9 15.4
17.0 17.8 16.4 19.0 19.6 20.2 20.6 21.3 21.6
102
39.1
(in eV)
25.0 25.4 25.6 26.2 26.5 26.9 27.3 27.6 26.0 26.3
54 XE 55 cs 56 01 S7 LA 56 CL 59 PR 60 NO 61 PM 62 St4 63 EU
100 FM 101 110
FZ CDkF
Notation
76.7 79.9 61.2 62.4 63.6 84.8 66.0 67.2 66.4 69.6
39.3 39.9
GS z
FO 404f
Integrals-Slater
Energies
31.4 32.2 33.1 34.0 35.0 35.9 36.9 37.6 36.6 39.6 40.8
41.6
33.4 34.3 35.2 36.1 37.0 37.9 30.8 39.7 40.6
42.7 43.7 44.7 45.6
41.5
SC.5 47.5 48.4 49.4 50.3 51.3 52.2 53.3 54.4 9.5
42.4 43.3 44.2 45.1 46.0 46.9 47.7 46.6 49.3 so.0
56.6
so.7 51.2
56.1 59.7
61.3 63.3 65.4 67.9
51.S 51*6 51.) 51.1 50.3
20.9 22.3 23.6 24.9 26.1
41.1 41.8
::*:I 4213 43.2 44.2
51.6
42.6 43.4 44.2
S2.5 S3.6 54.7
45.1 45.9 (6.7 47.6
55.9 57.3 SO.7 60.4 62.2 64.3 66.7
t:': 50:3
lb.1
3.0 3.5 3.6 4.1 4.2 4*3 4.4 4.4 4.4 4.5
13.7
15.0 16.0 16.7 17.3 17.7
16.1 16.4
15.9 16.7 17.4
16.0 10.7 19.3 19.6 2O.b 20.9 21.4
4.5 4.5 4.6 4.7 4.6 4.9
5.1 5.3 5.5 5.7 ::“, 6.5 6.6 7.2 7.5 7.6
8.1 3.5
6.0 9.1 9.5 1lt:"l
10.4 10.0 11.1 11.4 ll*7 12.0 12.4 12.7 13.0 13.3 13.6 13.9
14.1 14.4 lb.6
332
20.6 22.2 23.5 24.6 26.0
3.9 4.b
27.1 26.2 29.3 30.3 31.3 32.3 33.2 34.1 55.0 35.6
6.3 6e7 7.1
36.7 37.s 36.3 39.1 39.6 40.6 b1.4 42.2 43.0 43.7 44.5 45.3 46.2 47.0 47.0 48.7 b9.6
5:: 5.0
,'I,'
::r 9.5
47.1
31.9
f0 bD5C
F2 bD5P
CO 4050
13.5
lb.6 15.6 16.5 17.1 17.5 17.9 10.2
16.4 16.7 19.0 19.3 19.6
32.9 33.0 34.7 35.6 36.4 37.3 36.2 39.1 39.9 40.8
51.1
12.0 12.3
52.1 S3.2 54.3
12.5 12.0 13.0 13.3 13.5 13.0 14.1
27c5
36.3 37.2 30.2 39.1 40.1
ll*S
11.7
45.6 46.1 46.6
24.3 2s. 1 25.9 26.7 27.6 20.5 29.3 30.2 31.1 32.0
10.7 lb9 11.2
1::: 10.4
26.1 26.5 26.9 29.3 29.7 30.1 30.5 30.9 31.2 31.6
27.6 20.5 29.3 30.0 30.9 31.7 32.6 33.5 34.4 35.3
b5.7 46.6 47.5 48.4 49.3 50.2
$5.5 56.0 SO.2 59.9 tk,' 60.2
t3 bO6F
41.6
20.0 20.5 21.0 21.5 22.1 22.6 23.5
42.0 42.9 43.6 44.6
Cl 406F b2.4 42.9 b3.5 bb.0 44.6
21.9 22.4 22.9 23.5 24.0 24.6 25.2 25.6 26.4 27.1
41.0 2::
66 6P6F
41.7 42.5 43.4 bb.3 3: 4610 47.6 46.4 49.0 49.6
so.1 SO.4 5O.S SO.4 SO*0 49.2
Atomic Oato md Nuclear Date Tdh,
45.1
3*4 3.9 4.3 4.5 4.6 4.7 4.3 4.8 4.6 4.6 4.8 ::X ::i 3:: 3:: 6.0 6.3 2: 7.1 7.4 7.7 2: 6.7 9.0
2:
10.0 10.3 10.6 10.9 11.2
11.5 1l.b
12.1
12.4 12.7 13.0 13.3 13.6 23.9
14.1 14.4 lb.6 lb.7
20.6 22.1 23.4 24.6 25.6 27.0 26.1 29.1 30.2 31.2 32.1 33.0 33.9 34.0 JSe6 36.5 37.3 38.1 30.9 39.6 40.4 blb2 42.0 42.7 43.5
14.0
44.3
14.9
45.1
lb.6 14.6
bS.9 46.7
:t*: 13:2
x 49:3
Vol. 20, No. 4. October
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE III. Two-Electron Integrals-Slater Notation (in eV) Fk and Gk Values See page 316 for Explanation of Tables 2 EL
f2 4050
f6 4050
FO SS1F
co bf5P
72 bF3P
FO 4F 50
FL 4f5D
F4 SF50
60 bSS.5
Cl LSSP
62 bSSD
b%
GO bPfP
XE ES
0.7
0.7 0.9
1.0
36 sr 56 59 60 61 62 63
BA LA cc PR NO
2,” 0.9 0.9 0.9
1.0 1.0 1.1 1.1
2: 1.2
1.3 1.3
ii:: Oe6 0.8
PN
2:
SN PU
1.0 1.0
2: 1.1 1.1
::: 1.5 1.5
X2 0.9 0.9
6b 65 66 6I 66 69 ro 71 72 73
60 ?ci 01 HO tR TN 18 cu Nf IA
1.1 1.1 1.1
1.1
1.5
0.9
::: 1.2 1.2
0":: 0.9
1.2 1.3 1.3
::: 1.7 l.? 1.7 1.8 1.0
1.6
1.6 1.5
::i
?b 7s 76 77 76 79 60 61 BZ es
N RC OS
1.4 1.5 1.5 1.6 1.7
1.5 1.6 1.7 1.0
AU HG TL PO 81
4.1
1.9
1.7
2.2 2.b 2.6 2.6
1.6
::i 2.1
64 65 66 67 88 69 90 91 92 93
ro AT RN FR RA AC m PA u NP
6.5 6.9 7.3 7.6 0.0 8.1 6.7 9.0 9.3 9.7
9b 9S 96 97 96 99 loo 101 102 103
PU AN CN %R Cf ES fN NO NO LR
lab
IIF HA
54 55
10s 106 107 100 109 110
1.2
1.2 23.6 2b.b 2S.2 26.1
20.7 21.5 22.3 23.0
6.6 6.7 6.9 7.0
26.9 27.0 26.7 29.6 30.5
7.2 7.3 7.5
3S.l
23.9 2b.7 2S.Y 26.4 27.2 26.1 29.0 29.9 30.6 31.7
36.0 37.0 37.9 36.9 39.6 CO.0 41.6 42.a b3.7 61.7
32.6 33.Y 3b.S 3S.b 36.3 37.2 36.2 39.1 40.0 40.9
b-7
bS.7 b6.7
47.6
41.8 42.7 43.6 b4.4 bS.3 46.1 47.0 bI.6 46.6 49.b
12.3
2%
93.3 56.2 57.2
so.1
lb.4
SOa6
sa.1
3:-i St:9 53.6 s4.2
lb.6 16.7 lb.6
IR PI ::: 5.6 6.0
1X:', 1O.S 10.0
11.1 il.3 11.6 11.9 12.1 12.1
1.7
31.b
:::
32.3 33.2
3b.l :::
::: ::: 3.7 3.6 29 4.b 4.5
;:: S.b 2: 3::
12.6 12.9
610
13.1 13.6
i:i
::*: 1r:2
6:. 6.f 6.6
46.6 49.6 Es 52*5 53.4 Sb.b
59.0 s9.9 60.6
x:0’ 9:: 6.7 6.9 9.2 9.s
1::: 10.3 10.6 10.9 11.2
11.) 11.7 12.0 12.5 ::*: 13:3 11.5 13.7 13.9
lb.1 14.3
lb.9 14.9
15.0
1.2 1.3 1.3 1.3
20.6 22.0 23.3
20’ 5.b 5.9 6.3
2b.S
25.7 26.9 26.0 29.1
6.7 ::t ::“, 7.7
30.1 31.1 32.1 33.0 33.9 34.0 JS.7
1.9 2; 2.1 2.2
2.2 2.3 2.b 2.5 2.6 2.7 2.3
2:
2:
6.b
:::
e.7 9.0 9.3 9.5
6.1 1.2
f 1: 2.6 2.7
t::
22::
36.5 31.3 36.2 39.0 39.6 b0.S
9.6 10.1 10.3 10.6 10.6 11.6 11.3 1l.S 11.7 12.0
4.6 4.7
2.9 3.0
2::
3.1 3.1
2:
3.2 3.3
::; b.1
41.3 42.1 b2.9 43.7
2: 5.5 5.6
::: 3.6 3.7
::f b.4 2.5
3.6 3.9
1.6
12.2
4c.s 43.3 CC.1 66.9 b?.d 46.6 b9.5
12.4 12.7 12.9 13.2 13.4 13.7
333
::f 3.b 3.s 3.6 3.7 3.6
3:: 5.9 6.0
::"p
4.6 4.7 1.7
t:: 6.2
::: 4.9
23 4.s
2: 2:
1.1 1.1 1.2
2:
1.2
2.2 2.3 2.4
::: 1.1
l.s ::: 1.3 :::
f:: 2.7 2.6 2.9 3.0
::: :::
6.1 :::
0.S 0.7
f:: 2.3 2.4 2.3 2.6 2.7 2.1 2.6 2.9 f:: 3.2
::: 1.1 3.5 3.6 ::i b.0
4.1
2: 1.7 1.6 2; t:: 2: 5:: 2.s 2.6
4.2 2: 2: a.5 bat bill 2:
2: 3:: ::: 3.2 3.3
::: 3.5
3::
3.6 3.6
s::
:::
t::
3.3 3.b 3.b 3.4
::: 4.2
20' 7.4
:::: 3.3
Atomic Data and Nuclear Data TaMas, Vol. 20, No. 4. October 1977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE III. Two-Electron Integrals-Slater
Fk and Gk Values 2 EL
G2 4P5P
61 CPSD
GJ bP50
G2 5340
63 5P40
xc es 0A LA CE PR ND PM sn EU
0.7 0.9
1.7
1.0
1.9
1.0
1.9 1.9 2.0 2.0 2.1 2.1 2.1 2.2
1.2 1.2
64 65 66 67 66 69 10 ?I 72 ?I
60 TB DI HO ER 711 18 LU HF TA
1.1 1.1 1.1 1.2 1.2
74 I5
Y RE
7b I?
OS IR
18 79 80 5s 62
Pl AU HG IL PB
83
BI
3b
PO
85 06 67 !Jd 69 90 91 92 93
Al RN FR RI AC tn PA U YP
94 95 96 91 95 99
PU AM CW BR CF cs
2: 102 103
:i NO LR
104 105 106 107 108 109
RF HA
110
1.0 :::
1.1 1.1 1.1 1.1
2.2 2.3 2.3 2.3 2.4 2.4 2.5 2.6 2.6 2.7
I.2
1.3 1.3 1.b 1.4 2: 1.7 1.11 1.9 2.0
1.0
0.8
9:: 2.3 2.4
::: 1.3 1-S
2.5 2.6 2.7
1.6 1.7
1.0
::i 1.6 1.7
2; 3.0
::X
1.8
:::
::f
2.2
2.1
::; 4.0 4.2 4.3 4.b b.6 4.7
f::
2:
::a"
2: ::: 3.3 3.b
:r:
2.5 2.5
:::
2*3 f:t
::", b-0 b.1 4.2 4.3 4.4 I*5
::: 5.4
2;
1.4 1.4 1.4 1.4
GJ 4F50
G5 4FSO
1.4 :::
1.7 1.8 1.9
1.6 ::t 2.1 2: 2.4 2.5 2.6
2.0 2.1 2.2 2.3 2.4 2.5 2.6
2-7 2.6 2.9 3.0 3.1 3.2 3.3 3.4 Ja5 3.6 J.? 3.8 3.9 4.0
6.1
4.5
t:: I*4
4.b
2: 6.5
4.5 4.4
be2 4.3 4.4 4.5
4.6
:::
t1 4fSD
1.3
1.6
2:
4-b
Cb
5Pbf
1.3 1.3 1.3 1.3 1.3
l.?
3.0
::'2
5Zf
1.3
:::
2: 3.4 ::: 3.t
63 554f
1.2 1.3
1.5 1.5 1.6
3.2
4.5 4a6 4.6 4.7 4.7
Gb 4050
1.0 1.1
1.5 1.6
::t 2.9
::i 3.1
G2 4clSD
1.3
::: 1.4 1.5
4.1 l .1
::3 P.? 2.7
GO 4bSD
1.3
:::
::: 5.6 b.0 6.1 6.3 695
22:: 2e9
b-5
2.6 2.a 2.9 3.0 3.1 3.2 3.3 3.4 3.6 3.7
::: 1.4
Notation (in eV)
See page 316 for Explanation of Tables
5”p:LJ
54 55 56 57 56 59 60 61 fZ 63
Energies
:::
0.9
1.0 3.5 1.6
2.1 2.6 2.9 3.0 3.1 3.2 3.3 3.4 3.5 3.6
1.4
1.1
1.5
:::
::t
:::
::: 2.3
::; 1.9 1.9
3.1 3.0 3.9 4.0
2.3 2.4 2.4
4.1
i:: 2.6 2.1 2.6 2.6 2.9
2.0
::: kf 3.2 3.2
2:;
2:
2; 5:: 3.0 3.1 ::: 3.3 ::f 3.5
2: 2.2 2.3 2.4 2.5 2.5 2.6 2.7 2: 2.9 2.9 3.0
3.0 ::", :::
2: 3.2 3.3 3.3
::f
4.1
::;
::t 2.6 2.b 2.6 2.6 2.6 2.1 2.7 2.?
1.3
22::
:::
3:: 3.3
2.9 2.9
::;
3.4 3.)
3.0 3.1
::: 3.6 3.1
4.0
::: 2.1
334
3.2
4.4 4.4 4.5 4.6 C.6 4.7
2:
::: 3.3
4.1
4.2 4.2 4.2 4.3
1.2 1.3
::", 3.1
2: 3.2
0.9
1.0 1.1 1.2 1.4
b.? b.7 4.7 4.7 4.7 4.6 4.4
3.b
4.1 4.1 4.1 4.1 4.1 4.1 4.1 b.1
1.0 1.1
4.2 4.3 4.4 4.5 b.6
4.2
::: 3.3 3.3
::: ::t
1.0 ::: ::: 2.3 2.4 2.b
:2 1.7
1.0
::t 1.3 1.4 1.5
2.0 2.1 2.2 2.3 2.4
1.6
f:S 22::
::t
2.9 2.9 3.0
2.b
l.? :::
f::
5.1
2: 3.9 4.0
5.2
4.0
3::
4.2 4.3 4.3 4.1 4.5 4.5 4.6 bob
3.9 3.9 b-0 b.3 4.2 4.2 4.3 4.3
:I09 3.1 3.1 3.2 3.2
3~2 3.3
4.4 b.4 4.5
3.3 3.3 3.4
3.5
f:‘,
4.7 4.1 4.8 4.8
:::
t*: b:8
::: 4.8
::3 5.b 3.7
3.0 3.0 3.1 3.1 3.2
2,”
2:
Z
5.5 5.6 5.I 5.6 5.9 6.0 6.1 6.2 b-3
4.1
Atomic Data ad
2:
2.6 2: 2.6 2.1 ::: 2.9
2: ::: 3.4
Lb 3.6
2.3 2.3
::; 2: 2.7 2.1 2.6 2.9 2.9
Nuclear Data Tables, Vol. 20, No. A, October
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
III. Two-Electron
Fk and Gk Values f0
sss3
FO SSSQ
12.9
11.6 12.7 13.5
62 63
XE cs BA La CE CR NO QN SN EU
17.0 17.6
64 65 66 61 66 69 10 ?I 12 13
GO 18 01 HO ER TN VB LU Hf TA
II.8 16.2 16.6
16.4 16.7
19.1 19.5 20.0 2O.b 20.9 21.5 22.0
11.4 11.9 16.3 16.9 19.5 20.0
16.2 16.6
14 IS I6 71 I8 79 80 e1 82 63
Y RE OS IR QT AU UG TL QB
22.6 23.2 23.6 24.5 25.2 25.9 26.1 21.b 26.2 29.0
2o.r 21.3 22.0 22.7 23.5 24.2 25.0 25.r 26.5 27.2
84 85 36 87 88 69 90
PO Al RN FR RI AC rn
26.0 20.6 29.5 30.3 31.0
91
PA
92 93
u NP
29.6 30.6 31.b 32.3 33.1 33.9 3b.1 35.5 36.3 3t.1
94 9s 96 9r 98 99
QU AN CN (Ia Cf ES
3t.9 33.r 39.4 40.2
bl.0 41.6
35.6 3c.3 37.1 IT.9 36.6 39.4
‘,t: NO La
42.6 43.4 44.3 45.3
40.1
it’: 102 143 104 105
RF HA
46.3 41.5 49.9 50.2
b2.I 13.1 43.4 43.5 b3.5 13.2 b2.5
2 EL 54 55 Sb 57 58 59
60 61
:s 101 109
110
61
13.5 14.1 lb.? 15.2
15.1 16.1 16.6
51.9
53.6 5%)
520
SPSP 10.7
11.6 12.6 13.2
14.1 16.6 15.0 15.3
5::Q
:::
14.0
1.6
1S.I 15.9
lb.3 lb.5 lb.7 lb.9
::', I.9 8.0
16.2
15.0
32.5 33.3 34.0 34.6
40.8
41.5 42.1
See page 316 for Explanation 520
SE0
FO 5050
5zl
(in eV) of Tables
fb 5050
61 535Q
19.3 19.9 20.6 21.3 22.0 22.1 23.5 2b.2 25.0 25.I
10.3 10.6
5.2 5.1 6.2
13.6 14.2 lb.? 15.2 15.7 16.2 16.7 17.2
11.1 16.2
2b.l 25.0 25.9 26.6 Et.6 26.4 29.2 30.0 30.6 31.5
26.5 27.2 26.0 26.1 29.4 30.2 30.9
14.0 14.6 lb.8
32.2 32.9 33.C 34.3 35.0 35.7 36.4 31.1 If.8 36.5
11.0 16.1 16.6
16.9 20.0 21.1 22.1 23.1
39.2 39.9 ::*I 42:2 43.0 4s.a
::*: 13:r
6.9 9.5 10.2
23.2 24.1 24.9 25.6 26.6 21.b
11.9
10.6 11.3
15.6 16.6 17.9 19.0 20.0
7.9 6.6 9.3 9.9
10.5
F:,"
11.0 11.6 12.1 12.5
1.4 I.3
15.b 15.8
31.0 31.6 32.3 33.0 33.6 34.3 34.9 35.5 36.2 36.6
lb.1 lb.5 16.6 17.1 17.5 17.8 16.1 l&C 18.8 19.1
26.8 29.2 36.1 30.7 31.3 32.0 32.6 33.2 33.6 34.4
13.3 19.6 15.9 16.3 16.b 16.9 11.2 17.5
19.4 19.6 20.1
18.3
bl.?
35.1 35.1 36.4 3r.o 3r.7 36.4 39.2
16.5 11.1
:z 19:o
37.5 36.2 34.8 39.5 40.2 41.0
31.6
16.2 16.6
32.3 33.0
1669 17.2
33.6 34.5 35.2 35.9 36.6 37.3 30.0 36.1 39.3 39.8
17.6 11.9 16.2
x 40:.
16.2 19.3 20.3 21.3 22.3
20.9 21.9 22.6 23.6 24.4 25.2 26.0 26.7 2t.4 26.1
15.1 15.5 lS.9
16.5 16.6 19.1
19.b 19.6 19.9 20.0 20.1 20.1 20.1
G3 5PSO
10.5 11.4 12.2 13.0 13.6
6.b
11.3 11.6 11.9 12.2 12.5 12.9 13.3
11.0 11.3 11.1 12.1 12.5
Gl 5QSO
10.1 10.3 10.4 10.5 10.7 10.6 10.9 11.1
17.5
62 5550
1.6 6.k 9.1 9.5 9.0
8.0 6.2 6.3 3.4 6.6 8.8 9.1 9.3 9.6 9.9
15.3
15.5 15.8
II.1
31.6
Notation
5.7 6.3 6.6
13.7
15.5
Integrals-Slater
Energies
26.1 26.6 29.6 30.3
12.4 12.9 13.4 13.6 lb.2 lb.6 15.0
z-3 21:3 21.7
335
13.0 13.4 13.6 14.2 14.6 lb.9
if.6 16.2
19.2 19.6 19.9 20.3 20.7
8.1 6.5 8.8 9.1 9.4 9.6 9.9
10.1
10.7 19.2 19.1 20.2 20.6 21.1 21.6 22.0 22.5 23.0
f:,' 6.2 8.8 9.4
10.0 10.5 11.0 11.5
lb.5 15.2 15.0
11.9 12.3 12.7 13.1 13.5 13.6
11.0
14.1 14.4
20.0 20.4 20.6
10.4 10.b 10.6 11.1
23.b 23.9 2b.3
24.1
1s.o
11.3 11.5 11.7 11.9 12.1 12.b
2s.2 25.6 21.0 26.) 2b.1 21.a
lb3 II.5 15.6
12.b 12.8 13.0 13.3 13.5
(I.2 2T.3 21~3 27.1 21.6 2C.3 25.5
16.8 1t.o 1t.3 1?.5 ll.6 16.1 16.4
13.6 14.1
lb.?
16.0 16.3 lb.5
Atomic Ddo ord Nuclear
16.4 17.6
16.1 10.6 19.1 19.5
:t*: 22:1 22.5 22.9 23.3 23.7
,‘:t 6.1 6.6 9.0 9.5 9.9 10.3 10.6
11.0 11.3 11.6 12.0 12.2 12.5 12.6 13.1 13.3 13-6 13.6 lb.0 lb.3
14.5 16.6
ft::
15.0 15.2 15.5
z-t 26:3 2b.6
:c: lb:3 lb.6
24.1
Doto Tables. Vol. 20, No. 4, October 1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
IV. Adiabatic
Relaxation
Energies
Correction Terms and Solid-State
Correction
(in eV)
See page 316 for Explanation of Tables 2 EL
K(ZSLS)
IO
NE
11
41
:::
12 IS lb 15 16 17 16 19
MG LL 55 P S CL AR II
7.1 9.2
MC2535)
K(3SfS)
a.(35458
KC4S4S)
K(4SSS)
K(SSSS3
SOLID STATE CORRECTION
9.3 6.2 7.5 6.6 9.6
II.6 13.7 16.0
10.8
18.3 20.6 22.9
5.5 6.9
2.2 3.1
e. 4 9.6 1l.b 12.9 II.4 15.6 17.3 16.7 20.0 21.3
4.a 2: 6.9 7.9 6.9 9.6 lo.e
13.6 14.s 15.3 16.1 17.0 $7.7 16.5 19.3 20.1 20.6
2.3 2.6 3.2 3.7 ::: 5.3 5.0 6.b 7.0
::: 2.1 3.3 3.9 4.4
7.6 6.3
5.0
6.6
20 21 22 23 22 25 26 27 20 29
CA SC II 9 CR NN FE co II CU
25.3 27.5 29.6 32.0 34.1 36.2 36.2
30 31 32 33 34 35 36 37 36 39
ZN GA GE AS SE BR III no SR Y
45.6 47.2
5O.b
22.6 23.6 25.0 26.1 27.2 23.2 29.2 30.1 31.0 31.9
40 41 42 b3 44 45 46 47 46 49
ZR NB NO TC AU RN PO AG CD IN
59.6 60.7 61.9 63.0 64.1 65.1 66.2 67.1 66.3 69.4
32.0 33.7 34.6 3s.s 36.3 37.2 36.1 39.0 LO.0 41.0
21.6 22.4 23.1 23.9 24e7 2S.6 26.4 27.3 26.2 29.1
i:t 10.3 11.0 11.0
SO 51
SW SB
i: 54 5s 56
‘: XE ES BA
:: s9
'c: PR
70.5 71.6 72.7 73.6 75.0 76.1 77.3 76.5 79.6
01.0
42.0 13.0 44. I 45.2 b6.k 47.6 4B.B 50.1 51.4 52.7
30.1 31.1 32.1 33.2 34.2 35.4 36.5 37.7 36.9 40.2
14.9 15.7 16.5 17.3 16.2 19.0 19.9 20.6 21.7 22.s
60
ND
62.3
s4.1
Il.4
23.4
40.1 42.0 43.6
48.3 50.4
51.0 S3.2 54.6 55.9 57.2
7.0 7.4
::: 6.6 6.9 9.2 9.6
11.e 1:::
12.7
::*: I‘:1
-1.0 -0.4
6.b 7.3
0.1
0.2 0.0
6.9 9.6
6.2 6.0 6.4
z*:.
6.3 6.6 7.)
;:a 7.5 Ia? 6.4 8.0 9.3
3:: ;:t ,‘:f 6.7
6.9
1.5 0.0
1::: 10.0
0.5
11.3
336
11.8 12.3 12.9 13.s 14.1 14.7 1s.4
3.7
se9 6.3
::: i:: ::i
3:: s.3 s.s
6-7
3.3
5.9
4.4 5.0
s.s
Atomic hto
S.6
and Nuclm
Data Tablsr, Vol. 20, No. 4, Ocfobr
1977
F. P. LARKINS
Semiempirical
Auger-Electron
Energie?
FABLE IV. Adiabatic Relaxation Correction Terms and Solid-State Correction (in eW Seepage 316 for Explanation of Tables
2 EL
61 PM
K(2SZSl
62 63 61 65 66 67 66 69
SN EU GO TE 01 NO ER TN
63.6 05.0 66.3 67.7 69.1 90.5 92.0 93.4 94.9
70 71 72 73 74 IS 76 77 76 79
VB LU HF la u RE OS XR PI AU
80 at 62 a3 04 85 66 87 88 69
HG IL PB 81 PO AT RN FR RL AC
90 91 92 93 9b 95 96 97 96 99
TH PA U NP PU AN Cl4 BK CF ES
122.5 123.6 124.7 125.6 126.9 126.1 129.3 130.7 132.1 133.6
FN RD ND 103 LR 104 RF LOS HA 107 101 109
135.2 137.1 139.1 141.3 143.6 146.6 149.0 lS3.3 157.3 161.7
110
166.7
100
101 102
106
K(ZS35~
K(3S3S)
KC45531
SOLIO STATE CDRR~CTIDN
K(55-55)
7.0 7.3 7.6 7.9 6.3 6.6 6.9 9.3 9.6
3.6 3.9 b.2 4.5 4.7 5.0
s3.0
16.1 16.6 11-S 16.2 19.0 19.7 20.5 21.2 22.0
::: 5.0
5.8 S.6 5.6 5.7 6.0 6.1 6.1 6.2 6.2
61.5 69.6 71.1 72.b 73.7 7b.6 76.0 77.1 76.1 79.0
54.3 55.5 56.6 57.7 93.8 59.6 60.6 61.7 62.5 63.3
31.9 32.7 33.5 3b.2 35.0 35.7 36.4 37.0 37.7 36.3
22.7 23.4 24.1 25.0 25.5 26.1 26.T 27.2 27.7 2e.1
10.0 10.3 10.7 11.1 11.4
6.0 6.2 6.5 6.7
5.9 6.4 6.7 7.0
11.6 12.1
1”:: 7.b 7.7 7.9 a.2
:::
79.9 60.7 81.4 02.1 62.7 63.2 83.7 85.2 65.7
65.0 64.6 65.2 65.0 66.3 66.7 67.1 67.S 67.9 66.3
36.9 39.5 10.1 40.7 41.2 bl.ll b2.4 b2.9 43.5 44.1
20.5 20.9 29.2 29.4 29.6 29.6 30.0 30.1 30.2 30.3
13.6 13.9 lb.3 14.0 15.2 15.7 16.3 16.6 17.5 11.2
6.5 6.9 9.2
5.4 6.0 6.5 6.9 7.1 7.7
66.7 69.1 69.6 70.2 70.9
30.5 30.6 30.9 31.2 31.7 32.3 33.2 3b.2 35.6 37.3
16.9 19.7 20.6 21.5 22.b 23.4 24.b 2S.b 26.3 27.2
13.b
72.6 7b.l 75.r IT.5
bb.8 45.4 46.1 46.9 47.7 46.6 49.6 50.7 51.9 53.3
97.6 100.5 lOb.0 108.1 112.9 110.5 125.0 132.5 lb1.1 151.0
79.3 62.b 65.6 69.3 93.6 98.7 104.s 111.3 119.0 127.0
514.3 56.5 36.4 60.5 62.9 65.5 66.4 71.7 75.3 79.3
39.4 41.9 45.0 b6.7 53.1 56.3 61.3 71.4 79.S ENJ.ll
27.9 26.5 21.9 26.9 26.6 27.9 26.6 24.6 21.0
16.1
20.6 21.1 21.1 21.6 21.5 21.2 20.6 19.6 16.3 16.4
162.2
137.6
63.6
99.6
13.3
14.1
42.7 bb.0 43.3 b6.6 17.9 b9.2 SO.5
96.1 97.6 99.3 100.7 102.2 103.6 105.0 106.4 107.6 109.2 110.5
113.1 114.4 115.6 116.8 118.0 119.1 120.3 121.b
K(454S)
2b.3 25.2 26.1 26.9 27.8 26.6 29.5 30.3 31.1
5s.s 56.9 so. 3 59.6 61.2 62.7 6b.l 65.6 67.0
111.0
1(354S)
85.1 65.6 66. I 66.6 67.3 88.0 69.0 90.1 91.5 93.2 9S.2
51.6
11.6
337
12.5 12.6 13.2
7.7 7.4 7.5 6.3
1::: 10.5 11.0 11.6 12.1 12.6
5.0 b.8
3.1
2,” 5.1
14.1 lb.9 IS.6 16.4 17.2 17.9 16.7 19.5 20.0
Atomic
Data
and
5.4 5.4 s.3 5.3 5.6 5.6 5.7 5.7 5.8 5.6
Nuclear
Data
bbler,
“0,
20,
No.
4,
October
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation 2 EL 10 11 12 13 14 IS
NE NA NG
4L Sl
150 K-LlLl 740.7 920.t
1103.7 1301.0 1517.6 1742.3
16
P S CL 6R
19
fa
20 21 22 23 24 25 26 21 26 29
cr SC II Y CR NY FE co Nl CU
3126.5 3454.6 3aoo.t 4167.6 4sss.2 4957.4 5374.4
7214.0 7712.7 a2i3.7
16
l?
3P2
::::*: 2513.9 2616.6
.
5aio.s 6266.5 6735.5
SO
IN
31
64
32 33 34 35 36 If 3lY 39
CE AS SE BR NR RB SR Y
10992.7 11591.9 12210.6
40 41 42 43 44 45 46 A? 46 49
2R NB NO TC RU RH PO A6 CO IN
12646.3 13501.2 lLl77.2 14664.0 15571.1 16294.0 17037.1 17795.3 16561.5 19346.3
SO
SN
51
SE
52 53 54 55 56 57 50 59
1E I NE cs 0A LA cc PR
20151.2 20972.1 21609.6 22664.5 235111.0 24416.9 25320.1 26245.6 27195.S 26167.5
20714.6 21566.4 22436.5 23325.1 24210.9 25150.2 26093.6 27061.6 26054.0 29071.9
60 61
NO PN
29160.0 30167.4
“,: 64 65 66 6? 66 69
:i 60 18 DY tt0 ER TN
32246.5 33315.7 34403.9 35517.4 36645.9 37795.6 38966.9
70
YB LU tw TA * RE OS
40163.9 41373.8 42606.3 43646.4
a751.0 9265.3
9032.5 1040J.5
31196.1
71 72 73 74 75 76
77
IR
73 79
Pl AU
60 81 62 63 64 as 86 67 an a9 90 91 92 93 94 95 96 97 90 99
100
;IG TL
451l4.4 46407.9 477t5.4 49049.6 50405.0
51706.6 531a3.3
PB
54592.2 56033.5
81
57496.11
PO ~1 RN FR RI 4c
569.54.1 604V4.9 62022.7 63562.0 65155.0 66774.4
rn PA U NC PU A" CII BK Cf ES
61411.2 ?OOE?.O 7i78i.a 73506.6 75269.1 77046.3 76863.6 60716.0 a2591.1 a450.?.2
FR
(16458.2
I-LILJ
781.8 967.0
7ai.a 967.0 ll48.7 1353.5 lS75.3 11104.7 2662.2 2321.7 2601.4 2912.5 322a. 3564.1 3920.1 4295.1 4691.0 5099.3 5526.1 597i.a 6434.6 6915.1 7403.7 7911.3 842a.2 a97t.a 9521.3
lP1
3Pl
M'l.iL3
7
806.1 995.7
799.2 907.2
1192.3
1353.1 1574.7 1003.a 2061.0 2322. I 2599.3 2909. II
1618.9 1050.3 2117.5 2382. a 2666.6 2981.9
1172.3 1301.3 1605.5 la36.5 21C2.4 2366.5 2649.0 2963.0
1850.5 2117.8 2363.2 2667.1 2962.5
6386.2 686b.3
3225.1 3559.6 3914.1 4287.5 46al.8 5080.2 5513.1 5956.6 6417.4 6695.9
3304.1 J644.6 4008.6 4368.3 4786.8 5201.6 563S.7 6186.3 655S.5 7C46.2
3284.0 3623.0 3905.2 4363.2 4759.7 5172.0 5603.3 6053.0 6516.8 7003.3
3304.11 3645.2 4008.9 4360.6 4706.8 5201.0 5634.4 6086.2 6552.4 7041.7
7348.8 7652.6 8365.3
7380.6 76a4.4 8397.1
7540.~ 8054.6
7492.9 8000.5 8523.4
69OL.5 9449.1
(1936.3 94110.9
10005.4 lOSR4.9 lllb2.1 11790.4 12411.2
IOCJ?. 10616.b 11213.5
13063.5 13725.0
13094.6
2685.3
3226.0 3561.2 3916.4 4290.5 4665.4 5092.4 5510.6 S963.2 6425.0 6904.9
3199.4 353?.6
1ooa3.2 10660.7 11273.0 11666.1 12523.9
11862.7 12496.6
13179.0 13aso.4 14545.0 i5252.a
lSPbO.9 16727.2
33149.4 13819.1 14512.0 15218.2 15944.7 16609.4
17493.1 t6275.6 19OCa.2 19602.6
:x2 19025:7 19838.6
3086.7 4259.4 4652.9
5558.8 54bJ.l 5926.1
14401.9 15105.3 15020.6 16553.5 17304.5 18071.2 18846.7
19642.5
20669.2 21519.5 22308.1 Z327S.E 24167.5 25097.5 26039.4 27005.9 27997.0
20454.6 21285.5 Z2132.8 22996.7 23663.6 24768.6
25682.4 26618.7 27577.8
13756.2 14440. 15136.5 15851.9 16594.9
20467.7 21318.2 221b5.9 23030.1 23897.4 24802.7 25717.') 26653.7 27613.2 28595.6
21174.5 22Q54.7 22954.7 23874.7 268C6.3 25767.7 26746.7 27756.1 211769.3 29830.5
20736.9 21576.0
3093t.2 32944.7 33176.5 34335.0
29599.1
30581.2 31620.1 32680.7 33766.6 3486’). 3 35982.9 37122.9 36283.6 39467.1
30618.0 31657.3
4t749.a 43044.1 44361.3 45692.0 47054.4 4a447.3 49661.5 51303.2 52772.9 54273.0
41675.9 42960.8 44284.6 45614.6 46974.9 48366.2 49779.0 51219.2 526a7.5
55792.1 57336.0
56615.4 aa774.4 90982.5 93244.5
32718.4
33798.8 34899.0 36022.1 37162.7 30323.0 39507.9
35518.7 3b728.6 37964.6 39227.1
bO316.7 41¶33.6
40673.8 41697.7 ‘3140.1 44394.7 45673.5 46979.5 48302.5 4964a.7 51017.9 52411.3
40715.2 41939.6 43182.6 44437.1 45717.2 47023.9 48347.4 49694.3 51014.1
431¶2.3 b4556.5 65951.6 47310.1 4.803C.7 50320.4 51636.1 533a5.i
52458.1
56582.7
55703.7 57246.1 58623.5 60429.8 6206$.9 63733.S 65424.1 67154.2 68911.0 70713.2
53al9.8
53867.3 55295.6 56150.2 5a230.Z 59733.4
58221.6 59097.9 61611.7
72546.0 74421.7 76334.4 76286.3 80278.6
69202.4 70.991.0 72605.6 7434a.3 76122.7
81307.5 84382.4 86500.1
86657.3 90863.7
779ll.S 79756.1 81619.6 b351Z.B as440.1
79815.1 81679.4 83573.4 85501.5
93124.0
(17409..3
87471.5
56186.1
55z47.5 56701.4 58181.7 59661.2 61209.7 62752.1 64327.0 65910.7 67550-a
13271.6 13940.2 14630.4 15334.6 16056.b 16797.4 17555.6 19113.0 19916.4
29562.9
80389.1 81419.l 64496.1
13430.9
ibitn.2 I
19476.3 20315.8
31110.2 32190.2 33294.6 34420.9
72649.8
12760.9
9616.6 101ao.1 10766.3 11369.a 11985.3 12618.5
18878.7 19674.7
31171.5 32252.9 33350.6 34466.3 35636.6 36012.6 30009.4 39230.3 40b76.6
74527.1 76461.5 7a395.0
11482.2 12112.0
9063.1
18329.5
28561.0
70815.5
0564.6 9131.9 9694.1 10267.6 10665.3
17336.1 18103.0
30052.9
60S22.7 62160.4 43629.5 65521.6 67253.3 69011.7
1392.5
b1260.5
b2603.6 64379.3
65971.7 67604.5 69256.8 70946.1 72661.5 74405.0
76180.1 77977.1
54966.7
63361.3 65146.7 66971.4 61825.1 70726.4 72667.5 74653.0
7b612.3 7a7sa.i lMd(l9.3 (13060.6 85291.5 05571.5 *9905.3
3Pl K-l.2l.3
K-l.Zl,P
14e29.0 15555.2 16302.0 1706.9.5 17bSS.b 18659.7
29013.4
5aeis.o
1
11821.6 i244n.b
30112.7
35569.8 36744.3 379J9.7 39159.2 40404.3
IS0
781.7 967.0 1148.7
2600.1
7391.3 7897.3 8412.5 0954.6 9502.4 10062.5 10646.2 11248.7
of Tables
3PO ?.-LJLS
2910.4
lbC4.1 2061.4 2322.7
K-LL
3PO K-LlLz
K-LlLz 771.9 954.3 1134.3 1337.2 1557.2 1784.0 2040.5 2300.2 2576.0
l14b.7 1353.2 1574.9
Energies
22431.6 23303.6 24102.9 25092.9 26016.3 26962.3 27929.6 20920.6 29933.1
30961.4 32009.5 33079.4 34169.1 35279.3 36410.1 37560.7 31731.4 39926.1 41141.7 42370.7
43630.1 44898.3 46187.0 47504.6 48842.4 50199.6 51501.9 52966.2 54405.6 55851.3 51316.9 58811.6 6032(1.4
61869.7 63425.9 65315.7 66625.2 68269.2 69934.7 71635.2 73368.8 75126.6 7b91C.O 73726.2 nosa4.a 82458.5
606.2 995.7 1182.3 1392.6 1618.2
606.2 995.7 1182.3
803.4 992.3 1170.3 13ba.2 1613.2
1845.1 2111.8 2376.8 2660.2 297S.2
29a4.5
3307.4 3648.6 4013.6 4394.6 4794.2 5210.1 5645.1 6096.7 6566.9 7058.7
3297.1 3637.2 4000.b 4379.9 4777.8 5191.7
5624.8 6076.2 6542.1 7031.1
7554.4 8069.3 8600.4 9148.8
7523.b ao34.7 8561.5
9105.4 9663.6 10232.6
9712.0 10266.0 tonas. 11503.1 12133.9 12783.7
1337s.a 14054.5 14755.7 15471.6 16206.8 16961.0 17734.3 10524.1 19324.9 20147.0
10824.9 11435.4 12058.4 12699.9
1336l.d 14040.1 14I41.0
13454.6 14142.9 14654.6 lSSbl.6 16329.3 17096.6
209a7.3 21647.7 2272b.3 23622.9 24529.0 2S465.4
15456.6
lbl91.4
i7884.4
16945.3 17718.2
10669.5 19507.0 20347.3
16507.7 19JO9.1 20129.9
21206.8
20969.9 21829.9 22708.1 2J604.4 24510.1 25446.2
220n7.8 22988.6 23909.4 24841.8 25804.1 267a5.9 27794.7 2aa26.0 29890.0
26416.3 27396.1
28396.7 29423.6
Zb398.8 27376.1 Zb376.4 Z9402.9
30473.6 31542.4 32633.1 33740.0 34885.4 36046.1 3?230.2 38437.5 39668.3 40926.0
30977.5 32065.6 sszin.4 3b377.7 35562.2 36772.a 3aoo9.6 39272.9 40563.2
42207.7 43515.0 44641.0 46185.9 47557.3
43230.4 44607.4 46007.4 41423.5
46nai.9
68961.8 50390.4
50372.3 51491.5
51642.9 53325.5 54836.4
5343n.s
42103.0 43490.0 *4a15.7 46160.2 47531.2 48935.3 55363.6 51~lSr7
55020.9 566J7.6
53298.0 54600.4
56366.3 57927.9
50277.3 59954.3 61666.9 63419.Z 65205.3 67030.6 b6885.2
56338.0 57899.3 594n9.3 b1111.8 62763.2 b4446.5 66151.0 67)9?.7 69673.3 71466.3
61141.1 62792.9 64476.6
66182.2 67928.4 697C4.4
70787.3 72729.1 74715.3
71519.6
733b7.7
76745.0 76621.0 809S3.7 63133.7 95357. b 8563a.o
75256.7
771a9.7 79159.9
972J’l.S 99795.9
ba293.1
94110.3
Atomic
Data
30452.8 31SZl.l 32611.3 35725.9 34662.9 36023.3 37207.0 38413.9 39644.4 46901.7
41883.2
595tn.3
84368.9 06111.5
9472(1.6
102 I(-CZL3
1392.9 1618.6 IRSl.2 2118.6 2384.4 2660.6
7534.5 8045.9 a573.0 9117.3 9675.6 10245.1 10837.6 11448.5 12071.9 12713.6
a1164.8 a2212.5 b5308.3 a7437.4 89613.3 918J6.J
92186.6
3P2 KILIL3
md
73335.9 75224.5 7t157.2 79l27.l 61131.6 62176.9
89972.6 92356.5 94797.2 97300.0
65274.5
99065.0
94075.1
Ndsar
874OJ.2 a957n.n
91801.4
Data
Tables.
Vol.
20,
No.
4,
October
1977
F. P. LARKINS
TABLE
V. Auger-Line
Semiempirical
Energies (in eV)
Auger-Electron
Energies
K-L L With Configuration
Interaction
See page 316 for Explanation of Tables 1so
2 tL 1-a II 12 13 14 15 lb I? 18 19
hE hA kC AL 51 p s CL AR K
C-LILl 747.0 C26.1 1101.5
1598.6 1514.9 1739.4 1915.4 2241.1 2510.6 2b15.3
3P2 K’LlL3
3Pl K-LlL3
1Pl KlLlL2
3PO If-LlL2
3PO K.L3L3
150 I(-LZL2
3Pl I-L2L3
3P2 K'L3L3
102 I-LZL3
741.8 967.0 1140.7 1353.5 lS75.3 1604.7 2002.2 2323.7 2601.4 2912.5
7a1.e 967.0 114b.7 ~353.2 1574.9 1004.1 2061.4 2322.7 2600.1 2910.8
770.9 954.3 1134.3 1337.2 1557.2 1764.b 204C1.5 2300.2 2570.0 2885.3
7111.7 967.0 1140.7 1353.1 1514.7 lbO3.b PObl .O 2322.1 2599.3 2909.0
Bob.1 11e2.3 1392.5 1011.0 lb50.3 2117.5 2302.9 2bbb.7 2Vw?*O
000.9 949.2 1174.5 1303.7
bob.2 995.7 llb2.3 1392.b lblb.2 lb5015 2117.6 2393.2 2bb7.1 2982.5
bob.2 995.7 1102~3 1392*9 lb19*b lb5102 211b.b 2304.4 2bb9.b 2994e5
103.4 992.3 1178.3 13aa.2 1613.2 1041.1 2111.a 237b.B 2bb0.2 2975.2
3226-4 3561.2 3VlD.4 4290.5 4605.4 5092.1 5518-b 5963.2 642510 690499
3199.4 3532-b 3bbb.7 42SV.4 4b52.9 5050.0 54a3*1 S92b.l b3bb.2 6064.3
3225.1 3559.6 3914.1 4207.5 4601.0
3304.0
3307.4
3297.1 3137.2 4000.6 43r9.9 4777.9 5191.7
995.7
3217.5 362b.b 39aa.a 4366.9 47b3.4 5l75.7
7OOb.9
7041e7
7542.2 b05b.2 b5bb. 3 9133.1) 9696.1 10269.9 10167.5 114a4.s 12114.4 127b3.3
7491.4 a004.0 bSZb.7 90bb.b
7534.5
3122.9 3450.9 3796*4 4163.b 4553.v rv53.1 53)O.O 5bOb.O b2b1.7 b730.7
3228.7 3504.1 3920.1 4295.1 4691.0 5099.3 5526.1 5971 .a b434.6
30 LN 31 (IA 32 GE 33 AS 34 SE 35 bR 3b IIR 37 RB 38 SR 39 y
7209.1 7707.6 nf45.7 92S0.0 9827.2 10390.2 10907.2 115ab.5 17205.1
7403.7 7911.3 b428.2 a971 *a 9571.3 lOOK3.2 10668.7 11273.0 11a1a.a 12523.9
7391.3 7097.3 8412.5 B954.b 9502.4 10062.5 lObbb.2 11246.7 11862.7 12496.0
7348.8 7852.b b3bSa3 a904.5 9449.1 10005.4 10504.9 11192-l 11790*4 12417.2
7300.6 78.54.4 8397.1 B93b.3 94ao.9 10037.1 lOblb.4
40 .1 42 43 ,4 45 bb 47 ,I 49
ZR LB MO TC RU RH ro AG co IN
12842.8 13495.7 14171.0 14850.4 15565.4 16209.1 17031.5 177aP.b 11555.8 19342.b
13179.0 13a50.4 A4545.0 15252.8 15900.9 16727.2 17493.1
13149.4 13819.1 14512.0 15210.2 15944.7 lbbb9.4 17453.7 10234.b 19025.7 1983O.b
13013.5 13725-O 14400.9 15105-3 15b20.6 16553.5 17304.5 10071.2 lbb4b.7 19642*5
13094*6 13756.2 14440-l 15136.5 15051.9 lb504.9 17336.1 18103.0 lSb70.7 19b74r7
13433.4 14120.0 14b31*b
50 51 52 53 54 55 56 57 56 59
SN 50 TE 1 XE cs YA LA CE ru
20145.5 20Vbb.4 21b04.1 22bSa.a 2351203 24411.1 25314.4 2b239.8 27109.7 2Clb1.7
CO714.b 215bb.4 2243b.5 23325.1 Y421b.9 25150.2 26093.6 270bl.b 2a054.0 ;t9071.v
20669.2 21519.5 2230a.1 23275.2 24167.5 25097.5 26039.4 27005.9
204S4*a 21295-5 22132.6 22990*7 23bb3.b 247611-b 25602-4 2bbla.7 27577.8 20560-O
20417.3
*o bl b2 b3 04 b5 64 67 68 69
110 PM SM LU GO TB 01 HO tR TN
29154.2 30161.7 31190.3 32240.0 33310.0 34390.2 35511.7 36640.2 37769.9 3”Vbl.Z
30112.7 41171.5 32252.9 33350.6 44446.3 35636.6 36012.6 3B009.4 39230.3 4047b.I)
30052.9 31110.2 32190.2 33294.b 34420.9 35569.b 36744.3 37939.7 39159.2 40404.3
29562.9 305a1*2 31620.1 32600.7 33760&b 34060.3 359a2-9 37122*9 3bZb3rb 39447bl
29599.1 30blb.O 31b57.3 32710.4 33798.0
7” II 72 ,3 74 75 Tb 77 70 79
‘Ifi LU MF TA * HE LJS
4)l749.0 43044(rl 44301.3 45692.0 47054.4 40447.3 V9bb1.5 51303.2 52772.9 54273.0
41675.9 44284.b 45blv.b 46974.b 483bb.2 4977V.O :::z . 541bb.l
40673.8 41097*.7 43140.1 44394.7 45b73.5 46979.5 40302.5 49bbb.7 51017.9 52411.3
40715.2 41939.6 431bZ.b 44437.a
PT AU
40158.2 4136b.l 42b00.6 43a40.7 9SlOb.7 4b402.2 41709.7 49044.1 50399.4 517ao.v
e.0 81 82 83 *4 85 Bb 07 08 BP
HG TL ra t1 ro AT NN bR HA AC
53177.b 54536.5 56027.9 57491.1 5C97b.4 60489.3 67017.0 03576.4 65149.4 46760.7
55792.1 57336.0 58915.0 bOS22.7 02160~4 038.79.5 b5521.b 47253.3 49011.7 70815.5
55703.7 57240.1 51023.5 60429.8 62065.9 63733.5 65424.1 67154.2 6nvll.O 70713.2
5301v*a 55247e5 56701.4 5blb0.7 59603.2 61209.7 b2752.1 b4327.0 b5910*7 b755OeB
53Eb7.3 55295eb Sb750.2 99230.2 59733.4 b1210.5 bZbO3.6 (4379.3
90 TN VI rl 92 u 93 IiP 94 PU 95 .A* 96 ‘M 91 bK ‘I* LF 99 cs
611405.5 7ooa1.3 71776.1 73500.9 ?5263.4 71040.3
72b4V.I 74527.1 76441.5
7254b.0 I4421.7 76334.4
b9202.4 70091.0 72605.6 74340.3 76122.7 7791b.5 79756.1 81619.6
69256.8 70946.1 72bb1.5
28 29
100
1R
I*
bPO8.6
691508
10275.6
19060.2 19082.6
70395.0 bO349.1
;:$:‘:
42vbU.b
7B201.3
80710.2 e251593 84491.4
01419.1 b44vb.l Qbb15.4 60774.4 YOv82.5
802711.8 31307.5 84312.4 66500.1 bbb57.3 9Obb3.7
L6452.3
“32.4.5
93124.0
79b57.8
.
5Ob.S.2
5513-l 595b.E 6417.4 6095.9
::2:‘: . 12440.4
21310.2 22165.9 23030.1 23097.4 24b02.7
25717.0 2bb53.7 27613.2 2b595.b
1839.4 2105.3 2369.6 Zbs2.2 29bb.5
3304.3 3b44.7 400b.b 4300.7 4787.4 5202.3 Sb30.5 bOb9.2 655b.b 7047.4
20 CA 21 SC 22 11 23 v CR 25 k.N 26 iE 27 CO N1 cu
2.
IbOb.
5607.0
bOSb.b b520.5
9bi9.9
10113.3 107b9.5 1137310 llPbb.3 12621.b
bSS2a4
II%: 9117:3 Palbra 10245*1 10037ob 11443aS 12071rP 12713.b
29936.4
30977.5 32095.4 33219.4 34377e7 3SSbZe2
3093Y.7 32047.2 33173.9 34337.4 35521.1 3b730.9
53223.4 59bQV.b 01113.4 03363.0 b5141.3 bb973.1 bbb26.7 70724.0 72bbQ.0 74b54.5
54409.7 55855a2 57320.4 5BtllS.b
56366.3 57927.9 S9Slb.3 b1141.1 b2792.9 6447beb
43512.0 b5440.1
79815.1 blb79.4 03573.4 15501.5
7bbO3.5 78759.6 aoa90.7 83070.0 1I5292.9 05573.2 0990b.7 92209.9 94729.9 97232.0
b993b.V 7163913 73373.1 75132.9 7bPla.4 79732.b a05a9.1 b24b2.9 04373.4 ab31b.l
87409.3
a7471.5
99797.2
bb297.7
74405.0 77977.1
339
20969.9
2120b.b
42207.7 43SlS.O 44041.0 4b195.9 47SS7.3 489bl.a 50390*4 51b42a9 53325.5 54Ob.4
TblSO*l
::::::: 20129.9
20987r3 21b47r7 2272b.3 23622-9 2412980 2546564 21419*3 2739bal 2039br7 29423ab
41145.3 42302.3 43633.7 44901.9 bblVO.7 47SOb.b 49946.1 50203.3 SlSS5.7 52990.0
::,‘;:::
::::x 20347:3
20740.0 21579.0 22434.9 23306.0 241bb.0 25091.0 26019.5 2b915.5 27932rb 26924.1
431b4.4 44Sb0.b 45959.9 473bO.l 40032.7 50322.3 51a40.7 53307.0 54964.b 56594.5
40347.4 4Vb94.3 510b4.1 52450.1
E:::‘: . 1709b.b 17S84.4
133b1.0 14040.1 14741.0 154Sb.b lb191.4 lb945*3 17718s2
21177.2 22057.4 22957.4 23877.4
::::::: 30734.9 39929.7
45717.2 47023.9
13454.6 14142.9
:::::‘: 19919:4
2S770.3 26751.3 27759.3 2b791.b 29853.0
3Oqb4.7
32012.9 33002.8 34172.5 35202.7
b0332.4
b2873.7 b3429.9 65019.7 bbb29.3
68273.3
bO16.2 6542.1 7031.1 7523.6 (034.7 8561.5 9105.4 9bb3.b 10232.6 10024.9 11435.4 12OSbr4 lZb99.9
:::EJ 20310:5
24009.9
5b24.8
7SS4.4 llOb9.3 9bO0.4 9149.a 9712.0 1022.b.b 10905*3 11503.1 12133.9 12703.7
lb304.b 17071*1 17asa.1
::::x * 4051a.v 4lb38.0
34699.0
:::2 bO99:7 bSbb.9 7OSb.7
13375.9 14054r5 1475sr7 1547l.b lbZOb.1 16961.0 1773463 1a524*1 1932469 20147.0
3047318 31S42*4 32833sl 3374990 340514 3bOIbel 37230.2 38437*5 39bbbr3 4092b.O
36022.1 37tb2.7 30323.9 39507.9
:::",': 439.A 479442
:::::': * lS337.b 1bOSP.a lbaOO.4 1755b.b
1555749
13274.6
3b4f.2
4008.9 4363.b 478b.8 5201*0 5634.4 bOSb.2
14854.b
:::::*:
::%‘: 23909:. 24941.a 21804~1 21705.9 27794.7 29128*0
23bO4:.
24510*1 ::::“,:: 2737b.l 29376.4 29402.0
29b90.0
x9; 32bll:3 ::z:
36772.1 3000%. 39272.9 40563*2 41b03.2
3bO23:3
6
43230.4 44b07.b
kbO07.4 4742a.S 4a01.9 50372.3 51a91*5 S34M.5 55020.9 Sbb37.6
Sb33b.0 57999.3 S9499.3
b3419*2
bllllra b2713.2 64440.5 bbl51.8
bbIb2~2
:,“:::‘: 74715:3
7121)b*7
allbbab
aZ212e5 as301.3 a7437.4 09613.3 PIb36.3 94110.3
53290.0 5400b.4
Sb277.3
67928.4 b9704~4 71SlV.b
77199.7 7915919
42103.0 43490.0 44a15.7 4blb0.2 47531.2 49935.3 503b3.6 51a15.7
S9954.3 blbb9.9 b5205* 3 6793O.b bSbb5.2
733b7.7
37207.0 3a413.9 39644.4 40901.?
b7897.1
7b745.0 73921.b bO953.7 a3133.7 a5317.4 05b38rO 99972rb 923Sb.5
94797~2 97300ro 99abs.a
Atomc Data and Nucle.,
:::::*:
.
73335.9 75224.5
77157.2 79127.1 a1131.b b217b.9
a5274.5 b7403.2 b957b.9
91a01.4 94075.1
Doto Tabler. Vol. 20, No. 4. October
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron Energies
V. Auger-Line
Energies (in eV)
K-LM
Seepage 316 for Explanation of Tables 3Sl
2 EL 1e AR I9 K
20 21 22 23 2b 25 26 2t
CA SC 11 v CR
2e 29 so 31 32 33 Sk 35 36 J?
bl CU z* 61 6E kS SC 8R
IN FE
CD
KR
RE
31 SR 39 1 44 LR
191
I-LlI(1
IS0 K'LlNL
392 I-LlN3
3Pl K-L193
K-LlK2
2.53b.O 3106.2 3546.2 3926.3 4332.1 (759.1 s210.3 5675.9 6162.7 6672.2
2631.3 3103.3 3s43.0 3924.7 4326.3 4755.2 5201.9 5671.1 4157.4
2e49.0
2049.9 3203.7 3565.6
2946.3 3202.9
3161.6 39S0.6 43M.4 4766.4
7201.3 7752.1
3313.7 606.1 9493.6 LO121.5 107s7.a 11409.2 12005.4 12790.5
7195.6 7746.1 8307.b
86e9.4 9416.6 10114.0 10749.2 11401.0 12076.9 12761.6
3950.6 4358.4 4783.4
5242.1 5111.1 6201.2 6712.9
::::*:
62Ol:Z 6712.9 7244.2 7797.3 0361.9 e94a.6
7244.2 779r.3 0361.3 3949.9 9551.2 10162.6 10824.4
9549.9
10161.3 10023.1 11460.3 121S6.9
11461.6
12160.4 12671.2
6711.3 7242.6 7795.6 b340.0 3945.1 9543.2 10175.7 1011t.1 11473.0 12152.0 12161.2
2141.9 3203.7 3Sb¶. 6
2910.6 3266.6
3Pl I-L3Nl
3636.6 4025.1 443e.e 4e73.1 5320.7
2910.2 32O.9 3635.6 4024.2 4437.9 4672.0 5327.5
5601.5
4201.2 6712.1
5602.7 6296.6 6317.0
6291.3 6eIS.6
1244.2 7797.3
7352.4
t350.9 7913.1 6483.. 9013.9 9666.5 10319.9 10969.6 11635.7 12325.7
3950.6 4356.4 bIb6.4
5242.1 Sf11.1
036l.O 3946.') 9544.1 lOlr6.7 10619.1
I914.6 0405.0 9075.7 9606.3 10321.8 10971.3
11474.0 12153.1
1163i.9
12662.3
::;::-:
13562.0 14326.0 15092.I 15679.2 16693.3 11523.6
13790.3 14536.6 lS315.3 16115.9 16943.3 ll769.9 16659.6 19553.2 20470.0 21407.7
48 49 SO 51 52 53 54 55 56 57
co
21096.4 22e39.7 23613..3 24610.7 25829.4 26969.3 27913.3 29OOl.e 30112.b 31249.4
21372.7 22e25.4 23799.0 24195.5 25613.T 26653.1 21696.6 20990.6 30094.6 31231.1
22034.3 22994.9 23976.9 24982.2 26009.9 27059.7 20114.1 29219.7 30335.2 31479.2
22031.6 22992.1 23973.9 24979.2
29216.3 30331.6 31475.6
21990.6 22955.4 23933.2 24934.3 25951.1 27002.0 2eOs0.6 29150.4 30256.7 31396.1
58 59 CO 61 62 63 64 65 66 67
CE PR
32411.1 33595.4 34.317.5 360S4.9 3?3&?.4 36613.6 39923.4 41265.2 42640.0 44036.3
32392.4 33576.1 3479I.7 36034.5 37301.5 38592.2 39906.5 41242.7 42617.0 44014.7
32652.1 33955.7 35086.? 36339.1 37616.3 31923.7 40255.7 41611.3 43001.4 4b415.4
32649.3 33151.9 JSO82.7 36535.0 37612.1 3a91r.4 40251.4 41601.3 42996.9 4b410.7
32S62.6 33759.4 34979.2 36222.4 JI493.2 36?e9..2 40109.1 41453.0 42632.6 4b231.4
32564.7 33760.5 34981.3 36224.6 3?495*4 3Kl90.4 40111.4 41455.4
45351.7
:::::-: 41046:s 42444.2 43880.4 45345.7
68 69 70 71 72 73
ER
45469.9 b6909.2 46367.5 49891.2 51417.3 52964.0 54541.6 56152.9 577er.e 5943a.4
45*45.7 46663.4
4~~Jb.b
45649.6 47315.3
45657.9 47112.3 4OS99.5 SD10S.6 51639.3 53169.6 54772.5 56346.9
45660.4 47114.9
46853.4 40365.6
46647.2 46359.5
6dbO2.1 50108.3
49919.9
69913.5 ~1500.4 s3109.9 54746.6
61116.2
IN SN
se TL I KC cs 81 LA
NO PM
SN EU
60 18 01 ND TN
vu LU
NF
11
7b Y 75 RE 16 OS 77 1R 76 I9 00 01 82 63 a4 85 66 I?
P? LU NG 1L P0 81 PO It RN FR
61146.l b26Ib.P 64625.6
II 69 90 91 92 93 94 95 96 97
Rb AC tw Pb U NP PU IN CN eK
79156.1 61811.5 83196.7 96030.0 99.194.4 90601.0 92650.5 94935.9 97271.1 99650.9
96 CF 99 ES
100 FN
66402.4
60214.2
:x: . 73046.4 75730.2 ??75?.?
102069.1 104537.7
10706O.f
48362.1 49865.2
s1390.7 52936.6 54513.6 56124.4 577sa.7
59420.6 c2a45.0
bb¶93.? 66369.6 6alao.e 70024.6 71901.7
::I"::': . 17543.7 10199.4 19274.2 20177.S 21099.1
47326.2 :o”;::*:
.
:::::*:
.
55069.2
56706.0 se367.e 60061.9 61737.4 63546.4 65320.2 :::::*: . rQ86a.7 ::::z
.
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.
79720.7 61774.5 83656.6 95969.1
6Ol63.2 32634.7 05019.3
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107010.5
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22000.1 22957.0 23934.3 2493¶.9 25956.9 27003.9 29052.6 29152.3 302bO.T 31399.2
22361.2 23341.1 24343.5 25370.5 26420.6 27493.5 26577.0 29703.0
33226.7 34457.9 35727.4 37015.0 38334.3 39679.9 41052.2
24006.7 27OSb.S 26110.7
73610.4 75743.6 ?7720.4
98152.6 903S6.3 92606.6 94691.2 97225.9 99604.1
13530.9
:o"::z 51694.6 53461.6 55063.9 56100.5 S6362.1 60056.2
14324.6 15091.q
15177.9 14692.0 17'122.4 i3374.a 19250.0 20146.4 21066.6
19376.2
19251.4 20149.9 21066.1
4263?. 442J3.9
516b2.0 53192.4 54775.3 5639l.I 56032.6 59103.9
32025.4
2
424!50.0 43666.2
51506.9 53116.5 54753.4
2903.
3265.4 3632.2 :::i-: . 4164.0 5316.6 5790.6 6264.9 690t.2 7334.3 7693.)
13777.6 14534.0 lS312.6
16113.1 16940.4 17706.9 19549.9 20466.6 21404.2
22357.5 23337.3 24416.5 27469.3 26Y72.6 29696.5 3oeb2.2 32020.7 33223.9 34452.9 31722.2 37009.6
45943.9 47393.7 40682.1 50399.2 5193b.b s3495.0 55062.7 56?05.6 50355.5 60029.2
4s947.0 4t396.9 bEOOS.3 50402.4
61742.4 63463.0 6S2b3.5 67033.3 63661.6 10721.7 t2613.9 74530.6 76466.1 711476.3
:::z . 76007.3 7907Q.S
66676.6 63493.6 70349.3 72232.2 74150.0 76990.7 reo74.1
::;::-: . 73014.2 75040.9 77107.6 79204.1 01352.3
._ _.
94234.6 0637I.l ees48.4
63537.2 45774.4 WOS3.5 90366.6 92760.7
63526.2 65765.4 95044.2 90377.0 92759.0 95192.2 91671.2 992Ot.Z
60492.1 62559.0 946YS.4
eooes.2
62141.0 94231.1
32144.t
66373.2 69544.5 90757.1 93014.4 95307.9 97654.5
90761.0 93016.J
91692.0 94002.5 96353.0 9rtst.r 101207.0
91694.2 9s994.s 96344.6 99I49.4 101196.6
100040.7
1ooo4s.a
95312.0 97659.t
97691.3 99217.5 102610.9
105454.9
::::::*:
103701.3 10624?.1 109951.1
103692.7
10246e.O
102472.3
106154.6
104233.3 106942.2
104943.6
104946.1
11091O.2
106144.0 110907.2 113r33.6
107475.6
340
lOt460.1
95202.1
113744.6
65239.b 67034.3 699¶?.0 70717.6
:::::-: . 76461.6 76473.9
:::::*: 91207:1 93467.2 9sr70.3
.
16021.7 1038.4 17673.6 ies30.8 19410.9 20313.0 2123S.l
JZI67.9 33901.6 35213.O 36461.5 3?732..7 39039.r 40364.7 41712.4 43095.7 4450s.0
41716.? 63479.2
66061.6
7335.2 7694.7
32765.5 33979.2 35211.2 36436.9 3I736.6 39036.9 4OJ61.6 41709.4 43092.6 44502.0
63443.6 65290.3 67160.6 69OrO.6 71016.6 l3ao6.0 ?5032.6 71099.1 79195.5 61343.5
60774.1 eZe77.5
6265.6 6802.0
31615.1
63451.2 65297.9 61166.3
6140Y.7 63141.6
61402.7 63136.5 64O93.1 66675.7 66495.4 76346.6
5319.5 S791.6
22171.7 23133.2 24116.2 25122.3 26150.0 27191.5 26255.5 29355.5 30470.2 31617.5
bb696.8
::;::'D' .
4665.5
13713.1 14b61.1 15230.9
22169.6 2Sl31.3 24114.2 25120.2 261b1.9 27196.4 26233.2 293'13.2 30467.6
24339.6 25346.5
2906.6 3265.9 3632.6 4020.6 4432.3
lJ?ll.e 14459.6 15229.5 16020.2 :::x 16529:Z 19409.2 20s11.2 21233.3
16656.6
i
6461.9 9046.9 9657.2 10266.3 10931.4 11591.6 12275.7 12903.0
9656.2 10265.2 10930.3 11590.4 122I4.5 12996.7
56416.5 56125.7 59066.0 61634.4
sei32.a 59673.2 41441.4
3PO
n-L211
9461.0 9041.6
56423.4
61761.6 63540.4 65322.2 67131.7 66900.1 ?oeb2.2 12776.7 I472e.J 76704.9 13126.1
5501s.5 er19r.s 39417.3
30946.6
191
K-L2Nl
13045.1
17429.1 13276.7 19150.3 20044.b 20959.6
16602.6
13591.0 14336.3 15104.s 15692.6 16109.6 17541.4 10396.1 192?3.0 20175.0 21096.5
*
b.? NO 43 tc bb RU b5 RH 46 PO 47 4G
18
13592.7 14336.1 11106.4
12649.6
3564.7 3949.6 4357.Y 4767.3 5240.6 5709.7 6199.9
3P2
K'LJKl
13490.1 14230.4 1s000.1 15?02.5 16591.6 1741T.6 lO266.0 19137.9 20031.5 20945.2
bl
13507.5 14249.2 15010.3 15793.l
6466.*
3203.7
3PO K-LlN2
93124.7 100513.6 102946.b
105431.1 107964.2
w: SSOO6:L 56709.4 53359.1 60032.9
00497.2 62563.6 b4i60.5 66605.6 38936.7 91212.1
934T2.3 95?7¶.5 96129.9 100516.9 102953.6 105437.2 107971.6
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
V. Auger-Line
Energies
K-LM
Energies (in eV)
See page 316 for Explanation of Tables 3PO *-LINS
1so K.LLll2
1Pl u-L393
3Sl K-L3R2
NW CE co
2::': . 6853.9
2921.7 3281.3 3650.0 4040.7 4456.8 4892.1 5346.6 5824.1 6321.3 CI39.6
2927.7 3266.2 3656.1 4Ob9.9 4467.0
CR
2924.9 3204.9 3654.2 454s.s 4462.9 4899.6 5357.6
2926.2 3286.7 3656.5 4046.2 4466.0 4903.0 5361.4 5838.9 6338.3 68SR.8
1 EL 16 AR 19 K 20 CA
21 fC 22 23 24 25 26 tr
11 9
20 w1 29 CU JO 73
31 32 33 34 35
GA SF. AS SE ER 36 KR 37 RB
30 sit
39 40 41 42 43 4.
'I ZR 18 110 IL RU
45 RN 46 PO 47 AG 40 co 49 1N 50 SN
51 se 52 TE 53 54 55 56 57
I XE cs 81 LA
58 CC 59 PR 60 ND
61 PK
62 SK 63 EU 64 GO 65 18 66 01 67 NO 66 69 70
71 72 73 74 75 76 77
ER TN ‘(0 LU NC TA I, RE OS IR
70 PT 79 AU 80 NG 81 IL 62 cn 63 BI 84 PO 65 Al 66 RN
a7 ?R 80 a9 90 91 92
IA AC IN PA U
93 94 95 96 97
4905.1 3363.6
5841.3 6340.9
6061.6
7391.1 7955.3 8520.3 9124.1 9740.1 10376.6 11032.0 11703.6 12395.6 1312J.S
10337.5 10948.4 llSS2.2 12336.7 13os5.0
13134.4
7961.1 6534.b 9127.1 9740.5 iosta.7 11034.6 11704.6 12397.6 13121.3
13157.4 14617.9 15402.4 16207.6 17041.5 1704.1 10760.6 19667.0 20591.k 21536.0
13762.6 14533.t 13307.9 16102.0 16923.2 17162.1 10621.9 19505.4 20411.6 21337.5
13672.0 14633.2 15418.4 16224.6 17059.0 17912.3 10717.6 19667.6 20611.9 21557.3
22496.4 23483.2 24493.3 25527.9 26516.6 27669.0 20762.3 29099.1 31053.3 32230.5
22271.0
2211a.s 23S06.1 24516.7 25552.4 26611.0
33452.4 34700.5 35970.4 37280.7 30609.2 39970.5 41359.6 42776.2 4422b.a 45707.6 47216.2 40755.7 50335.2 51941.0 ::x . 56926.7 50661.2 60420.0 62221.1 64065.9 65941.6 67144.1 697I6.0 71771.0 7379s.e 75858.6 77966.9 00105.9 82297.s
7374.9 7936.6 6506.3 9095.0 9703.9
7399.4 7964.2 0537.0
9134.1 9750.7 103w.o 11044.1 11716.1 12406.9
7396.5
36620.6
37901.1 39205.6 40536.6 41091.1 43279.3 64608.7
46125.5 47591.3 49007.3 50606.8
63733.9 65500.1
67299.0 69131.1 70996.9 72394.0 74a26.3 76tao.5 70770.3 00006.9 82077.9 94901.5 67135.2
aoibo.0 62353.5
22322.6
22295.1 23260.6 24247.7
22505.6 23492.9
22476.8 23b60.4
34627.5 35095.7
37169.5 36512.2 39661.7
41240.3 42645.4
53347.7 34964.4 36663.6 54378.6
19539.5 20446.9 21370.5
23291.S
16215.1
16203.5
21545.1
24301.1 25530.3
17666.2
16759lO _. 21519.1
24466.6 25497.8 26552.2 27630.3 20716.5 298b9.9
33033.1
33463.1 34713.5 35991.7 37294.3 3K623.2 39964.8 41374.2 42791.1 44242.1 45723.2
333II.b 34625.7 35a93.9
36037.4 39354.6 40697.8 42064.1 b3462.4 44887.6
32954.8 34160.6 35391.7 36645.7 37926.6 39231.7 40S63.4 41918.6 b3307.4 44717.4
46337.1 41814.7 49329.1 5086S.6 52426.6 54008.0 55620.4 57269.4
b6156.0 47621.3 49110.1 50630.1 52101.6 53746.3 55339.¶ 56966.7
47232.1 48771.9 30351.e 5195r.9 53592.9 55250.2 56944.6
34246.4 35407.4 3673C.3
60651.7
65954.1
61761.9 69642.4 71540.2 73469.4 75436.2 77426.9 79463.2
91554.2 93022.-- i 96133.0 90490.2 105094.0
915m.9 94026.6 96522.6 99063.5 100665.4 104328.6 107043.3
9960S.3 103210.1 io5abi.4
92S14.2 94335.7 97204.2 99620.0 1020a7.3
96 CF 99 ES 100 FN
109731.1 11259L.3 115496.6
103337.0 105820.0 108371.6
109020.0 112661.3 115569.0
100570.0 111341.6 114171.0
109775.7
98060.8
13856.2 14613.8 13399.2
32116.6
KP PU A” CN BK
69321.1
13409.3
32250.0
62390.6 64160.0
86115.9 W402.1 90744.3 93133.7 93573.3
14624.5
25250.3 26290.6 ZIIk4.5 26406.6 29s12.3 30631.1 31779.3
63717.0 65571.0 67447.6
03873.6
9740.1 10378.2 11034.2 11704.0 12396.8 13120.6
23297.1 26333.9 27392.5 28459.9 29571.2 30696.9 31851.4
5aers.
71319.5 73313.4 75345.5 77420.3 79524.0 01671.3
21354.D
21262.5
60125.3 61902.7
69363.3
9712.6
10653.0
04530.0 66814.6 09145.0 91528.b 93967.0 96459.9 98999.6 150600.3 104262.2 106975.0
94597.9 66672.6 992Ob.J
7399.0 7963.6 0337.3
22476.0
47049.7 48578.4 50140.6 51739.3
65919.5
7376.4 7940.3 631O.b
ii636.0 20577.3
47254.5 48794.7 50375.2 ~19al.n 53617.3 55275.2 56970.1 5a755.5 60473.2
67093.0 69036.7 71021.9 73847.7 75911.7 78020.0
7396.0
7961.4 6534.6 9128.6 9744.6 10381.7 11036.0 11709.0 12401.4 13126.5
7394.0 7956.4 0331.6 9126.5
ii676;i 20600.2
b4006.9
64112.9
r379.3
7941.2 6511.4 9103.3
2927.4 3287.9 3657.0 4049.6 4467.5 4904.8 3363.3 SObI. 6340.5
19520.7 20427.6
45552.0
61907.2
7382.0 7944.1 0514.4 9103.9
5639.2 6338.6 6659.2
2923.5 3213.2 3652.0 4042.1 b459.1 6094.6 3353.3 362b., 6324.4 6042.9
17035.6
44263.4
62273.0
6043.0
5361.7
2925.7 3263.6 3653.3 COb6.9 4bL4.5 b901.3 5359.5 5636.9 6336.1 6656.3
17049.0 17901.9 11776.6
45745.0
52149.6 53713.6 53306.5 36934.7 58590.3 60272.4
4459.6 4995.3 5352.1 3627.7 6325.3
3656.9 4046.6 4466.3 4903.4
13863.7
33306.6
34731.4 36030.1 37313.2 30642.5 40004.6 41394.5 42811.9
4043.6 b
3207.1
102 K’LLMI
13T9b.2 14545.9 15323.5 16135.2 16936.9 17I76.3 16636.7
33462.5
35367.3
b461.
4997.3 5354.2 5630.6 6327.7 6646.4
2926.7
3P2
13600.3 14533.1 13329.2 16125.4 16948.9 17790.6
32931.7 34136.9
2924.2 3263.9 3652.6
K-L3R2
13057.0 14616.6 15400.0 16204.3 17036.5 176a7.1 1876O.i 19657.1 20576.4 21529.2
32267.7
29926.7 31081.7
2925.2 3205.2 3634.2 4045.2
302 K-L3K3
10346.7 io99a.o 11662.3 12349.3 13066.1
26271.2 27324.5 203as.e 29491.0 30609.2 31736.6
27695.0 28709.1
3Pl K-L2112
9716.2 10349.0 11000.5 11666.1 12352.5 13070.6
23461.6 24467.9 25b99.1 26553.7 27631.7 28720.0 29051.5 30999.1 32170.4
23242.9 24229.5 25239.4
301 I(-L2W3
61531.3 63644.K
05T96.0 67990.2 90230.6
lo4590.? 107139.5
341
1
26597.3
27600.0 21773.7 29910.7 310bS.2
58679.5
58i25.0 60307.0
60446.6 62246.6
62023.3 63775.0 65537.7 67330.2 69170.2 71036.6
64065.2
:::::fs . 76022.1 70021.5 80053.0 62922.9 95027.4
B7182.D 69372.T 91602.0
93071.6 96163.S 98549.7 100946.S lD3391.J
105682.5 106427.1
63961.2 67a64.0 69801.1 71791;7 t3816.9 75000.2 77980.6 aoi2a.o 02319.9
645S3.6 06837.0 89166.3 91552.4 93991.4 96464.6 99024.6 150625.1 1042aa.i 107002.5 109777.9
11261a.3 115526.0
30997.5
37107.6
3a,10.3 3909.7 41230.3 42643.3 44064.7 45550.6 47047.4 40376.0
50138.3 31727.9 53345.2 s49r5.9 S6661.3 S137b.O 60122.6 61099.9
63713.0 65568.2 67444.7
69360.) 71316.4 73310.3 75342.3
77417.1 79520.7 01675.0 e3ato.o
86112.5 ae390.5 90740.7 93130.0 95369.6
91051.0 99601.3 103206.2 105057.4 106566.7
111337.3 114173.6
303
K-L3KJ
6661.2
9102.9 9715.1 10347.9 30999.4 11665.0 12351.3 13069.4
9133.9 9750.5 [email protected] 1104b.S 11715.9 12408.6 13134.2
13199.1
13871.0 14633.0
14551.0
15327.9 36124.0 16947.5 17789.2 10651.3 19537.9 20447.3 21376.9 22320.9 23289.8 24260.7 25295.3 26332.1 27390.6 2645l3.0 29569.3 30694.9 31049.3
1543b.2 16224.4
17051.8 17912.1 1878?.5 19687.4 20611.7 21551.2 22518.3 23505.9 24516.5 23552.2
26611.7 27694.9 20789.0 29926.6
31061.6 32267.6
33030.9 34244.3 3340.2 36740.1 3ao35.1 39352.3 40694.6 42061.6 43460.0 44585.1
33462.4
46334.6 47012.0 49326.5 50662.9 52423.9 54005.2 55617.6 5t266.5 58943.2 6064O.I
b7294.4 40794.7 50375.1 51901.7 53617.2
34731.3 36010.0 37313.1 33642.4 40004.5 41394.4 42811.8 44263.3 45744.9
3SZl5.1 56970.0 59705.5
60413.1 62273.7
62367.5 64157.7 65950.9 67778.? 69639.1 71536.9 73466.0 75432.7 77423.4 79459.6
64112.9
blS27.7 03641.2
04507.0 06872.7 ~9204.2 91588.8 94020.6
94631.7
99063.4 100665.3 104328.5 107043.3
03790.2 07986.4 90226.? 92530.3 97200.1 99623.9 102003.2 104394.5 107155.2
109771.3
65969.S 67092.9 69036.7
71821.6 73947.7 :::::*: . aO160.0 82353.4
96522.6
109QLO.O 112661.2 115s69.a
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV)
K-LM
See page316 for Explanation of Tables 2 EL JO 31 32 33 34 35 36 37 38 39
303 K-L1 MS
102 K-LlwI
302
K’LlK5
JO1 KILlC4
JPO K-LJN4
3Pl K.LJ”S
1Pl K-LJK4
301 II-L2M4
IN 64 GE AS SE BR KU RO SR I
3446.3 9040.2 9647.1 10284.a 3093l.a llS94.7 12201.0 12999.S 13726.3 14480.0
a446.3 9040.2 9647.1 10264.a 10931.8 115911.1 1228i.l 12996.8 13727.3 14478.9
0444.1 9037.8 9644.4 10211.7 10920.3 11591.4 12277.1 12994.4 13722.6 14473.0
0446.3 9043.2 9647.1 10204.a i093i.a 11594.6 12260.6 12996.0 lJ726.4 14477.0
a61e.6 9220.7 9842.7 104a6.0 11147.4 11024.0 12523.a 13255.6 13999.6 14766.8
0610.9 9221.1 9abs.i 10466.4 11147.8 11624.5 12524.3 13256.2 14000.4 14767.5
0617.2 9219.2 ea4i.o 10464.0 11145.2 11022.6 12522.3 13254.2 13991.4 1476S.4
a595.i 9193.3 9011.0 10449.l 11106.2 11777.0 12470.5 13195.1 13931.4 14690.1
46 tn 41 YE 42 MO 43 TC 44 RIJ 45 RH 46 PO 47 AG 46 co 49 IN
15255.5 16051.1 16373.8 17713.2 16576.7 19462.2 20370.9 21300.2 22243.3 23212.0
15254.3 16049.8 16072.3 17711.6 1857b.a 19460.2 20Jba.6 21297.7 22240.6 23209.1
15240.0 16043.9 16066.0 17704.9 10567.6 19452.5 20360.4 21208.0 22231.1 23198.9
15253.1 16041.3 16470.5 17709.7 10572.5 19457.S 20365.6 21294.1 22236.5 23204.3
lSSS(1.6 16371.6 17211.6 10070.9 16954.0 19860,il 20791.6 21743.6 22711.6 23706.1
15559.4 16372.4 17212.6 18371.9 10955.2 19662.2 20793.2 2174S.6 22714.0 23709.1
15557.2 16370.3 17210.5 10069.7 18953.0 19860.0 20790.8 21743.0 22711.1 23705.7
15472.9 16276.0 17105.2 17953.0 iaa23.3 19716.6 20632.7 2150.0 22520.0 23496.0
50 51 52 53 54 55 56 57 58 59
SN SB 1E I XE cs BA LA CE
2b202.2
241118.1 25200.5 26235.7 27292.4
24193.7 25206.5 26241.4 <7296.2 28360.4
PR
24723.7 25766.6 26833.0 27922.13 29024.3 30160.7 31330.7 32525.0 3374l3.S 35003.9
24727.J 25770.7 26637.6 27929.4 29030.9 30175.9 31339.5 32535.0 J37S9.4 JSOl6.7
2b723.4
2S215.9 26251.1) 27310.: 28373.0 29406.6 30611.3 31765.4 3294a.5 34161.0
24199.0 25212.5
26aJL.e 27922.6 29024.2 301611.2 31330.7 32525.0 3374a.5 35003.9
24494.2 25516.0 26560.0 27625.3 28700.2 29816.0 30951.3 32114.3 33304.7 3452b.7
60 61 62 63 b4 65 66 67 60 69
NO P” sn CU GO TB OY 140 ER 1N
35400.3 36662.9 37949.5 39266.8 40607-a 41975.0 43375.0 4479a.o 46249.5 47729.4
36280.5 37590.9 36936.2 40303.9 41700.1 43126.5
36288.6 37599.0 30936.3 40304.1 41700.3 43126.7 b4sa4.5 46072.2 47590.0 49141.1
35771.0 37042.2 3a337.3 39660.4 41009.2 42385.4 43790.2 4S221.6 46679.6 4Bl60.1
‘16 LU
70 71 72 73 74 75 76 77 ,I 79
Wf
IA Y RE OS IR Pl
AU
80 UG 01 1L a2 PB 83 81 34 PO a5 AT 06 RN 07 fR 06 RA a9 AC 90 91 92 93 94 95
IH PA U NP PU AN
:: “8: 90 cc 99 ES 100
v-n
26246.2
27306.2 2b360.9 30606.9
PEJ54.5 29466.7 30569.9
11760.6 32943.5 341s5.a
31742.S 32924.3 J4134.7
35394.0 36657.1 37943.5
35371.9 36631.9 37917.3 39230.7 40569.3
294at.
3
29472.6
30595.9 31746.6 32930.5 34140.9
46205.5 47682.5
b6071.9 47509.7 491ro.s
36303.1 37615.7 30954.0 40325.4 41723.6 43151.6 44613.0 46102.9 47624.4 49171.2
49304.i 50717.5 S2275.9 53152.6 55463.1 57100.0 58770.4 60400.6 62215.2 639a2.1
49191.1 50724.5 52283.0 53059.7 55470.3 57116.1 5a705.7 604aa.o 62222.6 63989.7
50724.3 52341.1 539.53.2 55650.2 57353.2 59097.2 60872.4 62680.7 64528.6 66412.9
SO7b3.1 52302.1 S4027.7 55697.9 5740S.O 59152.4 60932.1 62745.3 64597.6 664ab.a
50724.6 52341.4 53983.5 5S650.5 57353.6 59097.6 60672.8 62601.2 64529.1 6641J.b
496a5.9 51232.7 52100.5 54391.1 56011.9 57669.6 59354.0 61067.5 62815.5 64593.6
65062.4 67687.0 69550.5 71447.6 73377.a 75344.5 77336.2 79376.6 a1444.7 03562.3
65774.2 67593.2 69450.9 71341.7 73266.0 75226.3 77212.6 79244.0 a1304.2 83413.9
65701.3 67600.8 69451.6 71349.5 73273.6 75234.7 77220.5 79252.0 81312.3 83422.0
68326.1 70276.9 72273.0 74307.0 76380.3 78498.1 LO646.a 82849.2 85093.4 87386.0
60404.S 70362.8 72362.5 74b02.7 764al.a 7160S.4 00762.0 82971.2 65223.2 87523.6
68326.1 70279.5 72273.6 74307.6 76381.0 78496.a 60647.5 e2a50.0 65094.1 I7JIb.a
66397.0 ba234.0 70103.6 72009.9 7394.S.7 75924.4 77924.1 799IO.S 8204a.6 a4170.2
85726.3 67920.6 9017O.b 92456.2 947aa.9 97159.6 99500.6 102050.2 104564.7 107132.6
(15115.5 87917.9 90159.4 92445.1 94777.7 97140.3 99569.3 102039.7 104553.2 107121.0
95559.2 67751.6 (9916.2 92262.0 94535.7 96945.3 99357.3 101815.6 104319.3 106075.2
05567.3 a7759. n 89994.4 92270.2 94593.9 96953.6 99365.6 1011124.2 104327.7 1066aJ.b
a9727.2 92119.6 94572.1 97074.9 99621.5 101239.2 104909.1 107632.6 118418.1 113269.0
a9a72.7 92274.9 94734.3 97246.9 99109.4 101430.9 105109.6 107644.0 110640.3 113503.0
89721.1 92120.5 94s73.1 97075.9 99629.6 101240.3 104910.3 107633.0 110419.3 113270.3
86329.4 aa533.7 90767.2 9JO80.0 95414.6 97792.2 100223.2 102691.7 105212.1 107703.0
109759.9
109740.2
109490.5
109490.9
11610a.2
116bJ4.1
116109.5
110410.2
39266.6
40601.3 41963.3 43360.1
43934.6
46242.2 47721.9
43330.a 44751.1 46198.7 47675.7
49239.6 50775.4 52337.7 53917.6 55532.7 57182.1 saa56.4 60563.7 62303.0 64075.1
49231.9 50767.6 52329.7 53909.6 5SS24.3 57173.5 58a47.7 60554.8 62293.9 64065.8
65a71.6 67696.6 69560.2 71457.S 733117.0 75354.7 7734a.s 793a7.0 ai455.3 a3573.0
44790.9
35378.1 36635.3 37923.7 39237.1 40575.a 41941.2 43337.4
25766.3
44757.9
342
44504.3
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
K-LM
Energies (in eV)
See page 316 for Explanation of Tables L fL
102 K-LJK5
302 K-&3K4
SF2 K-L2115
3P2 K-L2C4
303 K-L3*5
IF3 II-L3U4
3F3 K-LL"5
3F4 K-L3K5
30 31 32 33 34 35 36 31 36 39
2N GA 6E AS SE BR KR RB SR v
0620.9 9223.4 9045.6 10409.2 11150.9 11028.5 12520.6 13260.9 14005.6 14773.2
6619.3 9221.5 9043.5 10406.9 11140.3 11025.5 12525.3 13257.3 14001.6 14760.0
0597.7 9196.4 9014.5 10453.7 11110.5 11761.7 12475.6 132Ol.5 13937.3 14696.3
0596.2 9194.7 9612.5 10451.5 11100. i 117aO.2 12473.9 13199.0 13935.9 14695.0
6620.1 9222.4 9644.6 iobaa.0 11149.6 11626.9 12526.9 13259.1 14003.6 14771.0
6617.7 9219.7 9041.5 10464.6 11145.0 11622.6 12522.4 13254.2 13996.3 14765.2
6595.7 9194.0 9611.6 10450.7 11107.2 11779.2 12472.9 13197.9 13934.7 14693.6
0620.8 9223.3 9845.6 10409.2 11156.9 iia28.9 12529.1 13261.6 14066.4 14774.1
CO 41 42 43 44 45 46 47 40 49
ZR NB NO rc R” RN PO 4G co IN
15565.4 16379.0 17219.7 10079.4 10963.3 19a70.6 20002.3 21755.2 22724.1 23719.7
15560.0 16375.9 17214.1 10073.5 10956.0 i9063.a 20794.7 21746.9 22715.0 23709.7
15479.5 16263.0 17112.7 17960.9 16631.6 19725.4 20642.0 21579.2 22531.1 23500.2
15479.2 16261.9 17111.a 17960.0 18031.1 19725.2 20641.7 21579.4 22529.6 23506.2
15563.1 16376.5 17217.0 10076.5 10960.2 19067.5 20196.6 21751.5 22720.2 23715.5
15557.0 16369.9 17209.9 16069.1 10952.2 19659.9 20769.7 21741.7 22709.7 23704.3
15476.9 16260.5 17110.4 17950.5 10829.6 19723.6 20640.3 21577.5 22529.3 23506.3
15566.4 16300.1 17221.0 iaoa0.a 10964.9 19a72.5 20604.2 21757.2 22726.3 23722.0
50 51 52 53 54 55 56 51 56 59
SW 5.8 1E I KC cs 0A LA CE PR
24730.3 25702.2 26049.7 27941.1 29043.6 30109.0 31353.1 32540.9 33773.11 35031.4
24727.6 25770.6 26637.2 27927.2 29020.9 30173.0 31335.6 32530.1 33753.n 35a09.4
24507.3 25530.2 26575.3 27642.3 20710.2 29037.5 30972.4 32136.9 33328.7 34551.0
24504.6 25527.0 26571.4 27631.0 26712.4 29630.6 30964.3 32127.6 33310.5 34538.0
24733.9 25777.5 26644.9 27936.0 29036.3 30163.4 31347.2 32542.8 33767.4 35024.7
24722.5 25764.8 26631.3 27921.2 29022.I 30166.7 31329.2 32523.6 33747.L 35002.5
24505.4 25520.2 26573.3 27640.2 26716.0 29035.3 30970.1 32134.6 33326.3 34540.5
24740.3 25764.6 26052.5 27964.1 29046.0 30192.3 31356.5 32552.5 33777.5 35035.3
60 63 62 63 64 65 66 6? 66 69
NO PM SK EU 60 16 01 HO ER TM
36310.2 37631.2 30969.0 40341.6 41740.2 43160.6 44630.3 46120.7 47642.5 49196.7
36294.2 37604.0 30942.2 40310.2 41706.6 43133.1 44591.1 46079.0 47596.9 49140.3
35600.3 37073.3 36369.7 39696.9 41041.1 42426.3 43635.1 45269.1 46731.2 46222.1
35736.3 37057.1 36352.6 39676.0 41025.2 42401.6 43607.0 45230.7 46697.1 46166.0
36311.3 37624.0 36962.5 40333.9 41732.3 43160.5 44621.9 46112.0 41633.6 49137.5
36207.2 37597.6 36935.0 40302.9 41699.2 43125.6 44533.5 46071.2 47569.0 49140.2
35797.0 37070.7 30367.1 39694.2 41045.4 42423.5 43332.3 45266.3 46720.3 48219.0
36322.3 37635.5 30974.2 40346.2 41745.0 43173.5 44635.4 46125.0 47647.6 49202.2
70 11 72 73 74 75 76 ?I 76 79
18 LU MC TA I RE OS IR Pl LU
50762.0 52401.3 54047.3 55717.9 57425.4 59173.1 60953.2 62766.1 64619.5 66509.0
50731.9 52346.9 53991.1 55656.3 57361.5 59105.7 60COl.l 62609.7 64537.6 66422.3
49742.3 51291.7 52063.4 54457.6 56002.Ll 57744.3 59433.6 61152.2 62905.0 64610.3
49704.2 51251.3 52019.5 ::::z . 57609.7 59374.5 61066.4 62036.6 64615.1
50772.6 52391.e 5i037.5 55707.9 57415.1 59162.7 60942.5 62755.6 64606.4 66497.6
50723.7 52340.5 53902.6 55649.7 57352.6 59696.6 LO'I72.1 62600.5 64526.4 66412.6
49739.3 51200.6 52660.3 54454.4 56079.6 57741.0 59430.3 61140.9 62901.6 64604.8
50767.6 52407.1 54053.2 55723.9 57431.5 59179.4 60959.7 62713.3 64626.2 66515.6
80 81 62 a3 a4 a5 06 a7 aa a9
WG TL P6 n: ~0 At RN FR RI kc
60427.1 70305.7 72305.0 74426.3 76505.9 70629.a 60766.7 62996.3 65246.6 07549.4
60335.0 702IO.6 72202.9 74317.1 76390.7 70500.6 60657.6 02060.2 65104.5 6l397.4
66496.4 66339.4 70215.0 72127.0 74072.7 76054.6 70062.4 00115.9 62202.2 64331.9
66416.9 66256.2 70126.2 72032.0 73971.9 75946.0 77946.0 79994.7 62073.2 64195.1
66415.5 70373.9 72373.6 74414.2 76493.5 ?0617.2 00773.9 02983.3 05235.4 67536.1
66326.2 70270.9 72273.0 743OI.l 76300.5 78490.3 60647.1 82049.5 05093.6 17306.5
66492.9 66335.6 70211.3 72124.1 74069.0 76050.0 76056.6 60112.0 02190.3 04320.0
60434.0 70392.6 72393.0 74433.7
90 91 92 93 94 95 96 97 90 99
TM PA U NP PU IN CN BK cf ES
a9srs.e 92301.4 94761.1 97274.1 99a36.e 101456.7 105137.6 107072.5 110669.1 113532.2
09730.8 92131.4 945ar.i 97067.1 99640.9 101251.0 104922.0 107645.7 110431.4 113202.5
66499.2 00713.7 90974.3 93277.2 95621.0 90009.7 100449.6 102929.4 105461.0 ioao44.0
06354.6 66559.3 90013.1 93106.2 95441.3 97019.0 106250.2 102119.0 105239.6 107a11.0
69005.3 92207.7 94747.2 97260.0 99622.7 101444.3 lO5123.3 107057.6 110654.3 113517.3
69727.6 92120.2 94572.6 97075.6 99629.3 101240.1 104910.1 107633.6 110419.1 113270.1
K6495.3 00709.7 90970.3 93273.1 95616.0 96no5.5 lWb45.6 102925.1 105656.7 106039.7
69907.0 92309.6 94769.4 97202.5 99045.4 101467.3
100
CN
116463.6
116201.9
110603.3
110430.5
116440.5
116109.4
13067a.9
116472.7
343
A+mk
:::::*: . 00794.4 03005.1 65256.5 07557.4
::::iz 110676:l 113541.2
Do+to md Nuclear
Dtitto Tables, Vol. 20, No 4, Oaober
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation IS0 2 EL
L3-NlHl
ia 15 20 21 22 23 24 2¶ 21 21
AR II CA SC 11 v CR NN ft CD
174.6 216.4 249.2
26
If
616.7
:: 31 32 33 34 35 36 31
f:: GA GE AS SE BR nn RB
30 39 40 ,I 42 43 44 45 46 41
SR I 2A YE WO TC Ill au PO A6
1200.6 120.4 1336.1 1407.4 14eb.3
46 CD 49 1Y SD SW 51 SB 52 1E 53 I 54 IIE ¶S cs Sb IA 57 LA
19b2.4 2443.9
aa 59 60 bl 62 $3 b4 65 ‘6 67 66 69 70 71 72 73 74 75 7b 7r
JCZ LS-RlR3
3Pl L3-llllll
of Tables
3CO L3-nlR2
SC0 LJ-R3R3
LSD LI-ntRL
JCL LJ-I2Il3 205.1 212.b 269.6 331.7 3.50.3 b18.5 483.4 SW.0 593.7 ‘IS.1
501.1 557.6 614.9 670.3 71b.l 769.) 647.1 906.9 972.4 1035.9 1095.2 1151.0 1232.1
670.3 734.1 769.4 941.7 904.9 9‘9.0 3032.2 1090.6 1146.9 1227.1
655.9 719.1 773.7 629.1 666.6 952.0 lOlb.6 3072.4 1127.7 1247.2
670.3 73b.1 769.4 343.2 901.6 966.5 1029.6 1067.4 1143.7 1223.2
710.7 776.9 031.0 694.6 956.6 1026.0 1095.5 1159.3 1217.5 1303.6
703.2 766.9 624.5 183.4 943.6 1012.2 1061.0 1142.6 1201.2 1234.9
1216.2 1301.4
1300.4 1373.3 $447.9 1525.1 1609.5 1693.1 1777.0 1664.7 l*SS.b 2046.1
129b.6 1366.6 14b4.7
1273.6 1345.0 1417.9 lb93.3 1575.6 1656.6 1736.3 1621.4 1911.5 1996.6
1269.7 1361.2 1434.2 1509.7 1592.1 1673.2 1754.6 1639.9 1926.0 2015.1
1375.9 1452.6 1533.2 1615.2 1705.7 1795.2 1~03.~ 1977.2 2074.9 2172.4
1354.1 1426.9 1506.5 1565.5 1‘72.5 1757.4 1641.0 193D.b 2022.0 2113.9
1372.5 1441.6 1527.6 1606.b 1697.7 1rss.e 1671.9 1963.3 2056.6 2153.2
2161.9
2060.2 2166.0 2252.3 2340.3 2129.3 2516.0 2565.9 2669.1 2776.2 2875.3
2096.6 2162.5 2266.4 2356.6 2445.9 2534.7 2602.6 2705.6 2793.0 2692.2
220.1 2360.4 2456.2
2199.5 2266.6 2314.7 tb70.6 2SbS.9 2‘57.6 2730.1 2636.b 2929.2 3028.0
22b2.2 2335.3 2429.4 2525.9 2‘23.9 2722.‘ 2600.6 2915.2 3013.2 3119.5
2274.0 2370.7 2bb6.9 2569.5 2C72.1 2775.6 2659.4 2979.6 3084.6 3197.3
2236.2 2329.2 2b23.2 2519.5
2973.9 3071.5
1299.9 3426.2 JSSC..? 3‘90.0 S620.2 3956.1 4096.3 b23Z.3 4376.9 4527.7
3132.1 3243.l 3355.5 S4b9.9 y”,:*;
3229.3 3348.3 3471.0 3593.7 3717.6 303.6 3971. b bD95.7 4232.9 4366.8
3315.4 3440.1 3573.0 37Db.b 3835.1 3973.5
3734.1 JISb. 3 397b.3
2991.0 3090.6 3204.5 3312.1 3426.6 3536.4 36b6.9 3752.D 3674.4 3992.6
::::*: 4395: 1 4544.3
3221.9 3340.6 3bbJ.b 1515.a 37DR.8 3835.‘ 39bS.t 4067.3 4224.4 4356.1
b499.5 b244.6 bJZb.8 4411.6 4546.1 4655.6 47‘3.0 4671.9 4979.3 50‘0.5
x: . 4343.7 4460.6 4565. b 4675.1 b762.6 4691.6 b999.4 5100.9
4‘72.4 4616.1 4979.6
4294.0 (415.3 4543.4 4bbt.b 4774.9 4a97.9 5000.5
4499.5 4b32.2 4776.4 4914.4 SDbb.7 5174.9 53Ob.8 Sbbl.‘ 5575.9 5706*9
409.3 4633.3 4997.1 5349.9
4490.6 4623.3 b769.3 4905.1
::::‘: 559‘: 1 5751.2 5906.2 6042.0
:s:*: . 5297.1 5431.6 SSbS.9 SO&?
5165.9 5292.2 5365.6 Sb7.8.8 557D.4 56‘2.1 5751.7 5639.3 5913.7 5995.9
5206.5 5313.0 SbD6.6 5500.2 5592.0 5664.0
6200.3 6359.0 6511.b ‘$64.8 6621.6 6902.b 7140.1 7303.4 7456.6 7620.4
5448.7 55‘1.4 S‘bO.9 5759.1 5~51.7 5956.‘
5643.‘ 59I9.b b105.8
503s.3 59b9.1 ‘095.2
‘14b.b b226.2 6316.2
w: ‘8bs:r 699D.O
622P.I 079.3 b532.1 b6IS.B (662.9 7004.1 7362.1 732S.b 7479.2 7b45.3
LOCI.8
6094.1 ‘165.7 b235.0 (317.1 b363.9 ‘446.b 6514.i
x:': . RlOR.6 6263.6 64Sb.b 6634.6 6613.9 9995.0
b391.0 64?7.3 6555.2 (644.3 b717.5 bT61.9 bOb1.2 7926.5
7110.0 7232.5 7353.b 746b.6 7b10.1 7714.D Ia61.2 ODS.?
::::. : 8ldb 8107.B 8491.1 @bS9.b 9439.0
::::*: r341:4 747b.S 759l.I 7I22.2 7446.5 A972.9
z:': . bb91.2
::::*: .
7ObJ.J
6241.6
‘:::F: 9397:4
b739.5 (703.3 bD22.4
9562.4 9752.6 9944.5
7120.4
036b.l
9500.‘
7171.0 7216.9
04Ob.9 6bOb.9
::::‘:
679.7 731.6 783.0 640.6 299.9 9Sb.b 1014.4 14‘2.9 1137.6
::::*: 172D:O 1603.4 1665.5
1517.3 1600.9 ::::': . 1053.b 1943.6 2033.b
::::*: 2293:1 23l6.2 211b.7 2536.4 2616.0 27ib.a
ct CR ND CN SN EU GO TB 01 HO
2010.3 2697.7 3412.2 3113.3 3223.9 3329.2 Sb32.6 3530.2 3647.0 376b.2
3079.b 3195.6 3309.9 3b26.6 3547.5 3669.7 3791.2 3906.b 4440.6 4174.2
3056.9 31‘S*‘ 3266.6
ER IN ve LU uf 1A I RE OS lil
3693.0 3962.5 4094.2 4206.1 4304.6 4410.0
s311.9 4b20.6 45‘6.9 *too. 5 4623.2 49b9.1 5076.5
78 ct 79 AU a0 Mb
4907.5 5007.0 5094.3
92 a3 64 IS a$ 8I
CB BI CD Al RN CR
86 69 90 71 92 93 94 95 9b 97
RA AC rn CA U N? l u AN CN BK
::::*: . 2464.1 2573.0 ::::': 2647:b 2952.b
::z: 3r4r:s 3765.2 3661.7 4013.3 4146.1
192.0 237.7 273.0 311.9 351.5 bD3.9 454.2 54b.l 557.6 614.9
205.2 252.‘ 209.6 331.7 3b0.3 436.5 4r3.4 536.8 593.7 653.1
240.7 2b7.5 264.2
102 Ls-ReRl
566.1
531.)
165.7 229.6 26b.3 302.5 3bb.b 393.1 bb2.6 49i.9 544.6 601.2
I?2 L3-R3*3
:::*t . 3ba.a 415.9 461.6
2117rs 2206.1
98 CC 99 ES 100 r*
L3-RlR2
Lg-MM
192.9 LJt.7 273.4 311;9 3Sb.S 443.9 454.2 SOb.1 557.6 614.9
191.4 237.7 273.0 311.9 156.5 b43.9 454.2
2131.0 2220.4 2310.6 2403.1 2496.9 2590.6 266b.l 2773.2 2A67.5 2973.2
11 TL
lP1
Energies
310t.3
3294.8 3409.1
3516.6 3629.1
5334.b 54sa.9
::",:-: . 4536.3 4669.6 (791.7 4917.7 5043.6 5172.7 5300.4 5424.1
5566.2
5552.7
::::*: 5350:0
563R.2 5959.3 bD79.6 6203.4
5921.6 ‘041.7 6164.5
3: . SS(10.5 SbS6.4
::::*: 6557:s b677.9
::x:*: . 6516.5 6636.2
5716.9
b766.1 6945.7 7020.0 7144.3 72bD.9 7379.b 7496.2 6614.9 7734.7 7653.2
b7b5.7 b662.7 6976.2 7099.9 7215.7 7333.7 7451.6 05b~.5 7b86.7 7004.4
6293.2 6359.4 6423.9 ‘4a9.1 7548.5 ‘b10.0 ‘665.2
79‘6.5 6002.3 .193.*
7919.1 9032.2 9142.7
6713.2 6756.6 ‘795.5
bS11.6 4614.9 4715.6 4606.4
5716.9 5646.5 5921.3 5960.1 ‘036.2 609S.i
7146.0 ‘196.2 6243.6 ‘282.5
(316.5 6347.6
5206.1
5717.9
5691.7 5901.5
6142.1 6211.1
::::-: 5936:s 6016.9
344
::::-: 2763:9 2647.2
2967.1 30?1.7 3164.0
5132.1
5279.9 5426.6 5577.3 5732.1 Saab.7 6042.3
:'I:*: r23:r 475.9 52a.r 595.2 144.1
710.7 776.9 (135.0 694.5 9Sb.9 1025.1 1494.6
1157.5
36lb:3 3920.3 4OSS.b 4173.9
5114.7 5228.2 5337.9
::x . 649D.O
6051.3
7001.1
611b.S
Atomic
205.4 252.6 229.6 331.7 3ao. 3 430.5 463.4 SJI.8 593.7
653.1 710.7
77b. 9 835.0 697.b 9bS.D 1430.1 1099.6 1164.2 1222.3 1309.0 13a1.6 1459.2 1539.9 1622.4 1713.3 1903,P 1692.2 1926.0 2014.1
Data m-i Nudeor
LOS.5 :::*: 329:2 317.1 427.6 460.4 SS3.6 SM.3 649.5 706.9 772.9 130.1 290.6 953.3 1021.3 1090.5 1153.4 1211.9 1297.0 1367.9 1443.9 1523.0 1603.7 :'t::: 1lb‘:b
1957.6
2053.0 L147.b
::::': 279b:D 2906.3 3006.1 3112.2
6223.1 6349.4 b479.0 ‘605.3 ‘734.6 ‘252.2 (976.3
:::i-:
.
.
1352.9 14r3.5 DS93.4
Dota Bblu.
Vol. 10, No. 4. Ock~ber 1977
F. P. LARKINS
TABLE
3p1 L3.WlC13
193.0 237.f 273.0 311r9 356.5 403.9 454.2 504el 557ab 614.9
192*9 237.7 273rO 31189 35be5 403r9 454r2
blbrb bl7.b 729sb 7b191 b3b.5 691.9 954.4 100**0 1ObO.b 1135*5
670.3 734.1 709.4 847.1 908.9 972.4 1035.9 1095n2 1151.0 1232.1
4.70.3 734.1 789.4 144.7 904.9 969.0 103262 1090.b 114b~b 1227rl
30 SR 39 ‘I 40 ZR 41 NU 42 No 43 TC 44 RU 45 RM 46 PO 47 A6
1195.6 12bb*l
1300.4 1373.3 144r.9 1525.1 1609.5 1693.1 1777.0 1864.7 1955.6 2046.1
48 49 50 51
CD XN SN SB
:: 54 55 $6 57
‘: xt cs UA LA
1959.9 2041.3 2123~2 2206.4 2290.5 23’3eb 243b.l 2533.4 2416.1 2714.0
2131.0 2220.4 2310.b 2403.1 2496.9 2590.6 2bb4el 2773.2 2bb7.5 2973.2
$8 59 60 61
CE PR ND I’M
:: 64 63 bb 67
:cI GO 72 D” Ho
2b07.5 Pb95.0 30.09*5 31lO*b 322lal
lb 19 20 21 22 23
24
AR K CA SC 11 v CR
IS0 L3WlMl 173.2 214*9 24?@b 283*0 323*2 367*2 414.3
:: :: 27 CO 21) N1 :o’ 31 32 33
:: GA (rL AS
:: ;: 36 RR 37 RE
:: 77
5 IR
:: b0 bl
:: hb TL
:: :: a4 PO b5 47 46 RN b7 7n
::::: b14.9
lP1 L3-MlN2
3?0 L3-*IN2
3PO L3-Y3M3
lb5*7 229*b 264.3 302.5 340-L 393*1 442eb 491.9 544*b bole2
192.0 23f.7 273.0 311.9 35b.5 40319 454.2 504.1 557.6 614.9
205.2 252.6 2b9.b 331*7 3bOa3 430.5 4b3.4 536.0 593.7 653.1
655#9 719-l 773.7 b29*1 bbb*b 952*0
670.3 734.1 709.4 143.2 901.0 966.5
::t: . 1127*7 1207-Z
t”O:x . 1143.7 1223.2
710.7 776.9 (35.0 b94.b 959.2 1026.4 1096.0 llS9*9 12lb~O 1304.2
1273-b 1345*0
1613.6 1766.7 lb53.b 1943.b 2033.4
:z: 1534:o 1616.1 17Obe7 1796.2
2::': l575:b 1bSbeb 173b.3 103.4 1911*5 1991.6
it::
l :
ZO?b:o
1SO LI-YZYZ
LR-MM
3c1 L3'Y2Y3
205,4 252.b 2b9.b 331.7 3bO.3 430.5 4b5.4
20315
::::: b45.b
::::: b53al
2:‘: b53:l
2:‘: b49:S
703.1 7bb.b 626.5 bb5.1 945.1 l013.b
710.7 :::*: b94:5 95ba9 toiist IO94bb 1157.5 121b*2 1301*4
710.7 7tb.9 OS*0 (97.6 963.0 lOlO*l 1099*b 116412 1222*3 1309.0
706.9 772.9 130.1 00.0 953.3 1021.3 1090.5 1153.4 1211.9 1297.0
13bl.b 1459.2 1539.9 1622.4 1712.3 tbO3.2 lb9212 19bb.O POb4.1 2121*9
13b7.9 1443.9
1931.b 2024.2 2115.2
13?2~5 l44b@b l527eb lbOb*b IO?.? 111512 lb?149 19b3r3 205b*b 2153*2
2214.0
225b.2
fl9?*3
:x 2519:s 2bl?o3 2715e9 2194.0 290b.3 1OOb.l 3112.2
3313.4 5440.1 Sb?3*0 3104.b 3*55* 1 59T5.3 4111*9 424bo2 4395*l 4544.3
3221.9 314O.b 34b3.4 35b5Bb 3709.b 3b35ab 39b3.2 40b7.3 4224.4 435b.l 449O.b 4625rI 4Tb9.3 4905.1 5035.2 5lbS.3 529t.i 5451.b 5555.9 bb9b.7
15bb.9
2173.5
209bab 21b2.5 22bb.b 235b.b
2265.2
2200~9
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2573.0 2645.7 2754.0 2047.4 295214
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:::::: 247261 2565r2 2b5b.9 273164 2b39.b 2930.5 3030.2
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305ba* 3163.b 32bb.b 3402.) 3523bL 3644*5 3765.2 3bb1.7 4013.3 4146.1
2973*9 307395 3lb?*3 3294.1 340981 35lb.b 3629*1 3734.1 3b56*3 3974.3
2991.0 3090.6
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3644e2 3761.4
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5bb3.b 59?1,4 4095&I 4232b9 43bbrb
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4311.9 4421.6 4546.9 4700*5 4023.2 4949eb 5076s) 5206.1 5334*4 5450.9
42b3.2 4399.3 4534ab 4669.8 4791.7 4917.7 $043.) 517267 5300*4 542411
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4bb9*5 4b53.3 499r.3 5109e9 YIQb*o
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5QOb*2 bOb2*0
2117.5 22Obbl
554bn2 5717.b 5b3ba2 5959a3 b079*b
43bO.2 4529aO
4099*5 4204eb 4324ab 444leb 454b*l 4655*b 4763.0 4671a9 4979*3 50b0.5
45bSa4 4675at
46’3.0 4#17*4 49blal 513314 52bl.1 542t.b
4295.6 44lb.b 4544.9 4bb4.1 4??6*2 4bb9.4
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6043.5
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5206.5 ¶313*0 ~406~8 5100*2
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5510*7 5517.9 5653*7
w: 5913:7 s995*9
b745r7 bbb2.7 6976.2
bObb*b blblbl 921111
5714.2
b7bb.l
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::
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59??*4 6035.5 6092.4 7143*4 bl93*5 6241.2
::::*: 7144:3 7260.9 7379.6 I492.2 0614.9 7734.7 7053.2
90 99 100
CC cs f*
6219.9 b315*9 6345.2
79bb.5 bObZe3 9193.4
3301.2 348t.b 35bQe I
:::‘o*: 35b7:b 3701.2 5bl7.7 5919.7 4057.0 4175.3
620.3 b40ba5 6516.5 6636.2
RI AC TH
2bbba5 2960~4 3073.1 31084
342bab 3536-L 306.9 3752.0 3b74e4 3992.6
::::*: b446:7 655745 bb77.9
84 09 90
::::*: 2bOZ:b 2705.b 2793.0 2b92.2
5bb5ab 59?9rb blO5ab b251,9
bW5.9 bb22*?
l
bO9Onl b165.7 b255rO
741?.b 7621.4
b229.b b5lTr9
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77b0.0 7944.1 b109.b
b59ba7
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b220.3
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x::
b567.5 7bbb.7 7b04.4
::::i: 754b.5 bblO*O bbbb.2
9Ib4.3 9H2.3
TOb5.2
bibleb
9151.4
7919.1 b032e2 b142.7
b713.2 b15b.b bI95.5
95b3.2 97S8.b 9945.3
?122*2 ?l?lrb ?220*?
b5bbal Lb5149 bbbba9
95bb.b 9??9*5 99?1*5
345
102 LI-Y2P3
::t*: 33,:r 3bOs3 430*5 4S3*4
202* 1 249.9 205.7 327.2 375.3
20513
I?2 L3-*3*3
2015.1
68 CR 69 TM 70 18 :: :: 73 1A 74 *
Energies
V. Auger-Line Energies (in eV) With Configuration Interaction See page 316 for Explanation of Tables
3P2 LJ-w;wI
2 LL
Semiempirical Auger-Electron
w
.
::::: 42766 4bOe4
l9Y?*b 2053eO 2147.4
::::*: 60962 b221.1 b3b9.4 b419.0 bbOlr5 bI34.b 6552.2 b9Ib.5 ?OIb~t r220.5 T5bl.4 ?b?4#¶ ?59?*?
b558r9 @4?8.¶ b595.4
F. l? LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation 2 EL
Energies
of Tables
303 I.30NlW5
302 L3-MlM5
102 l.3-lt1114
301 LJ.I(Ill4
JPD L3-N3Nb
3Pl L3-N3N5
301
lP1 L3-12114
866.4 930.3 999.0
a60.9 924.3 991.6 1061.1 1129.4 1194.5 1257.5 1345.0 1420.1 1496.6
866.4 930.3 998.0 1068.0 1136.6 1201.5 126k.a 1352.5 1427.8 1506.7
914.7 984.3 105s.9 ::::*: . 1274.7 1340.4 1434.8 1513.8 1597.5
914.7 9ab.2 1055.7 1129.3 1204.4 1274.7 13bO.4 1434.0 1513.9 1597.7
913.9 981.5 1051.a 1125.7 1200.6 1270.7 1336.5 i429.a 1509.3 ts92.a
906.7 973.a 1042.6 1116.5 1190.6 12159.7 1325.3 LLl7.3 1495.3 1577.5
/LI-l314
30 31 32 33 34 35 36 31 30 39
LN GA 6L AC SE BR NR AU CR I
:i:z . 1202.6 1266.0 1354.0 1429.7 15oa.9
866.4 930.3 990.0 ioba.0 1136.6 1202.0 1265.3 1353.2 lb2a.b 1507.7
60 61 62 63 bb 45 46 67 48 49
2.4 NB no rc RU nn CO At co IN
1590.6 1615.2 ll66.1 1656.1 1949.7 2044.5 2142.1 2240.2 2332.? 2433.3
1509.3 ib73.a 1?64.b iasb.3 1946.6 2041.7 2139.5 2237.3 2329.6 212b.a
i5ao.i 1664.2 1754.5 lab+.0 1935.9 2030.6 2121.1 2225.3 2317.1 2b13.7
i5a9.2 1672.4 lIb2.9 1952.6 1944.5 2039.3 2136.a 2234.1 2325.9 2k22.b
1605.4 1775.6 1072.1 1961.5 2065.6 2166.7 2271.6 ZJI6.4 247S.a 2579.a
lba5.6 1775.3 1072.5 1960.9 2066.2 2167.5 2272.5 23r7.s 2477.1 2501.5
1600.4 1769.9 1.966.9 1962.9 2OCO.l 2161.2 2266.1 2371.0 2470.3 2574.6
1663.7 1751.6 1846.6 1940.4 toss.2 2133.7 2235.7 2337.0 2b33.1 2533.4
50 51 52 53 5b 55 56 5r 50 59
SW SB n I XE cc 01 LA ct WI
2528.7 2629.2 2IJl.l 2633.0 2914.8 3031.a 3135.1 32J0.6 3365.9 34a2.1
2525.0 2625.2 2726.8 2a2a.3 2910.0 3026.6 3129.6 3244.9 3359.9 3475.7
2511.3 2610.0 2711.7 2ai2.2 2193.2 3ooq.a 3110.7 322b.a 333a.e 3452.9
2520.2 2619.a 2720.7 2a2i.i 2902.2 3017.a 3119.7 3233.a 3347.9 3462.0
26a5.b 2793.6 2903.5 3014.0 3105.6 3232.5 3345.4 3466.7 3591.9 3725.5
26a7. b 2795.9 2906.3 3017.6 3109.6 3237.2 3351.0 3413.2 3599.2 3734.2
2610.2 2700.5 ta90.6 3009.3 2s 3341:o 3b62e4 358l.7 3721.5
2634.0 273a.5 tdb3.7 2949.2 30 35.1 3156.0 3261.6 3376.3 3495.0 3620.7
60 61 62 63 64 65 66 b? 68 b9
NO PII Sll EU GO 16 OV HO ER W
3614.3 3740.9 3071.0 6003.0 k133.2 4261.2 4403.l 6546.0 4696.0 4126.6
3607.5 3733.9 3a63.a 3995.2 4125.1 4253.0 4395.1 4537.1 46a6.a 4811.2
3593.0 3707.3 3a36.0 396b.l 4092.0 4218.2 4356.9 4496.5 4642.6 4770.3
3592.1 3716.3 3945.2 3973.3 4101.2 4227.4 4366.1 4505.9 4652.0 c779.7
3064.5 4003.9 4142.6 42ab.9 4432.1 4577.7 4731.3 4006.9 5040.5 5195.7
317b.9 4016.1 4155.7 4303.3 4450.4 b597.4 4754.3 4912.0 5069.1 5226.9
Ja60.6 4000.2 413a.o bza3.3 bb2a.b 4574.2 4727.3 baa3.b 5037.1 5192.3
3749.6 3879.6 4011.1 4143.5 4277.5 4410.9 C554.5 4694.6 ba35.r b979.4
70 71 72 73 lb I5 I6 11 I8 79
IO LU l4F IA N RE OS Ill Pi AU
4969.7 5116.1 5249.1 s3an.b 5527.7 5669.5 5610.1 5947.4 bO90.2 6232.7
4960.1 5106.2 5239.0 5377.9 5516.9 565a.5 579a.e 593Y.9 607a.4 6220.6
4911.6 5055.4 51aL.b 5320.3 5455.2 5593.3 5729.2 5IIbl.4 5999.4 6136.7
4921.2 5065.2 5194.4 5330.3 5465.3 5603.5 5739.4 5071.7 bQ09.1 6147.3
5363.1 5526.3 5681.2 5037.7 5997.2 6161.1 6323.9 bb(17.9 665S.2
5395.5 5560.7 5719.1 5079.6 6042.9 6209.2 6376.3 65k4.9 6716.6 6ana.2
5359.1 5522.a 5677.7 5a3b.2 s993.7 6157.6 b320.b bbO4.3 66S1.7 bata.
5i2a.n 5275.1 5b11.9 5551.3 5691.5 5834.9 5976.8 6117.6 6261.1 6404.0
00 81 02 83 84 65 I6 a? 86 89
IIG TL
63b7.? 6503.5 663a.a 6776.9 6913.6 7050.4 7177.9 13.l5.0 7442.9 7576.3
635S.3 6OO.a 662¶.a 6763.7 6903.3 7036.6 7163.a 7300.6 7k2a.3 75bl.4
6267.0 6396.8 6526.2 6657.9 6708.6 6919.0 703a.6 7161.4 728B.l 7blJ.b
6277.7 6407.7 653?.2
b9e.S. 2 71bh.1
6961.6 71b4.5 73io.a 74ao.b 764a.o 7a20.5 79a3.0 015?.1 6326.0 ar9a.3
(540.9
6799.8 b930.4 7049.9 7100.0 7299.9 7425.3
7055.4 7223.0 7395.6 7571.2 7744.5 7922.7 4092.0 0273.6 6450.2 a630.2
7693.1 7a3b.9 7970.9 aioa. t a2ba.2 93ab.2 (519.6 a6s7.b a792.2 a927.4
7537.2 7669.2 7791.3 7925.7 8056.9 9iaz.i 6301.5 ab35.5 8559.4 8be2.a
7549. b 701.5 7alo.o 7938.3 a069.7 9195.0 0321.7 8448.9 a573.0 6696.5
a67a.s oa61.5 9047.8 9235.4 9427.0 1011a.2 9814.0 10011.2
nai3.9 9006.7 9199.7 9396.9 9597.9 10799.0
ac74.3 ODSI.4 9043.7 9231.2 9b23.b
An CM Ml cc ES
77oa.b 7a50.5 r9a6.a ai2b.3 a26k.7 9401.0 a53b.7 6b74.9 aai0.0 6945.5
::K’: . IO422.0 10634.2
. ‘w: 10006.a 10207.0 10407.s
7an.s aoi9.5 Il55.6 a209.0 ab2a.2 9561.4 0690.9 aa32.9 I965.9 9096.3
m
9079.2
9060.8
aaob.3
ooia.2
lD614.0
10141.7
10610.3
922b.9
90 91 92 93 94 95 96 97 9n 99 100
PB
81 PO Al RN FR II* AC TN PA U NC PU
6669.9
346
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:::::*:
.
Atomic Dote ad
6676.0
6013.4 6951.3 7oa7.2 r225.5 7351.8 74a7.a 1617.5 77b7.7
Nvclsar
De,a bl,las,
Vol. 20, No. 4, October
,977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) See page 316 for Explanation of Tables 102 L3.llJI(5
JCL L3-ltlllb
3P2 LI-*LM5
302 L3’Wnb
3F3 LI’WIY5
303 L3-*3I4
lF3 LJ-II265
3f4 L3.8!3)15
920.2 969.1 106O.a
:: :: 38 SR I 39
::::*: . 1201.3 13b7.b 14b1.4 1521.6 1605.9
919.3 906.5 1056.7 1131.0 1206.2 1276.2 1342.b lb35.6 1515.3 1599.0
9lb.7 963.b 1053.5 1127.9 1202.9 1272.5 1336.6 lb31.3 1510.0 1592.7
913.9 983.b 1019.9 1123.6 1196.3 1266.1 1334.4 1426.7 1505.2 15n7.9
920.2 960.6 1060.0 1134.2 1209.6 12ao.1 13b6.3 1439.9 1519.6 1603.6
913.9 902.5 1053.2 1127.1) 1202.0 1272.9 i338.a lb32.2 1512.0 1595.6
905.4 972.7 lObl.0 1115.b 1169.7 1259.1 1324.6 lb16.9 1495.b is7a.o
920.2 990.2 1062.2 1136.2 1211.7 1213.3 1349.b 1443.7 152b.J 16aa.s
b0 bl 42 b3 bb 45 b6 47 b8 49
2x4 IIn NO TC RU nn PO A6 co IN
1694.2 !78b.b 1802.1 197a.a 207b.7 2176.b 228b.0 2369.7 Zb69.6 259b.9
1606.0 1776.5 1a73.7 1970.0 2067.3 2160.5 2273.5 2376.5 2b78.0 2562.2
1679.3 1767.7 1663.2 1957.b 2052.5 2151.1 2253.9 2355.6 2152.1 2552.7
1674.4 1762.6 1656.5 1952.6 204n.2 21b7.3 2250.0 2352.3 2bb9.2 2550.5
1691.6 1701.5 1ara.7 1975.1 2072.5 2173.9 2279.1 238b.2 2484.0 2566.5
1663.3 1773.0 1070. I 1966.0 2063.3 2165.3 2269.2 2374.0 2b73.2 2577.3
166b.5 1752.9 1046.5 19b2.6 203C.b 2137.6 2240.5 2342.9 2439.9 25bl.S
1696.9 17a7.4 1665.3 1962.1 2060.3 2162.3 2266.0 2394.0 2b9b.3 2599.6
50 51 52 53 54 55 56 57 56 59
SN SB IL I xc cs EA LA CE PR
2701.b 2610.5 2921.5 3033.6 3126.0 325b.b 3360.7 3b91.5 3610.1 3753.6
2667.9 2796.2 2906.3 3016.9 3106.6 3235.7 33b8.7 3b70.2 3595.5 3729.2
2655.6 2756.7 2864.3 2971.2 3056.0 3100.b 3267.6 3b03.9 352b.0 3651.9
2652.9 2757.7 2664.0 2970.1 3056.4 3177.7 3203.0 3390.9 3510.1 3644.1
2694.6 2003.3 2913.9 3025.4 3117.5 3245.4 3359.3 3401.7 3607.6 37b3.1
2662.9 2190.0 2900.7 3011.b 3102.7 3229.6 33bZ.b 3463.6 356a.a 3722. b
2643.8 2748.a 2055.2 2962.4 3049.b 3171.9 3279.3 3395.7 3515.6 3643.a
2706.3 2815.7 2926.9 3039.2 3131.9 3260.5 3375.1 3496.1 3624. I 3760.1
60 10 61 PM 62 51 63 EU 64 CO 65 1B 66 ov 6? MO 66 LR 69 1N
3695.0 b036.9 b176.9 b325.2 bb72.6 b620.3 b777.0 b936.0
3762.9 3915.6 bOb9.2 b165.0 5321.6 bb56.9
::::*:
3666.5 bOO1.0 blb6.8 b291.3 bb36.7 b582. b b736.1 b891.4 50b3.6 5201.0
::::*: . b(192.5 5039.b
3773.3 3903.9 b036.5 blb6.7 4303.2 bb37.0 4501.1 4721.6 b863.1 5007.3
3603.6 4625.2 b165.0 b312.6 4459.6 4607.0 4764.0 b921.8 5079.0 5236.9
3061. b b000.0 5139.5 b283.9 4429.0 b574.5 b72B.2 4663.6 5037.4 S192.6
3775.0 3907.7 40bl.3 4177.2 43i3.a 4449.2 b596.8 b739.6 4104.a 5031.7
3902.3 b04b. b 4164.6 4333.1 b460.9 4626.7 b706.4 b9bb.8 $102.6 3261.1
70 71 r2 73 7b 75 76 77 78 79
TB LU YF IA Y If OS IR PT ALU
5121.0 5506.7 57b5.5 5905.5 6069. b 6237.1 6bOb.7 6573.6 67bb.0 6916.1
5360.5 5531.7 56a6.a 58bJ. 5 6003.0 6167.1 6330.0 6bPb.l 6661.6 662a.7
5190.5 5339.4 5b60.3 5623.3 5766.0 5915.2 6062.0 6206.0 6356.b 6505.3
5157.1 5303.9 5b41.2 5541.1 5721.7 5665.6 6000.0 61b9.2 6293.2 6437.4
5405.6 5571.1 5729.6 5669.2 6052.7 6220.1 6307.3 6556.0 6727.6 6099.5
5359.7 5522.7 5677.6 5a34.0 5993.5 6157.4 6320.2 64ab.l 6651.4 6616.3
5102.9 533i.a 5472.7 5615.7 SI60.3 s907.5 605b.4 6200.3 6358.7 6497.6
s430.4 5596.3 5755.3 5915.5 6079.7 6247.6 6415.4 658b.7 6757.1 6929.4
00 61 82 63 Ob 65 66 b? 88 a9
NG 7L PI II PO Al (IN CR RA AC
7065.7 725b.6 7b26.9 7603.0 7776.0 7955.5 6126.1 8307.b 8bIb.5 6665.0
6991.7 715b.6 7321.3 7b91.0 7656.0 7831.b 799b.O 6160.3 0337.b 6509.9
66b6.3 67b7.b 6930.9 7075.3 7217.5 7362.0 7b96.6 7639.7 7777.7 7916.2
657b.l 6709.7 6147.6 6986.0 7122.4 7261.2 73a1.0 7524.5
7066.a 7235.4 7bO7.2 7563.6 7756.4 793b.7 8lOb.9 a285.9 8b62.S 0642.7
6961.2 714b.l 7310.4 7b10.0 76b7.6 7820.0 7902.5 8156.6 1325.5 8497.a
6630.6 6779.7 6923.1 7067.S
7097.3 7266.4 7438.9 7615.3 7769.3 7966.2 6139.0 0320.5 a497.a 66I6.6
90 91 92 93 9b 95 96 97 90 99
rn PA ” VIP l U A” CM WI CF ES
8iTb9.2 9012.5 9236.0 9b33.7 9635.2 10636.6 lOOb1.7 10250.1 lOb61.b 10676.1
66a6.0 6669.3 9055.7 92bS.b 9b36.0 10626.5 9622.3 10019.7 10220.0 lOb20.7
0055.2 8206.b 83b9.8 8b93.b OCb1.9 9?a6.3 6933.1 9078. b 9222.6 9365.2
7916.9 8058.b b195.1 6329.0 6466.8 9602.5 6740.6 a675.2 9006.7 9139.7
aa26.5 9019.4 9212.5 9409.0 9611.0 16612.1 10016.6 1322b.6 lOb35.S 106b7.9
a673.n sa5c.e 90b3.2 9230.7 9b23.0 10613.4 9809.1 10006.2 10206.3 lObO6.9
6047.1 al9a.L 13b1.5 6265.1 1633.S 9II7.9 6924.6 9069.6 9213.9 9356.5
6063.0 9056.6 9250.2 94b8.2 9656.6 10651.1 10656.9 10265.6 10477.1 10690.1
FN
10669.2
10623.6
9506.1
9270.9
10162.5
10609.7
9b99.3
10905.4
2 EL so 31 32 53 34 35
100
IN CA CL AS SL BR
.
:::z
347
.
::“,:*: . 7400.6 7631.7 7769.6 7906.1
Atomic Data ad
Nuclear Doto Tables, Vol. 20, No. 4. October
1977
F. p. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation 1 EL IO 31 32 33
Jb 35 36 JY 36 39
1Y GA CE 65
SE CR (111 118 sn I
b0 ZR bl WC b2 b3 bb b5 bb b? b0 b9
no TC nu RN co AC CD IN
50 SM 51 to 52 lf. 51 I Sb 15
55 SC I? 5) 59
cs CA LA lx PR
60 61 62 61 6b 65 66 b?
CD ?I! sn LU CD II 01 no
JPO LJ.M5N5 99b.L 1010.2
9CC.b 1061.6
llb7.6
11b0.7 122O.b
1226.1 1306.7 1335.5
Cl Bl ab PO @I AI 66 RN I? CR cc 111 69 AC
1620.2 1916.6 2419.6 2122.0 222r.1 2JJS.2 2bbC.C
2bCl.b
JOLT.0
3265.5 3365.9 17Sb.7 1692.6
JOSb. 6 399b.9
blC5.l
blbO.0 b266.9
blJ7.1
bbJJ.6
bb86.0
b5CJ. 6 b7JS.b bC90.1
b6bJ.b
5650.2 5211.9 517b.O 5SbO. 1 S?lO.C SCbb.2 6ObS.C
6153.2 6325.5 ::"I:-: . bCCO.@ 7012.1
::::*: rs,1:7 6722.2
3261.3 JJ61.3 lb96.1 3616.1 JIb9.b JCCb.7 bOLT.1
:::::*:
9991.2 .
1127b.C 115.~.0 117bb.b
112Jl.b
2916.3 3015.5 315b.C 127b.9 3315.7 1511.6 3615.2
2911.1
:::z
:::t : MN::;
9SW.b
102OJ.6 llb11.9 1062S.5 lOcb2.6 11062.1 11265.2 11511.0
2921.2 3060.6
2906.6 JD22.9
SbOb.1
5S61.7
5716.7 5952.1
5732.6 5906.b 62Jb.J
3:': . 67bC.l
.
69bC.b Il69.7 llb9.T
CSS9.2 9119.3
::::*: . 6996.9
9115.6
9107.2
9961.7 [email protected] lObOl.5
2bCO.C 2792.9
5232.7 5395.2
::::*: . 62Sb.F Cbbl.6
9537.5 97bC.S
21b1.9 22bC.l 21sr.1 2bO.S 2562.2 2669.5 2601.9
5010.6
6176.6 6165.6
9175.6 ~51c.a 97.3.e
1611.0 1926.1 2Dll.c
21b6.9 2bbO.T 2572.5 2679.2 2790.7
1639.6 1937. b 2011.7 21 bb.9 2251.1 2361.2 tb7b. 1 2507.5 2695.5 2CDC.7
SblS.0
7527.b 7?05.1
(7bb.S a9bb.S
1611.6, 2016.9
b755.1 b910.3
7615.1 7796.7 1965.6
cclc:o CC06.9 c993.7 9161.9
1611.7 1926.6 2032.2
b15C.b bJ05.9 bb52.9 b609.1
6081.6
9361.1 95C2.2 9760. b 999b.P lOLOC.2
11622.C :::fP
. :
1160.1
J2C0.5 3361.5 JSl?.C JCbl.3
377b.l 191o.c bO55.5
::::*: .
2bCl.J
2571.7
llb1.1 32S9.9 lJS9.9 Jb9b.I 3616.7 JTb1.9 soa3.2
bO25.6
blob.6 bJJb.2 bb82.5 bbJ6.6 b791.1 b9bO.O 5112.1 S27b.C 5bbJ.l 5612.7
b205.0 b157.0
blI2.9
bSO6. b
bb70.b bb2b.b bT7C.C b935.2
57c5.1 5961.5 112r.2
5131.2 6009.6 6179.2
5771.1
bCCC.9 7071.0
bbbb.5 b821.0 b979.6 Slb1.5
Sllb.6
Sb8b.7
5657.1
6152.0 6520.7 6700.6
6296.7 069.1 CCbS.7
h122.b
5099.2 526J.6 Sb2P.7 5599.0 59b1.1 (112.0 bLC2.1 bb%..J 6630.6
1269.6
IJS9.6
7bb2.0
((05.9 69C2.C 7163.9 71bl.c
7bbJ.O
7u7.7 77lS.C 7697.2 6061.6
762b.J
7521.)
C127.9 Cb95.b
(02.6
:z-: c756:c
l cb2. 5 9Ob2.0
:t::*t . P199.0
9226.9 9bLO.l 9619.5
9J9J.l
1615.3 7790.9 7969.0 91b9.6 6643.5
9016.1 1002l.S 11221.0
11060.6 11-1.1
11775.0
11517.8
11261.0
348
2915.9 JDJ2.b 3150.6 3269.9 3370.1 1505.1 JC27.b 37SC.C
2lJb.S
22bc.b 2319.2
6621.2 699C.b Ill9.7
11517.2
[email protected]
1935.0
6910.2 709b.1
::::i-: 1oc39:3 11C50.0
:::x llJC2:7
lb6b.b
15S6.6 lCbS.8 1715.9
bObC.1
7062.1 Ttb7.9 TdJ2.C
1bbJ.b 1Sbb.J
lbSJ.b 17bb.l
3606.3 37%. b 1612.7 boll.2
::::*: .
1211.6 1312.b 1390.6
1312.b 1169.7
993.5 1DW.b
llb6.9 1221.1 1107.5 113b.b lb¶?.9
1rsc.7
135J.C JbC7.5
bJ2I.J bb75.b b629.6 b7CJ.7 b9bO.b 51Db.l 5266.6
996.9
1073.2 1151.0
161
Ll-RbR5
lS%*C
125b.b
*II?.9
JCb
LJ-*sn5
1651.6 lIb2.2
2901.b 1019.5 3116.9
Jb99.b 1621.5 3752.7 lOC.1 bOJ0.6
SlbO.0
996.9 1073.2 1151.0 1231.6
2llb.c 22bQ.l
3365.6
1767.9
99b.t 1010.2
1656.7
Jib).? JZbb.5
3901.) bOb3.9
LJ'RbMS
lJOC.? 1165.6 lb59.C 1559.6
3027.5
x*: . bCCD.l
7522.7 77OC.b
11190.1 10392.7
2516.0 2685.2 2797.6
SF1
LJ-Mb*4
llb7.C 1226.1
2353.1 2165.5
2561.0 2690.6 2603.6
of Tables SC2
lCJb.2 1911.6 tDJ5.b 211C.J 22bb.l
5621.2 6001.1 6171.0 6Jbl.b
7b17.7 7569.6
9200.1 9m.9 9560.9 9766.1
lbJb.9
19Jb.b 20Jb.b 21bl.b 22b7.9 2351.1 2bb9.6
5772.7 59bI.I bllb.2 62aJ.b l bS5.6 6631.9 bCOl.2 69Cb.l 71bS.2
759b.l
.41*.1 901b.b
99b.r 1070.6 1lbC.b 122s.r 1109.1 1lCb.C 1 b60.5 1561.2 lbbB.7 1719.0
51or.o Sb77.D Sbb9.2
7lbS.l
cJbJ.3 OSJ6.1 c721.2 6920.6 911S.2 9311.1
996.9 1073.2 1151.0 1211.6 1312.b 1369.2 1662.6 1563.7 1651.2 llbl.6
5265.0 5bJl.l 5600.1
b9JC.b 5100.5
72bb.t
1761.9 7Cbt.b 6119.7 6360.6 Cb72.0 CbSS.7
ID2 LJ-Mw5
b191.1 bJ50.2 bb99.b bb57.5 bbll.~ b972.1
Ibl2.2 7777.b 7966.0 6lSb.b
SC2 Ll’l(5lS
b17b.b bJ21.6 bbTl.6 b625.9 bICD.0
6691.9 ?O?O. 1
:x::*: llSn:1
fl(
2115.6
1227.1
9512.6 S723.3 99%. 1
loa
1632.2 1929.5
2031.1
2906.1 102b.b Jlb2.6
3590.9 1720.6
bOJb.8
lb¶9.0
1559.7 lbb1.0 1737.1
27fS.b
3216.0 3337.0 Jb70.b
3501.5 JC2b.5
99b.2 1070.2 llb7.6 1226.1 lJOC.? 1365.6
2666.3 3001.7 3120.1
2556.1
llbS.7
lP1
Ll’C6C5
22bl.7 2350.6 2b62.7 PY75.1 2662.2 279b.b
2Cbb.b
2910.2
SbCb.2 59)b.J
co NC Cl 1L C2 ?C
1725.7
2SIb.2 2CCJ.b 2796.1
10 18 71 LU
I? XC 7e tt I9 A0
1616.2
1632.2 1929.5 2011.2 2136.0 22b2.1 2J51.1
68 El 69 1*
IS 11 ?b I 15 RL I6 OS
1300.1 1376.1 lbb9.5 1519.6
::::*: ‘ 16b6.9 1737.1
1799.1 b957.b SlLb.7 5291.2 5bC0.C 5632.6
12 m
If0 LJ-l(bCb
Energies
72Y.9
IC6c.2 799S.J IlCb.2
6265.2 C612.3
195b.I
COOS.7 Ct92.b
9516.1
937b.5 9575.5 9761.7
91b9.6 9JH.l 97S9.3
959b.b
9600.6
9972.6
%tx 1102:S lC6bb.b
91W.7
rwn.2 lOb12.6 1lbIb.l
9900.1 10202.b
::::t:
--115.9.b
:::t:=:
llSOb.8
XX 1lJlb:b 11149.1
11510.0
117C7.C
*
1699.1 ?#OO. 5 0061.8 02bC.O 8bJ5.b 861b.7
llb12.7
lloC1:5 llZCb.0
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Energies
Auger-Electron
Energies
(in eV)
See page 316 for Explanation of Tables .? EL
3Sl l.3’*1*1
IS0 L3’111Nl
3P2 CS-MlNl
3’1
LS’IIlN3
lP1 LI-IlINt
JPO LS’*lNZ
JP2 LS-MlNl
37.1 LS-WIN1
lP1 LJ-rrlYl
LI-WZNL
3PO
36 37 36 39 40 bl 42 43 b4 b5
KR RB 6R I 2R I88 MO TC RU 1111
1342.2 lk4S.b 1¶35.9 1632.3 1731.2 163k.L 1944.3 2051.6 2167.3 2284.7
1340.5 14b3.5 1533.~ 1630.0 1728.7 1a31.5 19k1.4 2051.4 2163.9 2261.1
13S7.3 1462.2 1555.2 1653.4 1755.2 1659.7 1972.6 2014.9 2200.3 2319.0
1357.1 1461.9 1555.2 1653.4 1755.2 law.7 1972.6 2oab.9 2200.3 2319.0
1356.4 1461.1 1554.5 1652.7 1754.3 1656.1 1971.6 2oa3.8 2199.2 2317.8
1356.6 1461.4 1555.2 1653.4 1755.2 1859.7 1972.6 2394.9 2200.3 2319.0
1419.3 1526.5 1623.8 1725.0 1830.4 1938.9 2055.8 2172.7 2290.8 2414.6
ibia.8 1526.0 1623.2 1724.3 1029.6 i93a.i 2055.0 2171.8 22a9.6 2413.6
lb11.6 1519.3 1612.7 1712.5 1616.3 1923.0 2038.0 2152.3 2268.1 2399.3
1412.0 lS19.6 1613.1 1712.9 1616.7 1923.5 203a.4 2152.6 2268.6 2389.8
46 47 48 49 so Sl 52 53 54 55
PO A6 co III SN to TL 1 XE cs
2405.6 2527.6 2665.4 2768.6 2194.7 3023.0 3153.0 32as.s 3i9a.3 3547.2
2401.9 2523.6 2641.1 2764.1 2e90.1 3011.1 31411.7 3280.2 3392.6 3541.5
2442.2 2568.0 2607.1 2314.1 2943.5 3077.4 3212.6 3349.6 3466.7 3616.8
24k2.2 2567.1 2687.1 2614.1 29b3.5 3077.4 3212.6 3349.0 3466.7 3615.6
2440.9 2560.8 2615.7 2812.5 2941.9 3075.7 32lO.R 3340.0 3464.7 3605.4
2442.2 2361.3 2617.1 2014.1 2943.5 3077.4 3212.6 5349.1 3466.7 3606.1
2543.1 2672.6 2797.9 2920.6 3062.8 3199.7 3339.6 3481.5 3604.a 3?65.0
2542.0 2671.4 27sL.7 2927.3 3061.5 3198.3 3330.2 3479.9 3603.2 3763.4
251b.9 2640.9 2763.0 2690.1 3020.1 3152.7 32a7.9 3424.0 3542.5 3696.7
2515.5 2641.6 2763.7 2690.7 3020.8 3153.4 3288.6 3425.6 3543.3 3697.6
56 57 58 59 60 61 62 63 64 65
IA LA Cf CR 10 Pll Sl( EU CO ID
3684.0 3633.7 3961.0 4131.3 4300.0 4460.5 4629.7 4798.2 4967.6 5130.0
3678.1 3627.6 3975.5 4124.8 4293.3 4453.7 4622.6 4791.0 4960.1 5122.3
3757.7 3912.9 4064.b 4218.3 4390.6 4549.4 4727.6 4961.6 50?2.2 5242.5
3756.4 3911.6 4063.0 4216.8 4389.0 4549.4 4726.2 4899.9 5079.5 5240.1
3744.a 3897.7 4047.5 4190.7 4371.0 4547.0 4701.7 4873.4 5053.6 5216.4
3745.6 3899.5 boba. 3 4199.6 4371.9 4549.4 4709.6 467b.J 5054.6 5211.3
3912.9 4069.8 4229.2 439a.2 4575.9 4751.6 4930.6 5115.5 5302.2 5493.9
3911.2 4060.0 4227.4 4396.3 4574.0 4749.6 s113.4 5300.1 5481.6
3837.5 39a7.9 4140.9 4302.0 4469.S 4636.1 4808.7 4931.1 5156.8 5326.4
3838.4 39ae.a 4141.6 4303.0 4470.) 4637.1 Cl109.7 4982.2 5157.9 5327.5
66 67 68 69 70 73 72 73 7b 7S
01 NO LR TM YE LU IIF 7A Y RE
5306.2 5448.0 56e2.9 S649.7 6637.9 6226.3 6401.2 (SOL.9 6771.2 69ST.3
5300.3 Sb79.9 567b.7 56b1.3 6029.2 6217.4 6392.1 6577.5 6761.7 6947.5
5431.2 5616.7 5611.6 598b.4 6101.1 6372.8 6558.5 6147.5 6940.6 7137.6
5429.4 5614.6 5109.7 5982.4 6179.1 6370.7 6556.3 6745.3 6936.4 7135.3
5391.3 5578.7 5764.4 5934.1 6126.a 6320.9 6500.7 6686.6 6673.1 7062.9
5392.3 5579.9 5765.4 5935.1 6127.9 6322.0 6501.9 6687.2 6.574.3 7064.1
5677.1 5a72.7 6075.2 6269.6 6483.6 6691.3 6891.8 7096.2 7307.1 7516.9
5674.6 5870.4 6072.9 6267.2 6401.2 66118.8 6339.2 7095.5 7304.4 7516.1
5509.7 5689.9 mao.0 6063.0 6259.2 6450.2 6632.7 6822.1 7011.8 7203.2
5SlO.9 5691.1 512.1.2 6064.3 6260.4 6451.4 6634.0 6823.5 7013.2 7204.6
7146.4 7328.8 7519.0 1711.9 7692.6
7136.4 7316.5 7501.5 7701.2 7681.6 8069.6 8252.2 8b42.0 8631.1 6616.3
7332.2 7S24.3 7723.7 792S.2 6118.6 8317.5 8512.9 8713.1 8915.2 9117.7
7329.9 7S21.9 7721.3 7922.7 a11c.o 6314.6 6510.1 (710.3 a912.3 9ii4.a
7252.7 7440.3 7633.9 7a25.6 6013.2 6203.8 a392.0 0585.2 8777.7 a970.2
7253.9 7441.5 7635.2 7026.9 8014.5 8295.2 4393.5 8586.7 5779.2 ll971.7
7734.8 7946.8 8161.3 a390.0 8604.0 8025.4 9044.8 9272.7 9496-a 972a.2
7732.0 79b5.9 81bS.4 6307.7 I6oa.9 aa22.2 90k1.6 9269.4 949S.4 9724.1
739a.4 75a9.4 77a5.i 7964.4 8171.0
7399.8 7590.0 7786.6 7986.0 8172.6 6366.3 9557.0 8753.3 8947.0 9143.2
9947.1 10161.1 10109.9 1064k.2
9329.6 9S2S.7 9715.6 9906.0 10100.0 10305.1 10504.4 10701.9 10903.1 12103.4 11305.7 11505.5 11705.1 11696.9 12095.7
76 OS 77 IR 78 PT 79 A” aon6 81 IL 02 PI 63 01 84 PO OS AT 86 07 68 09 90 91 92 93 9b 95 96 97 98 99 100
RW CR IA AC ItI
::::*: tw3:s 8643.1 8630.6
592b.6
6364.7
.9S55.4 8751.6 a9b6.1 9141.4
NP PU III
9010.1 9266.2 9380.2 9567.6 9712.7 9946.9 10141.2 10332.6 10526.1 11718.3
8997.4 9187.3 9366.9 9SSk. 1 973ll.8 9934.7 10126.7 10318.0 10510.9 11702.9
9310.1 9514.3 9709.2 9912.7 10114.7 10321J.P 10538.2 10746.9 10961.1 12173.3
9307.1 9511.2 9706.1 9909.5 10111.4 10325.5 10534.7 lP74J.2 10957.4 12169.6
9154.6 9347.7 9528.6 9723.0 9913.0 10117.2 10308.4 lOSO3.9 10700.2 111193.4
9156.1 9349.3 9530.2 9724.7 9914.7 10110.9 10310.2 10505.8 10702.1 11695.3
9950.6 10114.7 10413.6 1064a.O ioaa5.0 11132.1 11301.4 11632.9 llae7.1 13144.4
11128.2 11377.3 11626.8 11082.9 13140.0
9327.a 9523.9 9713.7 9906.1 10096.0 10303.1 10502.3 10699.8 10901.0 12101.2
CR B1 CF ES FM
10909.8 11102.6 11293.2 11410.0 11667.9
10694.0 11006.4 11276.7 11463.2 11650.6
11386.9 11601.7 11814.3 12027.3 12241.3
ii3a3.0 11597.7 11610.3 12023.2 12237.1
11093.8 11290.7 llL84.3 11676.2 11869.2
11095.6 11292.7 llsa6.3 116qO.3 11871.3
12404.7 12667.5 12934.1 13191.9 13466.7
12400.3 12663.0 12)29.5 13193.2 13461.9
11303.5 11503.2 ii702.a 11896.5 12093.2
PA
u
349
i0aai.i
F. P. LARKINS
-.-----
‘IABLE
Semiempirical Auger-Electron
.
-
.
-
I.
Energies
-_.
-
V. Auger-Lme Energies (in eV)
.a-.
La-MN
See page316 for Explanation of Tables 1so 2 CL
300
LJ-H3N3
LS-tI2N2
LPL
351 L3eIiri2
301 L3-H2N3
L3'l(3kS
JPL LI-WZN2
JP2 LI-nJNI
102 C3-W3N2
302 L3-NLN3
303 l.3-Il3w3
1427.4 1538.8
1434.6 LSbS.4 16b3.3 L7bb.7
1433.9
lS4b.b 1852.7 1745.3
1427.3 1538.6 1632.3 173b.2
L9b9.5 2087.3 21E3.6 2302.3 2b2b.O
1963.1 2004.8 2203.6 2324.7 2449.9
1633.9 1963.9 2063.6 2202.s 2323.2 2446.3
1949.2 2067.0 2163.4 2301.9 242b.4
1435.3 LS46.3 1645.1 1747.3 1633.6 1963.6 2063.6 220b.7 232S.b 2b30.Il
25OO.S 2712.7 28b0.7 297S.2 3ltt.a 3233.4 3399.7 33b7.1 387b.5 3634.3
2576.6 2706.6 2m36.a 2973.3 3110.7 3233.2 3397.3 3544.6 36l2.1 3624.8
2552.3 26a2.3 2803.6 2936.6 3070.1 3299.3 3346.0 3b90.3 3612.2 3767.6
2361.3 2715.1 2641.9 2976.S
3968.1
3973.2 4133.4 b29b.b 4467.3 46b8.6 4639.1 5011.4 3192.3 3390.1 3312.2
3912.7 4066.7 422S.0 4390.7 4361.6 4726.6 4906.6 3068.4 3263.3
3969.6 4132.b 4315.2 4466.6 b670.2 4644.4 3032.7 5222.9 3411.0 3600.6
3634.6 5620.7 6010.6 6199.9 6b04.7 6396.9 6792.4 693S.2
3604.3 6003.9 6206.S 6409.0 6631.6 66b2.6 7034.3 726b.l 7461.6 7704.7
7366.6 7767.6 7992.6 6200.3 6399.9 6604.1 6607.3 90Lb.O 9221.3 9431.6
7926.3 6130.2 6379.0 6610.1 6636.2 9066.2 9300.5 9538.7 9777.7 LOO22*2
:::%I . 12320.2 13597.4
E::': LOS6S:4 10306.6 11046.6 11301.0 11332.2 11607.6 12063.0 13323.3
9631.2 9641.3 10046.2 10234.7 10463.7 10696.9 10903.1 11117.7 11339.9 12560.2
10237.6 10306.1 10730.1 11000.7 LLZS4.9 11320.1 11706.6 12013.2 12330.7 13609.1
12679.7 13164.3 13433.1 13742.9 14037.6 _
12592.7 12639.6 13129.3 13400.2 13872.2
11764.6 12006.S 12226.2 12448.1 12671.1
12690.6 13173.6 1346b.S
36 37 36 39 b0 bl 42 43 4b 4s
RR RE SR v LR NB NO rc nu Aw
1433.3 lS43.9 1651.3 17bb.4 1652.4 1962.3 2061.6 2200.6 2321.1 2b46.0
1425.6 LS34.6 1631.4 1733.0 1639.4 1947.7 2065.3 2191.7 2300.1 2122.5
Lb33.4 L3b6.4 16bb.b 17b7.8 1636.9 1968.2 2066.1 2263.1 2326.1 2b31.3
1434.0 1544.6 1643.2 L?48.3 193c.3 196b.6 2064.3 2203.3 2324.1 2149.2
L427.5 L33b.R 1633.5 1733.5 1042.0 1930.5 206b.b 2164.9 2333.5 2426.2
46 47 be b9 so Sl s2 53 Sb 5s
PO A6 co IN SY SE TE I XE cs
2S76.4
2550.2 2673.5 2603.3 2934.2 3067.3 3203.6 3313.2 3b67.3 3609.2 3734.1
2582.1 2713.3 2842.5 2977.1 3114.6 3257.4 3b01.9 3549.4 3676.9 3639.0
2379.6 2707.0 28b0.0 2974.3 3112.0 J234.6 339¶.9 3348.3 3873.7 3623.1
2354.1 2862.4 2607.9 293&R 3072.b 3210.7 3330.3 3493.1 3613.0 3766.3
2332.7 2677.8 2606.3 2931.1 3070.8 3206.9 3346.3 Jb9L.O
56 37 se 59 60 61 62 63 61 65
01 LA CE CR NO PN SN ELI CO 10
3991.4 4143.I
3975.8 4133.9
3903.5 4OS7.3 4212.1 437S.2 4348.5 4727.3 4694.0 5062.7 32b9.3 3b19.6
4146.6 4311.2 b404.6 4863.9 4642.2 3026.1 3219.2 3406.1 5S9S.6
66 61 66 69 70 I1 72 73 74 7s
ov NO ER 1N 18 LU NF IA I RE
s793.1
76 77 76 79 80
7911.1
82 83 84 6S
OS IR 17 AU wi n. l9 01. PO AT
66 07 w 69 90 91 92 93 94 9S
RN FR IA AC IN PA U NC PU AN
81
96 CN 97 111 96 CF 99 ES 100 FN
2709.8 2636.1 2976.4 1107.1 3250.0 3394.2 3Sbl.J
3666.5 3629.1
b306.2 Cb79.b
4660.6 404.4 so22.5 S212.4 s400.1 S569.6 S994.2 6196.5 6396.6 6619.1 6629.6 7ObO.9 72S0.b
7467.9 7690.4
6135.3 6363.7 859b.l 6620.2 9OSL.6 9263.7 9S21.6 9760.2 10604.4 10239.5
10467.5 ia731.0 10961.2 11235.9 11499.0 11765.7 12033.9 12306.9 13S6S.9 12666.0 13LSL.S 134bO.9 1373o.s LbOZS.2
3697.4 4031.0 b203.3 b368.4 4339.3 b723.0
1832.7 173b.S 1641.1
3612.6 3180.3
1034.9
3411.6
3990.0 4132.6 4313.4 4466.9 b670.b 4643.2 3032.9 5223.1 5411.2 3600.9
4b67.6 b6b9.2 4641.2 3012.0 3193.1 3390.7 3512.9
3913.3 4069.4 b223.7 4391.4 b362.3 b730.2 4909.4 3067.1 3264.1 3441.6
3391.6 3779.b 3960.1 6146.0 6346.6 6S43.3 6730.6 6919.6 7112.2 7307.2
5604.6 6006.0 6206.6 6bO9.1 8631.9 66b2.9 703b.4 726b.2 7461.9 2701.8
5762.9 3966.2 6139.4 6336.6 6375.6 6766.9 6994.3 7200.3 7bL2.2 7627.6
3633.6 3021.6 6011.7 6200.4 6403.8 6599.9 6793.3 6968.1 7164.6 7367.0
3399.* 3767.6 3966.6 6134.6 6335.6 8332.8 87bO.3 6929.5 7122.1 7317.b
3799.3 6000.6 6203.0 bb03.b 8626.0 6636.9 7046.2 7257.0 7473.5 7896.1
3762.2 S963.3
7303.1 7699.3 7696.4 6096.4 6269.9 6463.7 6661.9 6661.3 9076.6 9279.1
7926.4 6150.3 0379.0 6610.2 0638.3 9066.3 9300.3 9536.7 9777.7 10022.3
7944.5 6063.6 a266.6 03On.L 0728.3 6932.0 9177.0 9bOI.2 9637.3 9372.0
7387.9 7766.7 7993.7 6261.8 6401.0 6605.2 6606.7 9013.2 9222.3 9b33.0
7513.5 7109.9 7909.3 (1107.3 0301.3 1497.3 6693.9 8693.4 9091.3 9291.6
7919.8 aL43.3 6371.9 6602.9 m.a2a.m 9060.6 9292.6 9530.7 9169.3 10013.6
7943.6 6062.9 6263.9 6307.1 6727~3 6931.0 9176.0 9bOt.L 9636.4 9070.9
9470.4 9669.b 9660.2 10039.b 102S6.3 10169.5 10667.4 10666.7 11072.6 12273.9
102S7.9 lOSO6.L 10730.2 11000.7 11254.9 11320.2 11766.6 12655.3 12330.7 13606.1
10099.) 10336.6 10368.3
lLO3O.L 11305.2 11533.3 11909.1 12066.4 13324.7
9632.3 9642.6 10047.6 10236.0 10463.1 10666.3 10904.6 11119.1 11341.4 12361.7
9463.4 9662.7 9673.6 10073.3 10270.3 1oiai.a 10662.2 10963.9 1ioaa.b 32269.0
11463.2 11666.9 11691.4
12690.7 13175.7 13464.3
12591.2 12661.1 13130.6
11786.2 12006.1 12229.1
11301.4
12292.0
14049.8
12449.7
121'19.3
12672.6
12309.3
4666.8 3053.1 3241.6
12692.1
137S4.6
4298.9
10609.0
13401.7
13673.8
350
lL?OY.b 11909.2
10249.2 10497.2 1074L.L
10991.5 LL2b3.4 11310.4
::::-: . 6374.6 6766.2 6993.7 7199.7 7b11.4 7626.9
10b0.8
3b41.D
7163.7 1366.0
311b.L 3238.6 JbO1.2
3Sb8.7 3676.2 3637.6
:::::*:
.
Atomic Data or.4 Nuclew Dota Table,, Vd. 20, No. 4. Odobr
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE V. Auger-Line
Energies
Ls-MN
Energies (in eV)
Seepage 316 for Explanation of Tables 303 t
EL
302
L3-"5111
102 l.3-M4lll
LJ-II5Nl
301 L3-*4ll
3PO
301 L3-MN3
IA-*5'(2
1538.0
1530.3
2603.4
1539.3 1655.9 1759.0 1067.0 1960.0 2096.4 2220.3 2343.9 2471.1 2602.9
1654.4 1757.1 1864.9 1977.7 2093.7 2217.0 2340.5 2467.0 2590.3
1654.7 1757.4 1965.2 197lJ.o 2094.1 2217.4 2340.9 2467.4 2590.7
1553.6 1671.9 1776.9 1686.6 2002.1 2119.7 2245.8 2371.3 2500.4 2632.9
I YE cs
2739.5 2876.9 3010.3 3149.4 3291.9 3437.2 3585.6 3736.0 3167.9 4036.2
2733.9 2876.3 3009.6 3148.7 3291.2 3436.5 3504.8 3735.2 3867.1 4035.4
2733.7 2670.3 3003.0 3141.2 3282.9 3427.3 3574.6 3723.5 3654.7 4021.6
2734.2 2070.8 3003.5 3141.7 3263.4 3427.8 3575.2 3724.1 3855.3 4022.2
2770.5 2911.P 3045.0 3107.* 3332.0 3402.1 3633.9 3708.3 3923.6 4091.9
2775.4 2916.5 3051.4 3194.2 3340.0 34vo.v 3643.7 3799.5 3935.5
56 5? 58 59 60 61 62 63 64 65
n* LA CE PR HO PU sn EU GO TB
4193.* 4360.4 4530.2 4708. 4e94.3 50110.2 5268.8 5463.7 5659.~ 5652.4
4192.6 4359.6 4529.3 4707.2 4693.3 5179.2 5267.7 5462.6 5651.3 5051.3
4177.4 4343.0 4687.4 4671.4 SOS4.9 5242.2 5433.2 5626.6 S.S17.8
4175.0 4343.6 4512.2 4608.1 k672.1 3055.6 5243.0 5434.0 S627.4 5818.6
lt251.7 4423.0 4594.9 4775.3 4963.1)
5144.8 5341.4 5537.7 5732.4 5931.6
66 67 68 69 70 71 72 73 I4 r5
DY HO ER 1N YE LU "F TA b AE
6056.1 6260.8 6475.9
6054.9 6259.6 6474.7
6664.6
6603.3
6903.8
6902.5 7123.3 7334.5 7553.6 7775.6 noaa.0
6017.7 6219.0 6431.1 6636.8 6654.4 7072.8 7280.2 7496.2 7713.6 7934.4
6015.5 6220.7 6431.9 6637.7 6855.3 7073.7 7261.1 7497.1 7714.6 7935.4
76 77 78 79 80 81 62 83 64 85
OS IR PT A" UG rl. PB BI PO AT
6235.0 0457.2 66vo.6 6926.2 9154.3 939c.cl 9625.3 9068.0 10109.8 10354.2
10352.4
6156.3 8310.5 6609.2 6639.7 9063.2 9293.9 9522.6 9750.9 9994.6 10233.0
8159.3 d3.91.5 6610.2 6840.8 9064.3 9295.0 9523.7 976.1.0 9995.6 10234.2
86 07 8.3 89 90 91 92 93 94 95
RN CR RI AC rn PA " NP PU AU
10593.5 100b4.6 11091.4 13341.7 11596.7 11661.7 12130.9 12401.3 12677.5 13954.6
10591.7 10642.7 llOS9.5 11339.6 11594.7 11659.7 12126.6 12399.2 12675.3 13952.4
10464.3 lC708.3 10947.1 11109.4 11436.3 11691.3 11953.5 12213.9
10465.5 10709.6 10944.4 11191.7 11437.7 11692.7 11954.9 12215.3
12461.0 13747.1
12402.5
CN ER CF ES FU
13230.9 13513.6 13600.1 _..
13228.6 13511.3 13797.8
1.915.9
14067.5
13014.4 13286.0 13561.5 13835.3
14377.7
14375.3
36 37 38 39 .o 4, 42 43 ,4 45
KR RB SR v ZR NE YO rc R" RH
1539.5 165b.2 1759.3 1667.4 1900.4 2096.9 2221.7 2344.4
46 47 46 49 SO
PO AG co IN SN
51
se
52 53 54 55
1E
96 97 98 99 100
2471.6
7124.6 7335.6 7555.2 7777.0 8001.4
t
4511.5
0220.6 6455.0 8669.1
0924. 9152.7 9389.2 9623.7 9866.3
10101.1
b
14115.1
1Pl LS-(I4N2
1554.2 1672.4 1777.b 1607.4 2003.0 2120.6 2246.8 2372.4 2501.6 2634.3
1553.0 1671.0 1776.6 1686.2 2001.7 2119.2 224S.3 2370.6 2499.9 2632.4
4105.0
2771.9 2911.8 3046.6 3168.7 3333.6 3464.0 3635.9 3790.4 3925.7 4093.0
2769.9 2904.5 3044.4 3166.3 3331.4 3481.4 3633.2 3787.6 3922.8 4061.5
4266.L 4430.0 4611.9 4794.3 4964.1 5166.4 5366.1 5S66.2 3763.2 5964.1
4252.9 4424.2 4596.1 4776.5 4964.2 5141.5 5342.6 5539.0 5733.8 5933.0
4240.0 4409.0 4579.2 4757.1 4944.7 5143.9 5323.7
6561.1 6772.8 6999.1 7220.7 7430.9 7650.2 7664.4 8116.1
6174.3 6306.6 6603.7 6010.3 7046.1 7270.1 7492.1 7714.7 7945.2 *1*0.5
6143.3 6351.2 6562.5 6I74.3 7000.5 7222.1 7440.4 7659.7 7666.0 0117.7
6103.0 6313.6 6515.6 6724.3 6946.6 7170.6 7363.1 7596.7 7119.0 6043.5
8345.6 0577.5 0015.3 9054.4 9290.7 9531.1) 9773.2 10319.7 10260.2 10521.6
6414.6 6651.5 8894.0 9138.0 9370.1 9625.7 9672.6 10125.7 10360.2 10639.5
6347.2 6579.2 6817.0 9056.1 9292.4 9533.5 9774.9 10021.5 10270.1 10523.5
6266.2 0495.6 6727.6 0957.1 9107.5 9420.4 96S4.8 9894.3 10133.3 10376.7
10766.0
11024.1
10491.9 11156.9
11416.8
13748.6
12073.4 12352.7 12630.2 12918.4 142J4.6
11665.1 11957.0 12240.1 12526.3 12813.7 13110.9 144011.0
lOr67.9 11026.0 11279.9 11538.3 11602.4 12075.5 12354.6 12632.3 12920.5 14206.6
10613.1 10660.2
11278.0
13015.9 13287.6 13563.1 13836.9 14116.7
13494.0 13767.8 14085.5 14365.4 14691.3
13706.4 14311.1 14319.7 14631.6 14949.5
13496.2 13790.1 14067.7 14367.7 14693.7
351
1554.9 1673.2 1776.7
3Pl L3-*5Yt
10m.7 2004.4 2122.3 2246.8 2374.5 2504.3
2637.3
6142.q 6349.0
11536.4 11noo.
3
5511.0 S71S.3 5907.0
lllOO.1 11349.5
11601.5 11864.6 12125.9 12390.4 12660.6 13927.6
13204.2 13460.1 13756.7 14039.7 14322.7
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) Seepage 3 16 for Explanation of Tables IO2
1 CL
Ls-msns
5s RR 57 RI
155S.A
58 sn 59 7 H LR
bl 42 b5 bb b5
SO 10 TC su Rrn
lb1b.J
1700.0
:z*: 212b:O
225O.I
592 Ls-msm2
LJ-S4NJ
lSIb.8
1554.4
1675.1 lT79.0 180.0 2OOA.S 2249.5 2JfS.O
46 90
2lll.9
t??b.
:: $' b5 11 58 sn
:t::*:
f:c:
.
sr97:1
::::': 51,5:0
JJbJ.1 JOb.2
5JbO.b
SS
:: I: 55 cs
1919.2 4188.0
56 81
b2b9.5 bbb2.0 bb15.1 bl5T.A bSS7.5
5s 1c
:: 59 bs bl
';: ?I no cn
f:
tu" bb SO b5 18 bA 87 b8 60 70
01 ma CR II IS
:: ':! IS 11 7b I ?I IE ?A OS ::
::
3: 81 82 85
z TL cs 81 Sb 98 85 Al RA 07 so $8 50 51 92 93 Ok OS
sn rn RA AC rw CA u m9 cu
SA 9? OS 5s 100
c* RN Cf LS rm
AU
Jbb1.1 5885.1
5171.1 5560.7
SlS2.2 SJ92.1 SbO7.8 (822.5 ::;z . 7b96.6
7119.5
2bJb.b
1
5844.1
JSSO.6 59Jb.6 405A.A
1553.8 1411.8 1777.A 1887.b 2003.0 212O.b 22bb.1
2512.3 2501.5 26Jb.l
b2bl.A b410.8
bW1.1 4rss.9
4269.l 4441.3 4614.9 b791.b
4944.1
b9ST.S
S110.9
76Ol.2 rS21.s SO46.0
8540.3
S270.8
85?2.8
AbIb.
1442.S 8120.1
8OOS.b
%:': 95Jb:J O??T.?
9OLb.O 92?5,l 9slT.4 9T5S.O
5147.0 5325.A 5SlJ.O 5117.5 5909.1
10498.4
lOJI9.S
torr0.9 11029.1 11285.1 11541.s
10742.9 10997.0 11244.9 11502.b
122b6.6 12552.9 12S28.5 15111.8 Lb415.1
:::::.: . 12558.1
:::::*: . 123O3.9
61713.6 ,Y,.-4 -_---14121.2
lJ499.8 15795.1
12111.7 :2:x
.
1bO91.5
14591.5 lbb97.5
:::::*: 14156:o 15421.4 lJ?OS.I 15998.0
lb291.S lbsS6.0
3
:::::*:
11105.4 11352.4 11604.9 11SbS.l
1512.0 Jb9J.0 5645.9
b256.3 4426.b 459S. 5 4718.5 b967.9 5lO;S
b252.2 4425.4 4595.2 471s.s 4963.5
55bl.S 5?48.2
x:.: 555s:2 SllJ.2 5952.b
ISS6.1
AlAb.
0117.6
7SSl.6 8110.0
S419.1
SJb7.1 8579.1
8559.4 85?1.8
.
.
:::::*:
SS16.9 ::::*: 955,:2 9774.6
10821.2 10269.7 10521.1 .
::t::*: . 119b2.9 lltbb.
lJ951.6
:::::*:
132OS.l 15401.0 15162.r
lJll2.9 lbOlf.8
352
56Jb.b J?SS.9 592b.2 4092.5
7440.9 1660.1
9STI.9 lO150.9 10545.5 10645.0
m32b.5
lb6Jb.S lb956.5
1
.
2505. I 26JS.S
5644.6 5800.5 59J6.4 409b. b
5550.4
6350.) 6559.6 bltl.2 6995.5 7220.6 TbJ7.7 1bSb.T
SSSS.?
9S45.1 92218.2 9511.0 9T57.1 10005.1 18218.1 10497.s
5196.1
5801.9 5957.9 4101.1 b269.0
bbbl.7
b61b.S 479t.4 4987.2
5lTl.6 5569.4 SSb9.7 ST66.I 5961.1
6182.0 bS92.4
6687.6 bS22.5 105S.2 7271.2 Ib96.b 7719.1 7949.f
8185.0
8419.2 8856.2 689S.S :::f’: . 963S.S 9878.1
10151.1 lOJS5.7 10645.2
lOICl.6 1102s.t 11279.S 11557.9 llS01.9 12075.1 12354.3 12651.9 12928.1
10741.9 18996.1 112bb.O 11501.4 ll?bl.b 12054.6 12502.9
10197.6 11162.8 1142b.l 11691.2
12S56.6
14206.3
14134.9
lJll?.b 14414.9
13495.1 1S1S9.S
I3420.3
14087.2 lbJS?.l 14693.1
12577.b
15?0?.2 15996.9 14ZS9.S 14584.8
:
2STS:S
5552.5
502.6
7949.6
.
:::f' ::$J::
2771.0 2918.) 5055.2
7119.0
::::*:
1555.6 16tb.O 17t9.5
ttlO.9 2910.6 5045.5 5187.4
bl41.2
86Sb.l
SC1 LJ.m5m5
2716.1 2912.0 5052.1 5195.0 JJb0.9 5491.8
6145.4 6554.8 6562.9 6T74.5 7000.5 722S.b
12552.4 12819.9
14043.7 14326.8
::::*: 257l:S 2500.1 2655.5
6182.0 6592.1
12129.b
12394.0 12665.3
1555.8 16Tl.9 1717.1 lSS6.8 2002.5
5941.t
809S.1 91b2.4 . :
lf5 Ls-mbns
59bt.S
72lb.2 1496.3
S959.4
1052b.5
:
tt:: ': ?050:1
87JO.J
::::*:
b101.9
::::* 5rrr:S
?l?J.O 73Ss.s
10154.3
10004.0
2657.9
Sl?Z*S
6517.8 6126.s 6948.9
X’
2504.9
.
JOb6.4 5lSS.b 5555.6 5483.7 5655.6 5790.0 3925. b bSS5.J
ClOS. 9 6515.8
b
2004.9
2122.1 2249.5 2Jls.l
277t.6
blbZ.4 bJ53.8 b5b0.A blT2.5 bSSb.4 7222.b 7459.S 1bSb.l TSS2.7
?LZb.
1119.1 lSS9.1
::::*: 5196:7 5342.7 149J.A 5644.6 5802.6 1958.7
10249.0
119bJ.S
E:':
2711.8 290s.S
100t4.4 182?S.O
1101.4
1719.9 1889.9 2005.8 2125.0 2250.5 2JIb.3
bibs.4 bJ55.2 bSbb.7 (171.5
7002.1
lSSb.S 1673.0
lbTb.2
5954.1
8549.7 85A1.? 0OlS.A
1OlJl.J 10585.5 10115.1
ISSS.?
59b2:l
b???*S bIb5.b 51bS.S 5544.4 55b0.5 5755.5
JfJ
LJ-I5*2
L54SNJ
42s4.1 4425.b 4s9r.2
Sb19.5 SSSb.5
9151.1 9STS.J
503
J72 LJ-m4mt
425b.5 bb21.1 bSSS.4 bllS.1 49bS.2 51bS.A 5550. I ;;;p:
Ibb2.1 ?OSS.b
t:::.: 9JSb:l
2772.3 2911.2 5047.0 5189.0 JJJb.2 5484.3 Jb3b.2 57SO.b 592b.l bOSb.2
5491.8
T0bS.S
8185.5
1672.6 l???.S lSO?.b 2003.5 2120.9 22bl.l 2512.7 2501.9
2122.7
217A.S 25S6.5 ZS5S.A
51
502
::::f':
.
12s52.1 12S20.5
IJ?lkJ lbOlA.2 lbJ26.9 146JS.9 1495r.o
Atomic Data and Nucl.ar
DotaTabhr,Vd.
20, No. 4, 0ctob.r
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies
Energies (in eV)
&-MN
Seepage 316 for Explanation of Tables I EL
303 L3-nlMs
302 Ll-MINS
102 LS'IIlWb
301 L3-*l(rb
3PO L3-lsMb
301 L3-*3*5
3Pl L5-1(3nb
IPl Ll-l(tYI
2b99.3 2627.3 2750.7 26b0.6 3013.0 3146.7 3266.6 3b26.b 3547.5 37Ob.S
2b99.0 2627.0 2750.3 2680.1 3012.5 5146.1 3266.2 512S.6 35b5.5 3702.2
2e99.3 2627.3 2750.7 2660.6 3013.0 31b6.7 3266.6 3b26.b 5Sb5.8 5702.5
2637.0 2772.6 2903.5 JObO.9 3161.2 3325.5 3472.6 3622.5 3752.b 392D.b
2637.5 2773.2 290b.l 3041.6 3162.1 5326.b 3b73.0 5623.5 375b.l 3922.b
2636.6 2772.3 2903.2 3010.5 3160.9 3325.1 3b72.b 3622.0 3753.3 3921.4
2609.6 2742.1 2669.6 3003.6 3139.9 32l9.9 3bLL.b 3Sb7.6 3691.6 36S4.0
36b7.2 bOO7.2 b163.3 b32b.J bb99.2 b672.5 b6b7.7 S02b.5 52Ob.l 5362.1
3657.6 bOO8.0 b16b.l 532S.l b500.1 b673.5 b6b9.7 5027.5 5205.1 5361.1
4076.5 b2bb.2 bb11.5 b592.0 b776.0 b96b.6 Slb9.6 53bb.7 5539.7 5737.6
bO76.7 b2b5.b 4b12.6 b593.b b777.b b966.0 5151.1 53i6.2 55bl.L 5736.6
bO77.5 42b3.6 4410.9 bS91.b b775.b b963.9 5146.9 53bb.O 5536.9 5736.1
bOO3.0 416b.2 b325.1 bb97.9 4671.8 b6S1.2 5029.9 5212.7 S396.7 5562.0
59bl.b 6119.6 6349.6 6563.9 677b.9 699b.9 7204.S 7bLb.5 76bS. b 7672.2
5943.0 61Sl.3 6356.2 6565.6 6767.3 7003.9 7217.6 7b35.6 7657.9 766b.6
5940.6 blb6.6 6351.4 6563.0 677b.6 699b.b 7210.0 7b26.3 76b7.2 7674.1
5776.5 S969.4 b157.2 b3bO.O bSS3.2 b7Sb.6 6952.1 7151.4 7353.1 7559.6
8101.7 6329.5 6563.5 6799.3 9030.2 9265.9 95Ob.7 9760.7 9992.1 102bO.5
6117.b 63bS.O 6579.3 0616.b 9046.S 9265.1 9525.9 9771.1 10016.9 10267.2
6103.6 6331.b 6565.5 6001.b 9032.3 9266.0 9507.0 9751.0 999b.S 10212.9
77b6.6 7973.2 6165.6 1396.4 6b00.7 I8OB.7 9010.9 9231.3 9663.2 9657.6
b6 b? b8 4) so 51 52 53 Sk 55
PO A6 CD IY SN SB IE I XE ES
2b99.3 2627.3 2750.7
56 57 58 59 60 63 62 63 64 65
81 LA cr ?I ND PM S* EU 60 18
3650.2 bOO1.O bI65.1 4325.3 b500.1 b673.S b646.7 :x . S363.1
3649.6 bOO~.O b36b.l b32S.l b500.1 b673.5 babe.7 5027.5 5205.1 5363.1
66 67 66 b9 IO 71 72 73 7b 75
ov I(0 LR I* ID LU Wf 1* * Rf
SS72.5 576b.9 5966.6 6Ibb.l 63b2.b 6539.7 6727.7 6925.2 7123.0 7326.2
SS72.5 S76b.9 S966.0 61bb.I 6351.7 6539.0 6727.0 6921.5 7122.2 7323.)
5571.b 5763.6 5957.1 6342.9 6326.7 6529.b 6717.1 6912.7 7309.0 7310.1
5572.S 576b.9 5957.5 61bb.I 6329.2 6529.9 6717.6 6915.2 7109.6 7310.7
76 77 70 79 80 81 62 85 ab 8s
OS I6 Pl AU MC TL PB II PO AI
7S29.9 7725.9 7931.1 6136.6 0336.0 6Sb2.0 6766.0 69Y3.4 9162.Y 9370.9
7S29.1 7725.1 7930.2 6157.7 6337.1 85bl.l 67bS.l 6952.5 9161.5 9369.9
7512.7 7706.6 7913.6 6119.9 6316.2 6520.9 6723.0 8929.1 9135.6 93b2.2
7513.3 7709.11 791b.2 6120.5 6316.6 6521.6 6723.7 6929.6 9136.5 93b2.9
66 RY 07 CR 40 111 69 AC 90 TH 91 PA 92 U 93 NC 9b PU 95 AM
9571.3 9762.) 9966.6 10197.6 10406.9 10629.1 106b6.b 11062.1 11269.S 12510.6
9570.3 9731.b 9965.2 10196.7 lObO5.7 10627.9 10645.2 11060.6 11266.2 12SO9.5
9Sb2.6 9751.7 99¶2.6 10161.0 10369.0 10593.2 10603.6 11017.2 11210.6 12256.9
9563.3 9752.b 9953.b 10161.6 10369.9 1059b.l 10604.b 11016.1 112bl.S 12b59.6
10463.6 10736.9 10966.7 312b2.1 11502.1 11777.1 120bb.6 12310.2 12602.6 13665.9
10510.5 1076S.5 11016.b 11276.7 11537,7 11610.8 12065.1 12560.7 12619.0 13955.3
10166.2 10739.3 10969.3 11211.7 115901.6 11760.0 lLOb7.4 12321.0 1260S.b 13666.2.
9065.0 10wo.1 10293aO 10504. b 10719.5 10952.7 111?0.1 11309.7 lLb2I.l ILOb7.5
96 CM 97 aa 96 cc 99 ES 100 FM
13735.5 119Sb.5 12176.1 12400.1 12622.1
11752.1 11953.0 12176.7 12196.7 12620.6
11676.5 11696.b 12116.2 12335.1 125Sb.l
11679.4 11697.5 12117.1 12356.1 12S5S.l
13174.b 13b62.b 13758.1 1405b.0 lb354.0
13226.6 13517.7 13617.b 14116.5 lhbI9.2
13177.4 13665.3 13761.1 lbO57.1 lb557.1
12076.0 12303.0 12J51.6 12757.7 1296S.7
:::xi . 3lb6.7 3266.b 3426.4 3Sb7.6 37Ob.6
353
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
46 47 46 49 SO 51 32 53 34
PO AG co IN 6N 66 rr 1
102
LI-IIJNS
L&MN
Energies (in eV)
See page 316 for Explanation 1 EL
Energies
302 LSdl3Wb
Jf2 LJ-r(zws
3p2 L3-*294
2637.7 2773.4 2904.3 3041.6 3192.1 3326.7 3474.1
of Tables LU3
lF3 LJ-WItl*
SF3 LJ~llz*s
IF4 LJ-ll3ws
2610.0 2142.3 2670.1 3003.9 3140.3 3260.3 3423.0 356T.9 3692.7 3654.9
2636.1 2173.4 2904.9 3042.4 3193.0 3327.4 3474.8 3624.6 3T56.s 3924.9
2637.2 2772.9 2903.9 3041.2 3161.6 332S.9 3473.2 3622.9 3793.1 3921.2
2609.9 2742.2 2670.0 3003.7 3140.1 3260.2 3422.6 3567.6 369b.l 3656.5
2637.6 2773.3 2904.3 3041.6 3142.3 3474.0 3623.6 3755.8 3924.2
COOS.9 b164.5 4325.s 4496.3 4672.1 4651.6 s030.1 5213.1 5397.1 5s62.4
4066.7 424S.6 4413.2 4593.6 4777.6 4966.4 5151.5 5346.7 YS41.7 5739.1
LS-*3*5
XE 5s cs
2636.2 2774.0 29OS.O 3042.6 3163.2 3321.6 J475.1 3624.9 3716.3 3924.7
37S4.6 3922.7
2610.2 2742.3 2670.3 3004.1 3140.5 3260.6 3423.3 3566.2 3694.3 30s6.6
56 57 58 so 60 61 62 63 64 65
4076.9 4243.6 4413.2 4S93.6 4777.9 4966.5 51Sl.S 5346.6 5141.6 5739.2
4006.1 4165.2 4326.2 4499.0 4672.9 4652.4 5031.1 5213.9 5397.9 Sf63.2
4003.9 4164.6 4325.7 4499.6 4612.4 4651.9 5030.6 5211.4 5397.4 5562.7
4001.4 4241.9 4434.3 4s94.9 4779.0
60 18
4061.2 4247.2 4414.6 4S95.3 4779.4 4966.0 SlS3.1 5348.4 SS4J.S 5740.9
5152.6 5346.0 5543.1 5740.5
4677.3 4244.r 4412.0 4s92.6 4776.6 496Y.C SlSO.2 f345.4 ss40.3 Sf3?.7
66 67 66 69 70 71 72 IS 74 IS
01 UO LR tU w LU UF I). I RC
5945.4 6113.7 6361.7 6566.2 6791.1 7007.9 7221.1 7439.7 7662.0 7669.1
5943.6 6151.6 6353.4 blLb.2 6778.6 6996.6 7212.3 7426.6 7649.6 7376.b
1777.6 5970.7 6167.1 6361.5 6567.3 6767.2 6963.1 7164.3 7367.5 7574.1
5111. I 5970.2 6154.6 6360.9 6554.7 67S6.0 6953.6 7153.0 TJS4.7 7‘361.3
s944.9 6lSlrZ 6362.1 6567.7 6791.4 7006.2 7221.9 7440.1 7662.q 7669.5
5942.1 6150.3 63Sl.l 6S64.6 6776.3 6996.3 7209.7 742s.9 7646.6 7473.1
5776.9 5969.6 6166.6 63CO.S 6566.9 6766.6 6962.6 71b3.9 7367.0 7173.6
5943,s 6151.6 6361.1 6564.2 b7W.S 7007.1 7220.9 I439.0 7661.4 7866.4
76 77 76 79 so 01 62 63
OS IR
6121.7 6349.3 6564.6 0011.1 9OSJ.l 9290.1 9s31.0 9776.3 10022.3 10272.7
6106.2 6334.0 OSCd. 1 6604.1 PISS.1 9270.9 9509.9 97s4.0 999T.6 10246.0
7766.0 1990.9 6201.5 6415.6 6621.0 6630.3 9042.4 9296.1 9470.9 9666.9
77)O.l 7975.0 6165.4 6396.2 6602.6 89l')rl 9020.9 9233.4 9445.3 9659.6
6122.1 6349.9 0504.4 9621.5 9053.6 9290.6 9531.4 9776.6 10622.7 10273.2
::K! 8sbS:l b901.0 9031.9 9267.6 9506.5 97SO.S 9994.0 10242.4
7765.6 7990.3 6201.0 6415.1 6620.4 6629.7 9041.6 9255.6 9469.9 9666.3
9121.1 b34b.I 6S63.3 9920.4 9052.4 9269.4 9S36.2 9775.6 10021.5 10271.9
10316.1 10771.3 11024.2 11262.7 11s43.0 11617.1 12091.5 12367.1 1265'1.6 13942.0
10469.5 10742.7 10992.7 11246.2 11506.3 11763.6 12051.0 12324.7 12609.2 13692.7
9694.3 10111.4 10325.3 10541.6 10757.9 10969.2 11213.s 11435.2 11670.6 12900.0
9661.2 10062.3 10293.3 10506.6 10721.9 10955.2 11172.6 11392.3 11623.7 12650.1
10516.6 10771.7 11024.7 11263.2 11544.J 11617.6 12092.0 12367.6 12656.1 13942.5
1046S.6 10736.9 10966.9 11244.2 11504.5 11r79.5 12046.9 12320.5 12604.9 13696.3
9693.7 10110.6 10324.7 10541.1 10757.2 10966.4 11212.6 11434.s 11669.9 12699.3
10515.3 10770.5 11023.4
13233.6 13524.6 i3a24.4 14123.5 14426.5
13191.3 134b9.4 1376S.2 14061.3 14361.3
12133.6 12361.6 12s94.4 12623.5 lIO%.S
12090.9 12303.6
13234.1 13525.1 13625.0 14124.0 14427.0
13116.9 13464.6 13760.6 14056.6 14356.6
12132.9 12360.6
13232.1 13S23.7 13623.5 14122.S 1442S.b
81 L1 CE CR
NO PN 6m EU
PI
&tl U6 IL PO 8X
04 PO 05 Al bb
67 06 09 90 91 92 93 94 9S
RN
FR IA AC TH PA u IP PU
LN
96 97 96 99
CU ON Cf ES
100
FM
Jb2j.b
::x 12966:7
354
4961.6
:::::*: 130&
Atmic
332b.b
:::::*: 11616:L 12OW.6 12366.3 126s4.7 13941.1
Data ad Nuckw~r Data TobIer, Vol. 20, No. 4, Ocbbw
1977
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
Energies
(in eV)
See page 316 for Explanation of Tables 1 EL
3P0 L3-CsCS
Isa IJ-I(6Yb
66 co 67 AC 68 cc
tc1t.c 2576.9 3113.5
282b.S 29bC.C
2978.7
ix
:c:*: 3539:c
::,':-: .
1117.9 32bl.9 3412.0
1410.9
lSb5.6
lSb3.1
z:
2
13 1 I6 xc ¶Y es 56 I? ¶C I8 bC bl
04 LA cc *a no *aI
t: :: 64 CO 65 18 bb DV 6? lo8 bC CR :: I1 ?I ?I 16 15
2 LU a? 14 8 MI
?b
OS II
I?
10 l t 19 AU EZ ot cc
83 #I 86 PO BY 4: l b Ill 81 fl co 84
89 AC 90 tn 91 ?A St u 53 CP 96 cu 95 4*
I8 9? 98 99 loo
CM CI Cf CS FR
::::*: rc13:r 6189.1 6355.2 6530.2 6101.b
6851.0 soc9.3 sto7.a 54c2.2
3104.7
3SSC.6 37Cb. 9
3861.4 3599.0 4113.b
4337.5 bS13.b bbC9.9 6877.2 SOb7.4 52bl.7 SbSb.9
1*1 LJ'ISCS
lS1 Ll-MShb
LClS.0
2033.9 2977.4 3116.4
3721.7 3880.2 6020.9
419l.S blb3.6 bS38.9 471b.7 690b.S
SC91.1 6csa.s
5859.7 bObb. 4
5099.1 5298.0 5492.I 500.1 5902.2 6110.9
bl14.2 (311.3
6277.4 b692.0 b700.9 b92b. 1
b7bS.l l 986.9
Sb07.2
b713.0 bS72.1
7tc1.1 7bH.7
lbYS.8
7885.8 8lN.I 836C.O
CbCS.0
1145.s 9893.5
9163.4 9589.9
906l.b lCOs7.2 lC317.0 lCblC.2 lCCC3.2
SbSC.1
71b0.6 7371.1 7191.3 1Clb.9
CObb.2
CLC1.8 8519.1 OIS6.0 C997.7
9Lbl.S 96C2.3 9727.1 997s.o
1ctt7.2 1c4c0.1 10717.1
11143.2 llblb.9 1lbCS.S 119S9.b lILlCr3 1tw9.1 ltCt3.2 13111.6 136l?.S lbl3l.C
lc9c9.2 lltS2.8 11Sll.b 11774.7
16060.8
13774.4 14071.1 lb17S.b lbbCl.1 14992.0
16351.5 lbb?C.9 1499l.S 15317.2
:::::' : ltbO7:S 12085.0 131ct.o 14479.1
612b.0 bSbl.4 7214.2 7494.1 7bb6.b 7899.0
(135.1 0376.0 Ob20.2
CCbl.2 9109.b
9359.9 9bQb.9
32b2.2
3719.5 lC77.7 401b.S 4192.7 6350.2
b321.0 bS39.1 6752.1 C980.1 719b.C 7b29.8 7bSS.9 7CCl.2 8116.9 8356.1
933b.
9SC2.0 9832.4 10086.7 1014s.s lObOb. iocsa.0
lllb3.0 11435.2 11106.2 11980.7 12259.9 12551.2 12845.7 13140.4 13bSO.9 147s7.4
ii12a.s 11199.1 lllCb.2 11937.6 122lS.b 12506.7 1279b.O 13OCC.b 1319s.o 1469a.s
lbObS.1
14002.0 1bllO.C 14626.S
lscl7.1
15141.2
14944.4
lS2b7.4
2029.9
2020.3
2970.9 3109.1 3254.0 3401.9 1553.7
blbb.0 bS22. b 6b99.2 bCC6.9 5077.b 5274.0 Sbb7.S Sbb9.0 scro.9 bO77.0
6289.1
3865.2 4004.9 4iao.i 4344.4
bsia.4
4694.0 4882.4 S072.C 52b9.2 Sb62.6 S663.9 SC6S. 7 6072.5
7036.S OOb7.1 C301.2 CS63.4 C7l9.b 9023.2 92bO.b 9110.6 9756.8 lOOOb.4 102bO.6 lOSlb.1 1077S.b
0533.9 0769.9 9011.1 92S7.4 9498.7 9743.9 9992.9 10244.9 1049C.E 107s5.7
lIO27.t
1100c.2 11271.5 llS11.5 1179S.l UObS.1 12348.6 12629.1 12911.9
7bOI.0
1
1708.4
6201.6 649O.S 6711.0 6932.9 7lSl.l 7184.1 7604.6 7810.6 0060.2 0296.2
bSO4.0
6716.6 4934.7 71b0.7 1lCC.l
859a.s 0039.4
9087.1
lP1 Ll-MbIb
2912.3 3111.4 3251.5 3606.b lSSb.7 3711.1
3Cb4. b 6006. a 4181.6
653S.C 4711.5 4901.2 SOIS. b 5294.4 5489.0 Sob.2 589C.2 blOS.9
9859.0 10115.0 10375.1 lObl?.O 10902.5
!437b.l lbb9b.O
101 LI-MbNS
11292.0
1lSSS.b 11922.0 12091.0 12374.2 12bbl.S
1294b.l 13247.4 1bSbP.C i3abi.3
14141.2 1bbb9.9 147SC.9
15072.9
355
13209.4 lbSOl.9 13797.6 IbO94.7 14399.7 14705.9
lSOl6.9
192 Ll-MSCb
102
Ll-#SW
lf2
2133.0 2976.4 3115.2 126C.C 14C0.S 1562.1 3717.7 1475. a 4016.1
2814.6 2978.2 1117.2 3261.1 3412.0 3566.9 3720.7 3479.0 4017.9 bl94.2
4192.7
4159.7 bS37.b b115.2
Sb90.9 5696.1 5900.2 6108.9
6319.9 6516.1 6754.0 6977.2 1198.0 7411.8
7b60.7
76Sb.0
0119.1 a3sa.s
0611.4 8852.1 9100.1 9150.1 9597.0 9340.9
9OC9.7 9338.7 9SCb.S
0600. acbi.8
9035.3
10104.7
1016b.7 lOb26.1 10091.3
10089.3 10168.2 10107.4 10870.8
1llSl.S
11131.2
122bI.b 1251C.b 12812.6 1312?.1 11417.1
11401.3 11669.2 11940.6 122lC.r 12511.9 12799.1 13091.9 13390.3
14743.6
lbfO1.7
140s1.0
14006.1 1bllb.l 14630.1
11423.4 11694.2 119bC.S
14361.8 146Cl.S
15002.1 1512a.1
ib96a.l
lS271.1
Atomic
400b. 1 4161.1
so74.s S271.0 5466.S 1665.9 SC67.7 6074.6 6205.7 6SCO.6 67lc.l 6935.2 7lbL.S
ICC5.1
7891.7 C126.a 0166.2
1402.9
lss6.c 3109.7 3CC6.5
6696.5 6cab.l
6106.0
6323.6 6Sbl.2 6756.2 6982.5 7206.7 7416.1
2020.9
2971.7 3118.0 32¶6.9
4345.7 4519.9
4310.6 4533.6 4711.2 4900.7 so93.1 5291.C SbC6.4 S691.5 589S.S
6904.9 5097.4 S296.2
102 LI’MbCb
L3-*4CS
a
2020.2
2970.C 1109.0 1253.0 1481.7 1553.5 1708.2 1064.9 4002.9 4177.7 4341.7 bSl7.9 bC94.4 bCCl.9 5012.2 S268.6 Sbb2.0 Sbb3.1
5865.0 6071.8
62C3.0 6497.7 6707.1 (912.1 7147.1
73c9.9 7610.6 7asc.b a069.3 0305.3
159.9.1 7121.9 aos3.3 62C9.1
as4s.9 8781.0 9025.4 9270.6 9512.9 97S9.2 10009.3 10263.1 lOSlC.7 10770.0
OS26.6 8742.Y 900S.6 9269.6 9690.6 9735.6 9981.7 10236.1 lObc9.2 10746.5
I1030.4 11295.9 1lSSC.b llC24.9 12095.9 12317.2 12664.5 12949.2 13210.6 lbS46.0 13Cbb.6
7377.0
1099c.c llLb1.6 11521.6 ii7as.o lLOS5.0
1231C.l 12blC.b
12900.9 15190.3 14490.6
14144.6
14433.3 14762.4
11786.1 14081.0 lblC7.7 14691.6
lS076.4
13004.5
Dato, and Nuclear
Data TobIer, Vol 20, No. 4. October 1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies
Energies (in eV)
See page 316 for Explanation
of Tables
JUJ l.3.I5NS
lb-3 LI-WSWL
363 L3.N4NS
JFJ LJ'N4N4
364 L3-NSNs
IF4 LJ-NSNS
CD AC CD IN 6N SB rc 1 XE es
2635.6 2979.1 3116.6 3264.6 3613.7 3366.7 3722.7 3661.2 6022.0 6196.7
2434.6 2976.5 3117.6 3263.6 3412.3 3363.4 3721.3 36l9.6 4016.3 6196.6
2629.9 2972.9 3111.4 3236,s 3404.) 3556.7 3711.7 3666.7 4007.3 4102.3
2629.3 2972.1 3119.3 3233.3 3403.3 3333.3 371D.4 3667.2 4006.6 4161.6
2634.4 2977.9 3117.0 3262.9. 3611.7 3566.S 3720.3 3676.6 6016.2 4194.7
2633.6 2977.1 3115.9 3261.6 3610.3 3363.1 3716.6 3676.9 6016.6 4193.D
2626.4 2971.1 3109.3 3234.2 3402.1 3333.9 3706.7 3663.4 4003.2 6180.4
2635.1 2976.6 3116.0 3264.0 3b13.0 3S63.9 3721.9 3660.3 4023.1 4197.6
36
BA
:: 39 60 61 62 63 66 63
::
4360.4 4336.2 4716.0 4903.7 SD90.3 5297.2 5491.9 3697.2 3901.3 6110.0
b34T.O 4522.6 4699.2 4666.9 5077.4 3274.0 3467.5 3669.0 3670.9 6077.6
4345.9 4320.9 4697.5 466S.l 3075.3 5272.0 3465.3 366?.D 3660.6 6073.7
436U.4 4337.0 47f4.7 4904.4 SD96.9 3293.7 5490.4 3695.6 3699.7 6106.4
433n.s 4s34.9 rt12.s 4902.1 3594.5 3293.J 5467.9 3693.0 3697.0 61DS.6
4344.8 4316.7 4695.2 6662.8 3073,.2 5269.6 3463.0 5664.4 SR66.2 6073.1
6363.7 4339.1 4716.9 4906.7
ND PN fl LU CD TB
4364.7 4540.2 471¶.0 6907.3 3100.5 3299.4 5494.2 3699.6 3903.6 6L12.6
66 67 66 69 70 I1 72 13 I6 73
DV ND ER TN vn LU NF IA N RE
6327.6 6345.1 6767.2 6966.7 7216.2 7446.1 7670.7 7902.0 6137.3 6377.0
6323.0 6542.4 6751.4 6963.6 7200.2 7433.3 7657.3 7606.9 6120.7 6360.2
6269.1 6306.0 672D.0 6936.7 7164.3 7391.6 7612.3 ?640.3 6071.3 0307.3
6206.9 6501.6 6713.0 6936.4 7153.b 7364.2 7604.7 7a3o.t 6060.3 0296.2
6323.3 634U.7 676D.6 6962.0 7209.2 7b36.9 7663.4 7394.4 0129.5 6369.0
6320.5 6537.6 6752.8 6976.9 7197.5 7430.5 7634.7 7663.9 6117.7 0337.1
6264.2 6499.1 6717.1 6933.6 7161.2 7366.6 7609.3 7637.0 6067.9 6303.6
6326.3 6343.7 6763.6 6963.2 7214.7 7446.6 7669.1 7900.4 6133.7 6375.4
76 71 76 79 80 61 6.2 63 86 03
OS 1R Pl AU N6 IL PB e1 PD Al
6622.3 6663.3 9112.0 9362.4 9609.4 9661.6 10117.7 10376.1 10639.6 10903.4
66D2.3 8m3.3 9091.5 9340.6 9366.4 9637.3 10091.4 10330.3 10609.6 10673.0
6347.9 6793.9 9027.6 9272.6 9¶13.2 9761.3 10011.6 10263.S 10321.1 10760.6
6533.9 4770.0 9013.3 9257.3 9496.3 etsa.9 9992.3 10244.9 10496.2 10735.6
6614.3 6633.1 9103.3 9333.5 9600.3 9652.2 10106.0 10166.1 10629.6 10694.9
8599.4 6640.3 9066.2 9337.2 9362.9 9633.7 10067.7 10346.3 10605.7 10669.0
8544.4 8760.3 9023.9 9269.1 9511.3 9757.5 10007.6 10261.4 10316.9 10776.2
6620.6 6863.9 9130.2 9360.3 9607.3 9639.7 10113.7 10376.0 10637.7 10903.2
66 67 aa 89 90 91 92 93 94 93
RN CR n* At tn P4 U NP PU AN
11163.9 11436.2 11709.2 11963.6 12263.1 123Y4.4 12649.0 13143.6 13454.3 14760.9
11133.4 11403.6 13671.3 11943.D 12221.2 12SI4.4 12601.9 13094.3 13401.0 14704.4
11033.0 1129E.2 11361.1 13627.6 12096.6 12360.0 12667.5 12952.1 13233.6 14549.1
l10D6.3 11271.5 1133l.S 11791.1 12065.3 12348.6 12629.1 12911.9 13209.4 14502.0
11135.2 11427.2 11696.0 11972.4 12231.4 12142.5 12636.6 13131.3 13441.6 167k7.9
11129.4 11399.4 11667.3 11930.7 12216.7 12309.9 12797.3 13069.9 13596.2 14699.6
llD26.6 11293.7 11336.5 11622.9 12094.0 12373.2 12662.3 12947.1 13246.3 14343.e
11163.7 11436.0 11707.6 11961.3 12260.7 12332.1
::“,:z.
lbOO9.1 16317.1 14632.9 16931.0 13274.1
13647.7 14147.7 14456.6 14763.6 13079.7
13797.7 14094.6 14399.7 14705.8 13017.0
14033.4 14366.3 14666.0 lSDO6.9 13332.9
14004.1 14312.1 14627.3 1494S.6 13266.6
13342.4 14142.4 14431.1 14760.1 13074.1
14066.0 14377.1 14697.0 13016.1 13344.3
2 EL 46 b? 48 69 SD 31 32 33 34 33
CR
96 CR 97 811 :: 100
E': cl4
16699.7 13020.9 15347.0
356
16b LS-MSNS
Atomic
363 L3-N5NS
::::*: . 5693.0 5696.3 5902.3 6111.2
:::::*: 13431:6 14736.3
Data ad Nuclwr
Dota Tablw, Vol. 20, No. 4, Octobw
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation JF3 L3-MlN?
lF3 L3-111116
Jr2 LJ-*IN6
6539.J 6736.3 6932.0 7lJ5.2 1336.1 ?543.6 7156.0 7963.5 8176.9 6391.1
6528.7 6734.6 6930.2 7132.7 7335.4 75kO.S 7752.6 7959.9 6173.0 8366.6
6530.1 6736.3 6932.0 7134.0 7336.4 7541.9 7754.0 7961.5 8174.6 6360.5
9599.6 bb11.2 9024.0 9237-b 9b54.3 9671.3 9879.4 10100.1 10309.8 10530.0
6¶95.0 6606.3 9016.6 9231.6 9447.6 9663.9 9672.0 10090.9 10301.5 10520.7
6596.7 8bOI. 1 9020.4 9231.5 9449.7 966S.6 9174.0 10092.9 10303.6 10522.6
10747.6 10975.6 11202.7
10736.6 10964.4 lll90.5
10740.6
7s
12356.4 12517.0 12617.6
11661.1 12991.1 12122.4 12354.1 1256k.6 12615.4
12676.1 12107.4 12330.1 12566.6 12797.4
100 Fit
13046.7
13046.2
2 EL
v3 l.3.NJN7
2 EL
SC 4 LJ.llW?
70 71 72 73 74 75 76 77 76 79
10 LU Nf TA N RE 06 11 *1 AU
6530.3 6736.3 6932.0 7135.9 7336.9 7544. J 7756.1 7966.5
b0
NO
6600.0 6612.4 9025.3 9236.6 9455.7 9672.6
61 7L b2 83 bb 05 66 67 b0 69 90 91 92 93 94 95 96 97 96 99
Cb 81 PO Al RN FR RL AC IN
PA U
NP PU IN CN bli
cc
70 71 72 73 76 75 76 77 76 79
Vb LU NF 76 N ac OS
b0
NO TL P0 et PO Al RN CR RI AC
bl 82 93 bb as b6 67 bb 89 90 91 92 9s 96 95 96 97 9b 99
100
IA
Cl AU
TH PI II NC PU &I( Cl en CC
8176.0 6392.2
9ao1.0 10101.9 lOS11.6 10531.6 10769.6 10977.6 11204.7 11432.1 11663.3 12693.4 12126.I
6990.0 72OS.S 7427.0 ::x . 6109.6
0349.1 b5bb.b 6631.2 9075.1
9316.3 9561.0
9110.7 10062.1 10315.9 10575.0 10826.2
Energies
3r2 LJ.MIN7
302 L3-It3N6
6973.2 7203.5 7424.9 7647.6 7674.9 0105.9 63bb.6 dSbS.9 6926.3 9069.6
6975.9 7201.0
9306.3 9552.7 9801.7 lOO52.5 10305.5 10563.5 10614.6 11077.4 11337.0 11603.1
9310.6 9555.1 9604.6 10055.7 10309.3 10566.2 10619.2 11003.9
9310.5 9554.9 9604.1
12676.4 12109.7 12340.4 12569.0 12799.0
11672.9 12149.6 12432.6 12720.1 13012.2 14304.3 13604.6 13905.2 14209.7 16517.5
11579.2 1215I.J 12442.0 12729.2 13021.2 14316.2 13616.4 13916.0 14224.4 14532.1
11675.9 12152.6 12436.0 li723.3 13015.5 16307.6 13901.7 14213.3 14521.1
11324.0 11557.1 11790.5 12025.6 13264.7 12506.9 12764.6 12942.2 13220.0
13027.2
13029.7
14azrJ.s
14643.6
14632.0
13456.6
3F3 L3-USN6
303 LS-M2N7
JOJ LI-)I266
3fb LI-YINI
~3443~6
304 L3-tl2W7
365 L3-N3N7
6971.7 7204.0 7425.5 7649.1 7676.5
6756.0 6964.7 7160.3 7374.9 7563.2 7794-l
6755.1 6965.7 7167.2 7374.1 75b2.1 7793.0
6346.7 b5b5.9 bb2b. b 9072.0
8012.b
boll.1
9229.1 b6bb.2
6227.5 0446.3 8666.0
6976.5 7201.7 7b22.9 7645.6 7473.0 6103.9 b342. b b531.6
6754.7 6963.2 7166.7 7374.3 7562.6 7793.5 6012.1 b226.4
9067.5
8663.1
6978.9 7204.2 7425.6 7650.2 7677.6 0109.2 b34b.6 6567.9 Ob30.8 9074.7
9301.2 9552.5
11603.1
6162.7 9099.5 9320.5 9540.2 9762.3 9987.6 10202.5 10429.4 10669.0 lOb74.2
11¶72.6 12149.b
11099.0 11336.0
11066.6 12165.1 12450.0
12042.6 13210.7 12523.0 12761.7 13001.3
:::::*: 14324:9 13625.3 13927.1
i347b.P
16653.5
11430.0
b107.6
9312.9 9557.4 9606.6 10057.7 10310.0
10569.1 10820.3
11091.1 11369.9 11617.1
11063.3 11343.0 11609.3
llbO.0 12166.0
llb79.3
11417.9 11641.9
0660.9 66d3.5 9100.4 9321.4 9541.2 9763.3 99bb.4 10203.6 10430.5 10650.2 10075.4
11100.2 11337.2
10966.6 11192.7 11420.1
11651.3
6661.1 9097.6 9316.3 9537.7 9r59.2 9913.5
1019b.7 10423.6 10644.6 10.566.7
ES
12450.2 127s7.6 13029.6 14325.0 13625.4 13927.2 1423J.6 14541.7
12156.4 12439.6 12727.1 13019.3 14311.6 13612.0 13912.9 14217.6 14525.5
11571.4 llbOb.6 12043.9 13262.1 1252b.b 12763.2 13002.6 13240.6
1109s.6 11320.7 11561.9 11795.3 12034.6 13269.9 12512.2 12750.0 12967.7 13225.6
r*
14653.6
14636.4
13460.5
1346r.f
357
JO1 L3-NJN6
of Tables
6976.8 7202.0 7423.3 7645.9 7673.1
6104.0 0342.9 6561.9 bb24.2 9067.6
6979.6 7204.9 7426.4 7650.’ 7676.3 8109.6 6349.0 65bb.b 0631.2 9075.0 9316.3 9560.9 9610.6 10062.0 10315.7 1¶574.0 10126.1 11090.6 11349.6 11616.8 11666.7 12165.7 12449.8 12737.3 13029.5 14324.5 13624.9 13926.7 14233.2
11142.4
11609.5
104
6624.1
9001.6
10052.4 10301.4 10563.5
10614.5 11077.4 11336.9
12432.9 12720.2 13012.1
14541.1
14304.5 13606.7 13905.4 14210.0 14517.7
14653.0
lb62b.5
7422.2 7646.5 7671.9 (105.0 6344.2 1563.3 D625.9 9069.5
10055.0 10306.0 10566.1
lOb17.3 11060.1 11339.b 11606.0
1360b.0
bLb7.4
11570.1 11605.4
13239.1
102 L3-I4216 6754.3 6962.9 7166.3 7372.0 7560.1 7790.6 1001. d 622b.e 6443.6 6663.6 (077.9 9094.6 9314.9 9534.2 9755.6 9979.6 10194.7 10419.5 106400.2 10664.3
11019.1
9315.9 9560.6
9blO.b 10063.B 103lS.S 10596.7 10625.9 11090.9 11369.6 116X6.9
14233.7 14541.6
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) Seepage 316 for Explanation of Tables 3-1
3PO 2 70
EL Ye LU "F rA
71 72 73 74 75 76 77 78 79 a0
a1 a2 63 64 05
It6 IL PB
9659.0 10119.3 10382.4
7390.3
rn PA "
8139.1 9091.2 9347.3 9603.0
10302.8 106411.5
llla9.6
11461.6 11743.2
12014.9 12296.9
12019.6 12302.6
12015.4 12297.4
12584.7 12179.5 13182.5
i2aa6.9
121)ao.o
1319o.ll 13496.9 13lYlO.8 15125.7
13163.0 13469.3
1444l.a
12590.2
NP
134Od.l
PIJ AU Cl es CF ES
13602.0 15114.3 14431.0 14751.6 15076.1
154os.a
lb763.3 15089.7 15419.3
FII
15739.6
15753.9
72 73 74 75 76 77 78 79
70
Yil LU "F 1A Y RC OS 1R P7 AU
80
"Ii
71
61
TL
82 a3 64 85 86 87 Ba 19
PB BI PO AT RN FR RI AC
90 91 92 93 94 95 96 97 98 99
TH
100
L3-HrN7
11081.0 11341.1 11615.9
llaa4.6 12159.1
735G.6 7566.5 70l4.1) 8047.1 Rite.9 6522.8 6769.7 9016.9
9265.3 9519.0 977o.a 7
10024.4 10202.8 105b2.1 10104.7 13071.7
11331.1 11604.6 1107b.l 12148.2
734a.a
7400.9 7639.4 7671.6 0106.5 6349.0
756h.5 7612.7 8044.7 a2w.4 8520.1 8766.9 9013.9 9265.3 9516.7
a592.n 8844.9 9097.3 9354.n 9610.9
9a17.c
9767.5 10021.0 10279.2 io53a. lOIIGO.9 11067.a 11327.0 11600.4 11869.9 12143.9
4
fOl26.7 10391-s 10657.7 10927.0 112OI.l llb69.7
15764.8
7403.4 7642.0
7a74.5 8112.1
0352.8 8596.9 8849.2 9102.0 9358.9 9616.1 9672.4 10132.4 10397.5 lC664.0 10933.7 11208.1 11476.6
12695.7 13199.a 13506.2 13820.4 15135.b 14451.8 14773.5 15100.1 15429.9
lG4 LJ'rtSh6 7T95.6 7633.8 7665.7
9106.3
12035.6 12319.3
12005.7 12267.1
12607.5 12904.8 13209.2 13516.0
12574.1 12868.0 13170.4 13475.7 137JH.9 15099.9 14415.3 14734.9 15058.3 153.5K.d 15719.4
IJ NP PU A* Cl8 EM CF ES
lbC41.6 15159.5
14104.9 15111.a 15442.1
FI(
15503.7
15481.3
15777.4
13a30.5 15146.0 14462.7
73bO.a 7b05.7
9.55b.2
11750.7
12420.0 12712.9 13001.9 1330S.2 13610.3 14911.3 14218.6 i452a. 3
LS'N4NI
10062.1
10322.6 10514.6 10149.7 11119.3 11362.2
Jr2 L31M4N7
3P2 CJ-I(4W6
7352.7
7350.0 75a5.9 7a14.2
7580.7 7117.2 80k9.6 6265.7 6525.7 8772.a 9020.2 9271.9 9523.6
8284.1 6524.2 8771.4 9011.7 9270.5 9522.3 9773.5
10027.3
11878.7 121S3.1
10366.6
10652.4 10921.2 11194.4 11462.6
12307.7
11742.5 12020.1 12302.4
12595.4 12892.2
12S90.2 1288S.3
15166.1
15525.6
14437.6 14751.3 Isoe3;o 15412.6
15744.4
13499.4
154ea.1
15760.3
1574b.1
JG5 LJ-M5N7
lH5 L3-M5N6
3w5 L3-M4N7
It46 LI-NSN?
7400.3 76313.7
7397.7 7635.9 7067.9
7350.3
7402.0 7640.6 7673.0
LI'MbN6 7341.7 7577.2 7aOb.b 8037.5 6272.7 8512.1 Ll758.3 9004.6 9255.4 9506.1 97S6.S 10309.3
1026b.5 10524.a 10786.6 11053.Q
7870.9 a107.b
9609.4
9ab5.4 10125.0 10389.7 10655.8 10925.0 11198.9
11467.0 11748.6
13809:o
e110.7 6351.3
0524.b b771.9
b595.3 b647.5 9100.2 9357.1 9614.1
9019.2 9271.1 9522.9
9859.0
977b.J
10119.1 10363.3 10649.0 10911.7
1002a.1
10130.3
10297.0 10546.7
1119O.B 11456.1
11070.0 11338.1
10395.3 10661.6 10931.2 1120s.s 11473.9
1173b.7
11612.b 11091.4 12156.b
11755.9 12032.8 123lb.l
12436.3
12bO4.2
12723.2 13020.2 13316.5 13621.6 14925.7 14232.9 14513.6 14IS9.1
12981.3 13205.6 13512.2 13926.5
12bO2.3
12596.1
12686.1
12892.8
12981.3 13275.4 13576.6 14874.9 14164.3
13191.a 13503.1 131317.2 15132.1 14448.3
14492.1 14004.3 15119.4
14769.9 15096.3 15426.1
14432.6 14753.5 15071.1 15407.6
15439.2
15760.8
15741.6
1229a.3 12566.0 12Obl.O 13184.1 13490.4 13OOb.b
15116.b
Data
9b70.4
~0110*0
12016.1
Atomic
15121.2
7506.1
834b.2 8587.7 8039.3 9091.4 93A7.7 9604.1
93S2.b
K’:
13816.b 15131.5 14447.8
7314.4 8018.4 8284.5
6104.1
8346.0 83591.7 1643.7 9096.1
13502.5
15095.3
12b90.2 12779.b 13070.b i337a.2
358
9862.6 10122.3
lb769.4
12025.3 12306.3
15SU3.2
9664.1) 10124.4
1319b.t
13616.0 14917.3 14224.7 14534.5 lbBb6.2
12121.2
1b935.0 15256.6
9095.6 9352.1 9606.6
0346.4 as90.1 6841.8 9094.1 93so.5 9607.1
lbb35.b 14756.2 15080.0 15410.6
364
12433.0
12711.1 13014.3 1331a.a
12207.6
14616.0
7069.1
Blob.2
lllPb.3 114b6.3 11748.0 12024.6
11336.0 11609.1
11658.3 11930.3
13686.3
7396.6
7b37.0
10389.0 10655.1 10924.3
1oaoe.5 1107s.a
11311.4 11583.0 11851.?
14992.6 14302.9
7400.7
7b39.1
a643.2
loPaL. 10545.5
11612.8 llO(11.5 12156.5
LJ-W5W6
7071.3 8107.3 6347.6 8591.3
a046.1
10547.1 lOB10.2 11078.1 ii33a.2
lf3
JF3 LS-N5N7
12436.3 12723.1 13020.1 13316.4 13621.5 14925.5 14232.7 14543.4 14651*B 15176.6
3w4
8939.3 9oar.o 9342.9 9596.9
lOll?.l 10376.7 106bl.a 1091o.a iita2.5 11449.0 li72a.9
12508.3 12883.3
13106.5 13492.3 13606.9 15119.1
7835.5 6069.8 6307.3 6548.7 8797.S 9046.6 9300.3 9553.5
0101.0 6346.0 a5ab.l
9861.4 10120.9 10365.1 10650.9 lG919.6
12018.3 12300.S
15475.7
L3-*5117
0105.3 6345.5 .55e9.1 aabo.7 9592.9 9349.2 9605.8
12027.6 12310.9
15740.1 JF4
739a.a 7637.1 7069.1
11192.7 114bO.a llT40.8
14431.6 14752.2 15076.6 15406.4
i3a03.3 15li5.3
302 L3-*5N6
11751.0
i259a.6
12439.6 12726.6 13023.7 13320.1 13625.3 14929.4 14236.7 14547.5 14663.0 i5iao.a
PA
102 L3-M5N'
12423.5 12704.3 13004.2 133OD.4 13605.4 149U6.3 14213.4 14523.0 lbaJ6.4 15154.0
12565.1
L3-ti4N6
7351.9 7567.9 7816.3 8050.2 8286.4 6526.6 6774.0 9021.4 9273.4 9525.3 9776.6 10030.7 io2ay. 105b9.5 10612.9
9159.4
lolla.
363
313 7. EL
15117.5
6639.6 9091.R 9341.3 9604.9
11157.6 11737.3
10916.6
90 91 92 93 94 95 96 97 98 99
a
7396.7 7634.d 7666.7 B10J.9 6344.3
10917.1 11190.1 11458.1 llI37.5
1064a.J
PO Al 6-R RI AC
a3cb.3 asa7.
311 L3-*416
906'3.7 10120*2 10394.7 10650.7 10919.8 11193.7
e1
67 aa 69
L3.15Yh
7636.5 7860.6 1104.1
?06.9.2 a303.7 6343.0 a5a7.2 aa36.7 9090.3 9347.0 9603.4
lP1
13.*5N7
7397.9 7636.2
* RE OS IR PT AU
86 AN
100
L3-l5N6
ad
15141.9 14490.4
15176.b
14710.3 15107.1 13437.1
15499.7
15772.1
Nuclear
Data
Tables,
Vol.
20,
No.
4, Octobr
1977
Semiempirical
F. P. LARKINS
TABLE
V. Auger-Line
Auger-Electron
Energies
Mr,-NN
Energies (in eV)
See page 316 for Explanation of Tables 150 2
EL
JPZ
“5-NlNl
3Cl
“5-NlkJ 44.0 64.7 72.7 87.0 97.0 109.7 12R.l 143.1 15e. 174.9
JPO M5-HlYZ
“S-YlN3 31.6 51.7 65.5 7b.ll 85.9 103.9 li3.d 133.3 lb’.1 164.2
43.0 63.9 72.1 63.8 97.‘) lC9.7 120.1 143.1 15d. 174.9
193.9 209.4 223.0 230.5 25b.2 271.9 288.6 305.5 304.3 319.3
182.7 196.3 210.9 225.4 241.1 25*. 274.6 291.1 289.4 393.8
339.2 361.Q 377.6 4OC.O 429.2 445.0 47&l 504.9 529.3 549.4
333.4 354.6 370.7 392.5 421.5 445.0 470.4 495.5 521.5 540.1
442.2 459.) 493.6 503.5 532.0 554.9 564.2 562.7 597.7 611.1
576.9 600.2 631.4 650.6 687.9 71b.3 734.7 756.8 760.7 605.3
OS fA PI AU “6 TL Pa 01 PO Al
629.3 637.3 649.5 664.6 661.7 670.0 660.9 674.6 611.1 675.3
e29.4 a47.2 061.9 092.8 902.9 922.8 93S.8 950.2 965.5 979.0
86 67 a* 89 90 91 92 9, 94 9s
RN FR RI AC rn PA u NP PU AN
665.5 663.4 653.0 644.1 633.9 620.6 627.6 621.1 613.2 607.4
982.5 994.7 999.6 1007.1 lOlI.1 1027.3 1043.6 1054.2 1067.6 1082.1
964.3 976.1 980.6 967.7 994.3 1007.2 1023.1 IO33.3 104b. 1060.4
96 97 98 99 100
CN BK CF ES F*
591.6 507.9 577.7 559.1 94e.7
1094.8 1107.1 1119.4 1127.2 1139.2
1072.0 ioab.3 1096.7 1104.1 1115.4
36 37 30 39 LO 41 ‘2 43 ,4 45
KR RB SR I ZR NB NO rc R” RN
26.6 45.2 so.5 59.2 69.4 ‘)a. 95.4 108.0 120.3 lJ5.3
46 4? 46 49 50 51 52 53 54 55
PO *is CD IN 511 sa TE I LE cs
151.4 166.5 115.0 105.9 193.4 215.2 222.2 233.3 227.9 246.5
193.9 212.9 223.0 2J8.” 254.2 271.9 268.6 3’35.5 304.3 324.6
56 57 5Ll 59 60 61 62 63 64 65
BA LA cc PR ND P” 511 EU GO TB
256.d 212.7 265.7 303.4 328.? 345.9 369.5 390.7 413.6 425.S
66 67 60 69 70 71 I2 73 74 75
DI HO ER TN YB LU HF ,A Y RE
76 I? Ill 19 80 81 82 83 64 65
I
3
43.4 64.2 72.7 83.6 97.5 109.’ 129.1 143.1 156. 174.9
3’0 M5’N3N3
lS0 M5-N2N2
3Pl
3P2 *5-NSN3
102 N5-N2N3
56.7 79.0 09.6 102.5 118.4 J32.5 153.5 170.5 168.3 206.1
54.6 76.0 07.7 100.4 116.2 130.1 151.1 161.9 185.6 203.2
*5-UN3
56.1 79.3 99.6 102.5 118.4 132.5 153.5 170.5 Iaa.3 20b.l
97.4 112.9 12b.T 141.4 164.0 181.5 190.9
56.2 76.4 (19.6 102.5 11.5.4 132.5 153.5 170.5 Ian.3 206.1
193.9 206.2 223.0 238.0 254.2 271.9 2811.6 305.5 304.3 313.9
221.1 24S.P 261.4 2ea.9 299.5 322.9 343.8 366.2 369.0 3n5.7
219.7 232.0 253.3 271.6 290.7 313.7 334.5 356.5 359.0 364.5
227.1 243.2 261.4 2eo.o 299.5 322.6 343.8 366.2 369.0 379.9
227.1 249.2 261.4 EBO.0 299.5 322.8 343.8 366.2 369.0 389.5
224.1 240.9 258.1 276.7 296.0 319.1 340.1 362.4 365.0 376.8
317.1 336.8 351.8 371.7 40J.6 427.0 449.2 4ba.o 503.1 513.7
327.1 346.6 361.5 361.3 415.5 445.0 459.9 477.6 511.1 524.2
403.2 43’). 450.0 476. 509.3 533.1 565.2 596.6 622.5 649.9
3ao.3 403.1 419.6 441.1 473.8 518.0 530.0 544.8 589.3 602.3
397.1 422.2 440.4 464.5 491.3 530.1 554.2 577.1 612.4 632.8
4oa.o 435.4 455.2 461.9 514.7 530.1 571.0 642.9 b28.6 656.4
393.9 419.0 437.1 461.2 493.9 525.2 550.6 513.5 600.6 629.0
566.3 5a9.3 619.1 636.5 675.5 701.0 721.7 743.4 766.9 791.1
528.6 553.6 575.8 591.e 625.2 653.5 666.2 606.5 704.4 721.8
536.” 563.3 585.’ 601.3 634.T 663.5 678.1 696.5 714.4 731.6
68,. 716.2 747.C 771.8 817.5 q46.4 877.7 902.7 935.1 970.3
613.0 645.6 654.3 677.1 715.0 749.1 768.6 786.4 806.9 027.9
657.0 667.9 709.7 731.7 r73.6 805.5 aso. 852.4 a79.0 907.2
694.2 723.2 754.2 779.2 625.C 654.4 865.5 910.3 943.3 978.6
653.2 614.0 705.8 727.7 769.6 aoi.3 826.6 848.1 674.6 902.7
1114.4 632.3 653.7 617.1 886.9 906.4 917.1 933.1 94a.o 961.1
761.0 754.2 770.1 704.2 763.4 800.0 BO3.I) 813.0 819.6 922.1
751.1 764.4 790.4 794.5 796.0 810.5 a14.4 023.6 629.5 633.0
999.5 1026.0 1057.3 1oa9.4 1111.9 1141.9 1165.2 1191.5 1219.2 1247.*
a47.6 166.0 685.2 691.9 909.9 922.6 931.9 944.2 952.9 9b1.2
931.6 954.8 919.8 1002.3 1019.3 1041.3 1057.7 1077.2 1095.5 1113.9
1006.1 1535.) 1066.2 109.6.4 1121.1 1151.3 1174.7 1201.2 1229.0 1257.4
927.3 930.2 975.2 997.6 1014.5 1036.4 1052.7 1072.1 1090.3 1106.7
al*.4 dia.5 809.3 807.6 802.5 805.5 1103.7 dOl.2 796.5 791.6
820.5 929.7 620.6 819.1 814.1 OlT.‘; 815.6 613.2 608.6 801.1
1263.6 1209.5 1309.1 1332.2 1356.9 1366.8 1419.8 1447.1 i4ai.3 1515.5
961.5 965.5 957.3 962.5 962.4 973.4 970.5 971.9 970.2 966.5
1122.3 1137.4 1143.3 1157.6 1169.6 1190.6 1205.9 1220.4 1236.0 1252.2
1273.B 1299-O 1319.7 1343.0 1366.9 1397.9 1431.1 14SO.6 1492.9 1527.2
1117.0 1132.0 1137.0 1152.1 1163.9 1114.9 1200.1 1214.6 1230.8 1246.1
791.4 765.6 77a.7 ?67.3 756.2
do3.6 798.1 791.4 7d0.2 769.2
1549.9 1504.‘) 161d.C 1651.5 1689.3
975.1 973.2 969.4 965.0 956.9
i273.a 1290.1 1305.3 1320.0 1335.0
1561.9 1596.1 1630.3 16b3.9 17C1.9
126?.? iza3.9 1299.1 lJ13.7 1326.6
J
J
4
359
3
52.3 74.1
86.9
J ‘
J
Atomic
Dota
8
and
Nuclear
Dota
Tobler,
Vol.
20.
No.
4.
October
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line Energies (in eV) With Configuration Interaction See page 316 for Explanation
2 EL 36 37 30 39 40 41 42 43 44 45
lS0 YS-Nlhl
3P2 *5-*lN3
Energies
3rl N5-NlN3
MyNN
of Tables
lF1 h5-NIN2
3PO P5-NlN2
3ro *5-N3N)
IS0 N5-N2N2
3Pl NS’NZN3
3P2 NS'N3N3
ID2 N5-N2N3
5b.2 70.3 89.6 102.5 110.4 132.5 153.5 170.5 186.3 206.1
53.3 75.2 b5.9 98.5 114.1 127.9 14B.b 165.3 182.8 200.3
56.2 78.4 89.b 102.5 1to.4 I32.S
5b.7
54.8 7b.8 n7.7 100.4 lib.2 130.1 151.1 167.9 td5.b 20312
221.0 233.7
227.1
227.1
224.1 240.9 2¶8*1 27b.7
299.5 322.8 343.8
::;::
::x 2so:o 29915 322e3 34386 3bba2 369.0 379.9
hR rnB SR ‘I ill NB MD TC nu hH
25.5 44.1 49.4 50.1 (8.2 78.9 94.2 lob*7 11910 133e9
44.0 L4.7 72.7 n3.n 97.0 109.7 121.1 143-l t9n.3 174.9
43.6 64.2 IL.7 83.6 97.0 109.7 128.1 143.1 158.3 174.9
37.6 57.7 65.5 7c.o Ill.0 100.9 ::f;*: . 148.1 164.2
43.4 63.9 72.7 83.8 97.0 109.7 128.1 143.1 150.3 174.9
lb PD 47 A6 48 CD 49 IN 50 SN Sl 511 52 1E s3 I 54 XL 55 LS
150*4 16560 17316 114*5 19741 208.9 220*9 L32*0 22ba5 545rt
193.9 212.9 223.0 238.0 254.2 2Tl.9 288.6 305.5 [email protected] 32A.b
193.9 209..4
102-l tPb*o 210.9 225.4 241*1 25b*4 274*6 291*t 209.4 303.8
193.9 206.2 223.0 233*0 25412 271.9 233.6 305.5 304*3 313.9
227.1 241.4 2b1.4 280*0
5b 57 56 59 b0 61 62 b3 b4 (15
I4 LA CL rn ND PM S’ LU (ID 18
255*4 271.3 Pale3 302*0 327*2 34b*5 366.0 389-P 4t2*2 424*0
339.2 361.0 377-b 400bO 429.2 445.0 471.1 504.9 529*3 549.4
333-4 354ab 379.7 392.5 421.5 445.0 470.4 495.5
317-t 336-8 351*8 371.7 40046 427.0 449a2 468.0 500.1 513.7
327.1 34b.b 3bl.5 381.3 41045 445.0 459.9 477.b 511.7 524.2
403.9 430.9 450.6 47711 509*7 539.1 5bS.8 597.3 623.2 b50.b
381.1 403.9 420.4 44t.e 474.5 519.4 531.6 545.6 590.1 603.0
397.1 422.2 44Ob4 4b4r5 497.3 530.1 554a2 577.1 LIZ*4 632.8
401*0 435.4 455e2 at*9 514.7 53011 571ao 602.9 b23.b 65ba4
393.9 4t9.0 437.t 4b1.2 493.9
bb b7
tY kD
Sbb.0 539.3 619-7 634.5 675.5
52616 553@b 575*3 59A*b 625-2 b53*5 bb4*2 656-5 704*4 7Zl.8
b8b.t 716.9 747.7 772sb 418.2
613.7 b46.5 659.1 b77.q
:::'; 709:7
:: Ye
576-9 600-Z 631.4 650.6 b87.9 714.3 734.7 756.8 780.7 805.3
530.0 5b3*3 535.2
:: 70
440.8 458*2 489eO 501*9 530*5 5s3*3 5b2e7 561.2 59ba1 609-b
:::*: . 903.5 935.9 971.0
::“p*: 769Z4 787.2 101.7 n2I.b
:::*: 754:2 779.2 825.0 354*4 05.5 etoas 943*3 978.6
:::‘: 705:s 727.7 7bV.b 801.3 62b.b a4a.t 874.6 902.7
627.8 635-b 646.0 bb3*0 bbOa2 bb9*3 bb7*4 bt3*3 b75eb 67310
829.4 847e2 nnn.9 e92.n 902.9
014.b
741-O 754-2 770-l 704*2 786-4
751.1 7b4.4 780.4 794.5 79s.e
1000.3 1027.5
:::*: .577:1 ama9
K . 950.2 965.5 979.0
K . 933.1 9411-o 911.1
xi s13:o 818-b 022.1
2’: b23:9
982.5 994.7 999.6 1007.1 1014.1 1027.3 1043.6 1054.2 1067.6 10n2.1
9b4a3 97b.l 900.6 907.7 994.3 1007.2 1023.1 1033.3 to4o.3 1060.4
817s4 OIL-5 80903 807-b 302r5 905*5 803.7 001.2 796.5 791.0
1094.8 1107.1 1119.4
1072.0 1014.8 1090.7 1106.1 1115.0
791.4 795.6 77b.7 767.3 75b.2
:: :‘: 73 TA 74 * 75 HE 76 77 78 79 80
us 1R t1 AU HG
:: 113 84 35
:: trl PO AT
86 RN I7 FR :; 90 91 92 93 94 95
2 1H PA U kP PU Al’
96 ‘Y 97 nr 98 LF 99 LS 100 fN
064.0 bble9 051.5 642.7 2:‘: . 626.4 LIP.7 611.1) 605.9 596.4 506.4 :::*: 5.313
K:‘:
.
223.0 238ao ::x 299,:b 305.5 304.3 319.3
::2: .
:r: 74314 7bbeP 791.1
:r: bb3:5 673.: 696.5 714.4 73t.e
:::*: ,.,:a 3bb.2 369.0 30.5
::x 292: t 311.0 335.7 357.4
:::‘: tsr:, 206.1
:::': so,:, 430.8 m2.4 579*0 907.2
:x 34o:t 362.4 3b5.0 376.8
:::*a’ 319:5
:::*: 573:5 b03.6 629*0
93111 954.5 979*3 1002a3 1019.3
::2: 1192:P 1219.9 1248*I
348.4 bbb.7 886.0 498.7 909.7 923b4 932.7 94510 953.7 962.0
::::*: tO77:2 1095*5 111349
::::*: 1201:o
928.5 829.7 420.6 619.1 e14*1 017.3 815.6 813.2 800.6 804.1
1214.3 1290.1 1309.8 1332.9
912.3 9bb.3 9Sbol 90.3
1122*3 1137.4 114313 115786
1273*8 t299a8 1319.7
:::x . 1420.5 1447.8 1481.9 15lbel
::x 971:3 972.4 971.0 917.3
:::r: 1205:9 t220*4 t23b.8 1252.2
1397.9 t431.1 t453.b 1492e9 1527.3
1117.0 1132.0 1137.0 1152.1 llb3aP 1184.9 1200.1 1214.6 1230.8 1246.1
bO3.0 79brl 791.4
155015 1584.6 1blPeb 1652.1 tae9.9
975.9 974.1 970.2 96588 957.7
1273.0 129061 1305r3
15bl*9 t59bbl lb3013
1267.7 1203.9 129911
:::r: 1112:7
::xi *
x
.
360
1:::‘:
Atomic Dti
927.3 ::c: 99,: b 1014.s
:::;*:
.
t:::*:
and Nucleor
.
.
::::*: torn:, 1090.3 llOI.?
i:::‘:
.
Dota Tables, Vol. 20, No. 4, Oaober
1977
Semiempirical
F. P. LARKINS
TABLE
V. Auger-Line
Auger-Electron
Energies
M,-NN
Energies (in eV)
See page 316 for Explanation of Tables *5-WINS
102 YS-NlN.
MS-NJNL
3Pl 15-u3!d5
301 MS-NJN4
24C.6 266.0 200.6 2911.7 317.9 337.5 357.2 376.5 300.0 CO?.1
244.6 266.0 280.6 29a.7 317.9 337.5 357.2 376.5 379.c 406.0
241.4 262.4 276.6 294.3 313.1 332.4 351.8 370.a 373.1 399.8
244.6 266.0 283.6 298.7 317.9 337.5 357.2 376.5 378.0 404.0
279.6 304.9 320.9 342-T 365.2 390.5 414.6 439.5 445.‘) 473.2
279.6 304.8 320.9 342.7 365.2 390.5 414.6 439.S 445.8 473.4
279.1 302.0 320.1 341.a 364.3 319.5 413.6 430.4 444.0 469.0
274.6 295.1 314.7 336.0 358.1 3a2.e 406.6 431.0 437.2 457.5
56 84 57 LA 50 CE 59 PI? 60 ND 61 PM 62 SN 63 EU 64 GO 65 TB
426.2 453.6 471.7 501.2 532.9 563.1 593.0 624.6 656.0 681.6
424.9 450.6 471.7 501.2 532.9 563.1 593.0 624.6 656.0 681.6
410.5 443.9 464.8 494.0 525.6 555.6 505.3 616.6 647.9 675.4
423.6 450.6 471.7 501.2 532.9 563.1 593.0 624.6 656.0 663.6
496.0 523.6 553.1 507.0 622.4 651.15 690.1 727.1 159.1 795.3
496.3 521.3 552.0 516.7 622.1 651.0 6.59.8 726.7 759.L 194.9
492.5 523.0 547.3 510.0 616.1 649.6 603.6 719.9 753.0 707.9
47a.n 508.9 531.7 562.9 59a.2 640.0 666.0 694.2 735.1) 764.1
66 67 60 69 70 71 72 73 74 IS
0” HO ER TN I8
711.r 741.9 779.a 903.5 a42.3 874.2 (96.9 92f.C 955.9 904.6
711.r 741.9 776.5 803.5 esa.4 (70.7 a93.3 923.4 951.7 9ao.3
703.3 733.3 765.2 194.4 323.9 05B.6 aa0.a 909.5 936.6 9.65.1
711.7 741.9 770.7 601.5 a29.i 864.4 806.0 915.4 942.5 971.1
833.9 869.7 090.5 93r.2 971.5 1010.0 1043.1 1075.0 1110.7 1150.3
83J.S
869.3 901.8 936.3 978.0 1013.6 1046.9 1060.1 1116.9 llSC.4
a25.9 (161.7 095.4 928.7 968.l 1006.7 io39.a 1011.9 1107.7 1147.1
789.2 a26.9 846.6 na2.0 912.4 953.1 980.4 iooa. I 1030.1 1070.3
76 77 7a 79 80 81 82 83 ah aS
OS If! PT LU “0
1019.7 1041.3 106e.a io9a.7 1114.8 1139.7 1159.3 1112.8 1205.0 1224.4
101S.l 1036.6 1064.0 1093.7 1109.6 1134.3 1153.7 1177.0 1199.0 121a.2
997.3 1016.9 1045.1) 1074.5 1069.4 1113.0 1130.7 1352.0 1172.6 ita9.9
1003.1 io24.a 1051.9 loao.6 1095.6 1119.3 1137.0 1159.2 1179.0 1196.4
1187.7 1219.1 1255.3 1292.5 1320.1 1354.1 1304.5 1416.6 1449.1 1481.7
1196.5 1227.1 1264.6 1302.2 1330.6 1365.6 1397.6 1431.3 1465.6 1499.7
1184.9 1216.2 12s2.3 iza9.5 1317.1 1351.1 13a1.5 1413..5 1446.3 1478.7
1102.9 1129.7 1160.0 1167.3 1209.0 1234.7 1257.8 12a3.0 1305.a i3za.L
4”
1235.7 1254.7 126a.s i2a3.9 1297.a 1316.9 1343.1 1360.7 i3a7.i 1410.5
1229.5 1240.3 1261.9 1217.0 i290.a 1311.9 1335.8 1353.2 1379.h 1402.6
1201.1 121e.1 1220.9 1241.2 1254.0 1276.9 1294.3 1309.7 1332.1 1352.5
1207.7 1224.7 1235.5 1247.9 126O.a 1203.9 1301.1 1315.7 1339.1 1359.5
1506.0 1537.0 1562.0 1591.1 lp2l.J 1662.1 1696.4 1729.‘) 1772.3 1612.6
1523.8 1556.b 1505.1 1616.2 1646.9 lbOS.9 1726.8 1161.1 11Oll.3 1051.5
1503.0 1534.0 1559.0 15.SiJ.l 161a.o 1659.0 1693.3 1725.9 1769.3 ia09.7
1344.3 1364.1 i375.a 1395.0 1412.8 1443.0 1460.0 1479.4 1504.7 1526.0
CN BI cf ES r*
1432.2 1450.4 1473.7 1490.3 1510.2
1424.2 1442.3 l‘C5.3 1401.8 1501.5
1371.1 1306.3 1405.5 1419.0 1435.9
1376.2 1393.4 1412.7 1426.3 1443.2
1653.5 ia90.q 1932.0 1971.7 2014.h
189S.O 193f.l 1900.1 2Q22.6 206.3.3
1850.4 1807.7 1920.9 196a.5 2011.4
1553.6 1572.0 1594.9 1615.4 1635.3
303 z ‘6 h? 48
EL PD IC CD
49 IN 50 SN 51 se 52 TE 53 I Sh
XE
55
es
a6 a7 a8
a9 90 91 92 93 94 95 96 97 98 99 100
LU
NF IA Y RE
1L
Pil a1 PO
4~ RN FR n4
LC TN PI
” YP PU
“5-NlN5
JD2
101
“5-Nlk4
361
JPD
lP1
“S-NZN‘
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV)
M,-NN
Seepage 316 for Explanation of Tables I
EL
46 PO #I A6 40 CD
SF2 ms-*3ws
102 NS-NSNb
JP2 MS-NZNS
302 MS-NZNb
3f3 MS-N3WJ
282.1 30s.o 324.2 346.2 369.0 39b.b b16.8 443.8 450.4 b73.9
279.6 301.3 3.X0.9 3b2.7 365.2 390,s b14.6 bJ9.S 446.9 b67.b
279.1 290.3 320.1 341.4 361.3 339.S 413.6 538.4 444.5 b6b.4
283.0 307.9 324.9 347.1 369.9 39s.4 419.9 bbb.9 451.7 477.1
303 NI-WJNb
IFS MS-NZNS
3fb I’S-N3N5
279.1 302.11 320.1 341.6 36b.3 389.5 413.6 b3O.b bbS.7 b71.7
273.9 294.9 313.6 3JS.P 357.0 311.7 bOS.4 b29.7 bJ6.0 b58.7
263.0 306.6 324.9 3b7.1 369.9 395.) 419.9 544.9 bS2.7 481.4
480.4 509.0 531.9 563.) 5913.6 638.3 666.3 695.2 735.9 764.9
5Ob.7 53b.9 5S9.6 593.7 629.3 658.1 697.4 734.5 767.3 803.0
:o' I1 52 53 a4 55
:I: se VE I XE CS
2.9J.0 307.1 32b.9 347.1 369.9 39S.b 419.9 4b4.9 451.3 b79.1
S6 I? se S9 60 61 62 63 64 6S
BA LA CE cn NO PN SN EU 60 78
SOP.3 S33.L SS7.9 s91.9 627.4 650.1 69S.b 732.4 765.3 800.9
496.6 S26.S ss3.0 556.6 622.3 6S6.6 696.0 726.6 7S9.6 79s.o
b(19.1 S19.6 Sb2.6 SIC.1 609.7 6Sl.O 678.1 706.2 748.6 776.(1
466.5 514.3 537.2 S60.S 603.9 649.6 672.1 700.0 742.3 775.3
500.0 531.8 '556.3 59U.l 62S.7 656.1 693.6 730.2 763.S 796.7
b95.5 524.3 548.5 502.1 617.b 649.6 685.0 721.0 7Sb.5 769.2
66 DV 67 HO 60 ER
633.S 669.b 899.6 936.6 973.1 1011.4 1044.6 1076.5 1112.4 1151.9
001.9 .340.0 061.7 (95.4 93i.a 969.3 997.0 1027.0 1058.2 1090.7
79s.3 133.1 659.6 8(10.3 925.9 967.0 99b.S 1022.9 1052.7 1095.2
636.9 673.0 906.0 940.4 982.1 101e.n 105l.b 10.54.6 1121.5 1161.1
626.9 662.7 696.2 929.6 969.9 1007.5 1040.4 1072.5 1108.3 llb1.5
790.9 826.5 lS7.0 8b4.0 927.0 961.4 992.3 1022.2 1053.5 1016.1
041.6 877.3 915.9 945.7 993.3 1021.6 1062.2 1096.1 1133.s 1173.3
::
n:
839.5 87S.S 911.7 943.2 986.3 1024.2 1osr.r 1091.4 1126.6 1168.3
76 77 70 79 eo 61 ez 63 04 BS
OS XR Pr AU NC IL PI BI PO AI
1201.9 1240.3 1276.9 1315.4 13bb.2 1379.s 1411.6 lbbS.S 1480.4 lSlb.6
llsJ9.S 1220.9 1257.1 129b.3 1322.0 1356.1 1386.S 1416.9 1451.5 1483.9
1126.5 11'13.3 11.94.2 1212.8 1235.7 1262.0 1207.9 1314.6 1339.9 136b.3
lllY.l llbS.2 1175.8 1203.4 1225.4 1211.4 127b.8 1300.4 1323.5 1346.0
1201.1 1232.4 1268.9 1307.0 1335.6 1370.7 1402.6 1436.1 lb70.7 1504.9
llOS.b 1216.6 1252.6 lEll9.7 1317.3 1351.3 1301.6 lb13.9 1416.5 lb7l.1
1121.8 1146.6 1179.s 1200.2 1231.1 1256.2 1283.3 1309.9 135S.J 1359.6
12lb.l lZbS.6 1282.3 1320.9 1349.8 1385.3 1417.7 lbS1.6 14B6.7 lS21.3
86 RN 67 FR BO RI
lSO6.3 lS39.b lS6S.2 1593.6 1623.6 1664.7 1699.1 1731.7 17IS.l 36lS.6
1380.6 1402.6 1417.5 lb39.0 lbS6.7 lb(17.9 1511.1 1532.7 1562.1 lSO6.6
1362.6 1382.0 139b.1 lb14.2 1432.4 lb6t.7 lb.90.1 1499.9 1525.4 lSC7.0
1529.2 lS62.0 1590.5 1621.6 lbS2.b 1691.6 1732.b 1766.6 161b.0 1657.2
1503.0 lS34.0 lSS9.LI 1508.2 1610.3 1650.8 1693.3 1725.8 1769.2 1609.6
1376.0 1398.0 1412.8 1435.1 lb54.1 1483.2 1506.4 1520.0 15S7.4 1581.8
1545.6 1579.0 1606.0 1639.6 1670.7 1710.0 1751.5 1786.2 1.933.a 1077.5
1656.4 1893.8 193'1.1 1974.1 2017.8
1617.3 1639.6 1665.9 1619.5 1712.5
1575.0 1594.5 1616.8 1637.7 lbS7.E
1900.1 1940.9 1906.0 2028.5 2074.2
1RSO.b 1687.6 192.5.8 1968.b 2011.3
1612.6 1634.8 1661.1 1605.7 1707.7
1921.5 1961.9 2007.3 2OSO.Z 2096.3
:d'
:T
71 IA 72 Wf 73 1A
:: 91 92 93 94 95
:: PA u NC PU AN
lS39.3 lS72.3 1601.2 1632.6 1663.6 1702.Y 17bb.l 1776.7 1826.1 1869.6
96 97 98 99 100
CM BK Cf ES fN
1913.) 19S3.8 1999.1 204t.a 2osl.s
362
Atomic Data ad
Nucle,or Data bbler,
Vd. 20, No. 4, Cktcbm
1977
Semiempirical Auger-Electron
F. P. LARKINS
Energies
Me-NN
TABLE V. Auger-Line Energies (in eV) See page 316 for Explanation of Tables 3PO 2
EL
JPl *5’1415
JF2 *5-N5h5
102 NS-N4N5
JP2 *5-“4”4
Jf3
MS-M4NS
3f4 *l-NS*S
164 NS-N4NS
327.6 35¶.1 37S.3 4m. 1 42% 5 452.5 479.5 106.6 516.4 ‘151.1
331.1 359.3 379.4 404.9 430.3 454.1 445.5 S12.9 523.2 $54.3
332.6 360.4 301.7 4J7.0 433.0 469.4 441.0 515.5 525.9 561.3
131.3 359.3 340.0 405.2 431.0 4sa.4 405.4 513.2 s24. t 559.5
331.1 359.1 I?*.4 404.9 430.8 450. I 445.5 512.9 522.4 557.3
332.6 360.4 341.7 401.0 433.0 460.4 400.0 515.5 525.9 561.2
332.6 360.0 361.7 407.0 433.0 460.4 444.0 515.5 527.6 563.2
330.6 no.5 379.1 404.2 430.0 457.3 404.6 512.0 522.5 Ml.6
506.1 620.9 650.1 691.1 729.2 772.2 (04.1 049.9 049.6 932.7
S74.2 613.S 642.4 643.2 721.1 763.9 799.5 441.2 040.6 923.5
545.7 620.9 650.1 691.1 729.2 772.2 000.1 049.9 449.6 932.7
5.99.0 624.0 653.3 694.4 732.6 775.7 411.6 453.b 493.3 936.5
547.0 621.3 650.5 691.5 729.6 772.6 004.5 050.4 090.0 933.1
544.6 620.9 650.1 691.1 729.2 772.2 604.1 849.9 dq9.6 932.7
544.7 624.0 653.3 694.4 732.6 77s.7 011.6 453.6 093.3 936.5
591.0 624.0 653.3 694.4 732.6 775.7 411.6 453.6 493.3 936.5
sas.0 619.4 649.0 690.0 724.0 771.0 606.4 440.7 050.2 931.3
971.9 1014.6 1014.7 1093.5 1137.3 1170.3 1214.0 12SS.R 1297.4 1341.1
962.5 1003.0 x035.0 1043.4 1110.9 1150.0 1193.1 1231.5 1270.5 1314.0
971.9 1014.6 1350.2 1093.5 1129.2 1173.4 1230.9 1249.1 1249.5 1333.3
975.6 1015.7 1059.9 1097.6 1143.1 1103.4 1219.7 1261.8 1303.6 1347.5
972.4 1015.1 1051.6 1093.9 113’3.6 1174.9 1210.4 1250.1 1291.1 1334.9
971.9 1514.6 1043.6 1093.5 1114.1 1166.3 1201.6 1240.0 1279.1 1322.d
975.4 1014.7 1054.3 1097.6 1133.5 1177.4 1213.4 1253.7 1294.2 1338.1
975.4 1014.7 1062.6 1097.6 1145.9 1146.4 1222.7 1264.9 1306.7 13s0.7
970.5 1013.2 1049.4 1092.0 1124.6 1172.6 1204.1 1244.4 1200.4 1332.5
1392.5 1427.6 1469.9 1514.2 1545.7 154d.9 1629.6 167u.l 1712.0 1752.1
1359.6 1394.0 1436.3 147O.J isi0.a 1546.7 lS45.7 162S.9 1661.0 1697.2
1341.9 1417.2 1459.2 1502.5 1536.1 lS7S.J 1614.3 1653.0 1693.4 1731.7
1399.2 1434.4 1476.4 1521.3 1555.1 159b.S 1637.4 1670.3 1721.2 176u.5
3303.5 1416.6 146C.4 1504.2 1537.4 1577.0 1616.1 1655.1 1695.2 1133.5
1364.5 1404.J IC45.6 1457.d 1520.4 1551.5 159s.7 1634.1 lb71.3 17J7.6
13d6.4 1422.2 1464.3 1507.7 1541.5 1560.6 1619.9 1659.6 1699.2 1737.6
1402.4 1437.7 1400.2 1524.7 lSS9.6 1600.0 1641.0 1642.0 1724.0 1764.3
1361.2 1416.5 1450.4 1501.7 1535.4 1574.5 1613.S 1653.1 1692.6 1730.9
PU arl
1704.2 1024.0 1661.5 190*.5 1930.3 1945.2 2034.1 2075.5 2135.6 2141.9
1729.3 176S.l 1196.4 1030.0 106S.4 1916.6 1951.6 1949.3 2041.6 2047.9
1764.0 1401.9 1636.7 ld72.9 1909.6 1954.0 2COl.O 2’340.6 2596.9 2146.3
1792.8 1532.7 1471.5 1909.4 1947.7 199C.7 2043.9 2005.4 2145.d 2191.2
1765.5 1403.1 1534.6 lR74.r) 1911.7 1960.8 2003.1 2042.6 2099.0 2141.4
1740.3 1776A la’)?.6 1341.2 1477.1 1920.? 1963.5 2OFl. 1 2053.6 2100.0
1770.0 1408.0 1442.9 1079.2 1916.2 1965.4 2007.7 2547.3 2103.4 2153.3
1796.7 1036.7 1474.5 1913.4 1951.4 1990.9 2044.2 2049.4 2150.2 2202.6
1763.2 1401.1 1535.0 1472.1 1909.0 195d.O 2000.2 2039.7 2096.1 2145.5
CN 84 Cf ES f?l
2243.4 2206.5 2342.5 2394.0 2447.7
2134.5 2174.7 2222.4 2260.3 2316.1
2196.0 2239.2 2291.5 2340.1 2391.0
2255.9 229’.2 2353.4 2403.1 2459.0
2198.1 2241.4 2293.6 2342.q 2393.2
2146.8 2167.1 2235.4 2241.2 2329.1
2203.1 .2246.4 2294.4 2347.5 2394.5
2255.4 2301.7 2354.0 2409.7 2463.7
2195.2 2230.4 2290.6 2339.2 2390.1
PO
4? 40 49 so 51 52 ss 54 55
AG co IN SN s4 If I Xf cs
S6 ¶I so s9 60 61 62 63 64 65
IA LA cc PR
66 6? 60 69 ro 71 72 73 74 75
01 HO ER
76 77 76 79 a0 01 a2 a3 64 a5
OS IR P1 AU ~6 1~ rd EI
96 97 94 99 100
1st MS-N4N4
331.1 3s9.1 379.4 404.9 439.4 454.1 405.5 512.9 523.4 SSO.6
,6
06 a7 44 49 90 91 92 93 94 95
N5-15N3
NO PN
S* EU 60 TO
1N
Ye L” Nf IA I RE
PO
IT RN
fa ill AC rn PA ” NP
363
A‘omk Doto and Nucle.ar Dda Tder.
Vol. 20, No. 1, Ocbixr
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) Seepage 316 for Explanation of Tables 2 EL
3F4 MS-NlN7
3fJ MS-NlN7
IF3 *5-Nlw6
JF2
*S-RlNil
301 HS'Y3N6
302 "51w3w7
102 NS’N3N6
Jf2 RI-NtYI
70 71 72 73 74 75 76 77 78 79
VE LU Hf TA * PIE 05 IR PI AU
1064.9 1095.6 1.132.6 1166.5 1199.1 1241.7 1275.1 1311.0 1347.7
1024.1 1064.9 109S.6 1131.7 1165.5 1199.6 1240.5 1271.8 1309.6 1346.2
1020.3 1060.9 1091.3 1127.1 1164.7 1193.6 1235.1 1266.2 1303.7 1340.0
1064.9 1095.6 1130.7 1164.4 1197.3 1233.9 1272.1 1307.6 1344.0
1166.2 1210.2 1251.5 1289.9 1332.3 1376.0 1423.1 1465.9 1510.5 1555.3
1167.7 1211.9 1253.2 1291.6 1334.1 1377.9 1425.0 1467.9 1512.5 1557.5
1163.7 1207.5 1242..8 12813.9 1331.3 3375.2 3422.5 1465.4 1510.2 1555.2
1112.7 1159.0 il94;s 1229.2 1265.6 1302.1 1344.4 1382.7 1421.S 1456.6
80 81 82 n3 64 ns 86 (I7 00 89
HG rL PB EI PO AT RN CR RI AC
1373.0 1405.6 1434.2 1463.7 1493.8 1522.0 1541.1 1SIl.J 1509.6 1613.7
1371.4 1403.9 1432.4 1461.8 1491.7 1519.7 lSJ.S.8 lSb7.J 1587.0 1611.0
1364.9 1397.2 1425.2 1454.3 1483.7 1510.9 1529.9 1556.9 1577.2 1600.4
1361.9 1401.3 1429.3 1451.r 1407.8 1SlS.O 1534.1 1561.0 1501.6 1604.7
1592.9 1635.7 1676.2 1715.6 1757.6 1799.n 1831.9 1872.7 19G8.3 1947.4
1595.2 1638.0 1676.7 1718.2 1760.5 lb03.2 1.S35.3 1877.7 1912.3 19S2.2
1593.1 1635.9 1676.9 1716.4 17S8.0 1801.3 1833.4 1374.6 1910.1 1949.4
ibba.4 1523.0 _.~~_. 1556.4 lSb8.7 1621.2 1653.4 1677.5 l107.3 1728.9 1759.0
90 91 92 93 94 95 96 97 98 99
TN @A " NP P" AN tN BK Cf ES
1636.4 1663.3 1697.4 1726.7 1756.9 1799.0 1819.5 1843.6 1879.6 1904.1
1633.7 1660.3 1694.2 1123.5 1753.6 178S.b 1816.0 1844.9 1874.0 1900.2
3623.5
1648.0 1681.0 1710.2 1740.3 1769.6 1900.0 182O.J 1856.1 1801.4
1627.4 1652.3 168S.4 1714.7 1744.0
1991.9 2036.5 20117.5 2133.7 2184.0 22 36. b 2269.3 2340.2 2392.2 2443.6
1909.1 2032.2 2082.3 2128.6 2179.8 2229.2 2283.7 2331.8 23.31.9 2433.4
1766.7 1019.6 lIJS1.6 1nns.o 1918.1
1804.5 1032.6 106C.6 1.38b.l
1907.1 2030.0 2080.0 2126.3 2171.s 2226.7 2279.2 2329.1 2379.3 2430.5
FN
1932.8
1928.9
1909.1
1913.8
2484.6
2490.3
2487.2
2114.2
lF3 MS-NJN7
JF3 115-N 3N6
363 MS-112117
303 NS’N2N6
3f4 MS-NJN7
3G4 IS-N3N6
It4 NS-NPN7
305 MS’13N7
1116.9 1163.4 1199.2 1234.0 1270.5 1307.2 1349.6 1308.4 1427.7 1463.2
1114.0 1161.2 1196.9 1233.5 1270.2 1307.1 : :::-: . 1427.1 1462.3
1169.0 1213.9 1255.4 1295.3 1337.9 1382.0 1429.5 1472.6 1517.7 1562.9
1164.5 1200.3 1249.6 12b8.4 1330.7 1374.4 1421.5 1464.3 1soe.e 1553.7
1113.5 1159.0 1195.4 1232.0 1268.5 1305.4 134&l 1386.6 1425.9 1661.3
1169.6 1214.0 1255.5 1295.9 1336.6 1382.6 1630*4 1473.6 1516.7 1564.0 1602.1 1645.2 1686.5
100
2 EL
1024.1
1,124.l
1774.0
i9e7.9 2019.9 2051.0 2003.4
70 73 72 73 14 75 76 77 78 79
'Is LU Wf 11 * RE OS IR PT au
1170.7 1214.6 1256.4 1295.9 1331.5 1382.7 1473.3 lSl.S.3 1563.6
1160.5 1212.6 1254.0 1293.5 1336.0 1379.9 1427.2 147C.l 1514.9 1559.9
no 01 se 03 64 ns 96 87 88 89
NG TL Pid BI PO Ar RN FR RA kc
1601.6 1644.7 1685.9 1725.7 1761.5 1611.7 1943.9 1016.7 1921.5 1961.6
lS97.7 1640.6 1681.3 172C.8 1763.0 1805.4 lIl37.6 18713.6 1914.3 1953.5
1495.4 1530.3 1564.4 1597.2 1630.4 1663.6 1667.8 1719.6 1740.3 1771.5
1494.2 1529.0 1562.5 1595.0 1627.6 1659.0 1684.1 1714.0 1735.7 1763.9
1600.9 164L.p 1685.1 1724.9 1767.’ 101a.n 1s43.n 1861.7 1920.5 1960.6
1591.3 1634.e 1674.6 1713.9 1756.0 1798.2 lb3012 1871.2 190b.6 194S.8
1493.6 1526.4 1562.5 1595.2 1629.4 1661.6 lbbS.7 1717.5 1738.2 1769.3
1769.2 1012.4 1044.6 1687.6 1922.3 1962.5
90 91 92 93 94 95 96 97 98 99
1n PA u NP cu LM CL EK Cf ES
2001.5 2016.4 2097.5 2143.9 2195.1 2247.4 2300.0 2351.1 2403.2 2454.5
1993.4 2036.4 2086.6 2131.0 2104.3 2233.7 2206.3 2336.5 2396.7 2438.3
1799.3 1834.2 1067.3 1900.7 1933.9 1967.2 2006.8 2039.9 2073.9 2105.5
1793.8 1826..3 1esq.9 1892.4 1925.7 1956.0 1995.6 2027.8 2051.9 2091.5
2000.4 2045.2 2096.2 2142.7 2193.9 2246.0 2290.6 2349.7 2401.7 2453.2
1905.5 202I.S 2078.5 2l24.b 217S.9 2225.3 2277.0 2327.9 2378.3 2429.4
1797.1 1831.9 1865.0 1.598.4 1931.6 1964.8 2004.4 2037.4 2070.5 2103.0
2002.3 2047.3 2098.4 2144.9 2196.1 224G.S 2301.1 2352.2 2404.4 2456.0
100
FN
2509.7
2492.2
2137.u
2122.4
2SOb.n
2463.2
2134.8
2510.9
1630.2
364
1726.3
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
MrNN
Energies (in eV)
See page 316 for Explanation of Tables I EL
3PO MS-NSN6
301 "S'N516
IPl *S-N4*6
3F2 NS-NSNT
302 MS-NSN6
102 MPN4N7
392 *S-YIN6
3f3 NS-NSN7
If3 MS*NSNL
70 ?I 72 73 74 IS 7b 77 IO 79
IO LU NC 11 Y IL OS 1R CT AU
1325.2 1374.6 1418.5 14b5.1 1512.4 l¶bJ.4 1blB.S lbbS.3 1115.6 lI66.6
132S.0 1374.7 1418.4 105.4 lS12.5 lS60.5 lKlB.8 16bS.6 1716.1 1767.2
1321.6 1371.4 1415.0 1463.0 1510.0 1556.1 161b.3 lb63.1 1713.7 17b4.7
lJOl.9 1360.3 1403.5 1444.6 1494.1 1541.6 1596.9 1643.6 1693.S 1743.2
1330.6 1360.6 1424.5 1472.7 1520.1 1566.5 l62I.P 1674.3 1725.2 1776.6
1326.1 1376.0 1419.6 1467.3 1514.3 1562.5 1620.7 1667.6 1716.2 1769.3
1317.1 lIb9.9 1413.5 1456.9 1504.6 1552.9 1606.4 1655.4 1705.6 1755.7
1312.3 13bS.2 1406.7 1455.5 1501.3 1549.6 1605.1 1652.2 1702.6 1752.7
1329.9 1360.1 1424.0 1471.3 lSl!l.S 15bb.6 1625.0 1672.1 1722.6 1774.0
1323.6 1373.4 1417.0 1465.5 lS12.6 1560.9
00 01 62 83 84 as @b 07 IB 09
WG IL PB II co AT RN fll IA AC
101o.s [email protected] 1907.1 1954.2 2003.3 2051.4 209l.S 2139.3 2163.6 2230.9
1611.0 1sse.o 1906.5 1955.2 2004.7 2053.3 2093.4 2142.6 2166.2 2234.0
1606.5 16S6.4 1905.9 1952.5 2001.6 2OSO.l 2090.1 213B.2 LlB2.S 2229.7
176S.7 1632.3 1679.6 1924.6 1971.5 2017.5 2057.5 2103.2 214r.7 2166.7
1620.4 1669.1 1919.0 1966.3 2015.9 2015.0 2105.2 2154.9 2196.7 2246.6
1613.1 1661.3 1910.5 1957.1 2006.4 2054.6 2094.6 2142.6 2167.2 2234.4
1796.5 1645.4 1693.1 1936.6 1965.b 2032.0 2012.2 2119.2 2160.2 2205.0
1795.7 1642.7 1690.7 1936.3 1963.6 2030.7 2070.9 2117.7 2159.0 2203.6
1617.9 16b6.0 1915.5 19b2.3 2011.7 2060.3 2100.5 21b9.3 2193.4 2241.0
1612.2 1660.2 1910.0 1956.6 2001.4 2055.1 209S.2 2146.1 2166.1 2235.6
BO Bl 92 B3 94 BY Bb B7 90 99
1* CL u UP PU 111 CN BK Cf ES
2277.6 232B.4 2366.4 2439.7 2503.9 2562.0 2623.5 2679.6 2740.6 2601.1
2260.6 2333.1 2391.6 2445‘0 2SO9.0 2569.9 2631.3 2666.1 2750.9 2611.3
2276.4 2327.4 2385.5 2436.1 2502.6 2561.2 Pb22.7 2676.7 2739.B 2600.2
2231.3 2267.0 2339.0 2369.2 2449.3 2504.4 2Sb2.6 2615.6 2b72.0 2733.2
2293.6 2346.b 2405.) 2456.9 2523.2 2534.3 2645.9 2703.0 2V66.1 2626.7
2261.2 2332.3 2390.4 2443.7 2S07.9 256b. 3 2627.9 2664.0 2745.2 2905.7
2250.6 2305.3 2357.4 2406.7 24b8.9 2527.0 2SBS.6 2619.6 2196.7 27Sb.2
2249.4 2302.7 2354.0 2405.5 2465.6 2521.2 2St9.9 2b33.1 2b90.4 2746.0
2261.6 2340.1 239B.6 2452.1 2516.3 2577.0 2636.S 2195.4 27S.9.3 2616.6
2262.3 2334.1 2392.3 2445.7 2509.6 2SbB.t 2b30.2 2666.4 2147.7 2606.2
FM
2662.6
2673.9
2662.0
2766.9
2669.S
2667.6
2616.0
2607.0
2611.5
2670.2
303 NS'UbN7
363 IS-N.*6
164 NS'ISh7
3f4 15-11546
3Wk W-YIN?
364 IS-NbN6
3ws NPNSN7
165 KS-YIN6
lH5 NS’NbN6
3N6 MS'NSN7
100
2 EL
:::z . 1717.0 1766.2
70 71 I2 ?3 74 75 7b I7 79 I9
18 LU Wf TA N RC OS IU Cl AU
131k.O 13b6.8 1419.3 1457.0 lSO3.0 1551.2 1606.9 104.0 1704.5 1754.7
1310.9 13b3.8 1407.2 1452.4 1696.0 1545.9 1601.0 lb47.9 1697.9 1747.7
1333.4 1363.5 1427.6 147b.S 1524.0 3572.7 lb31.6 16T6.6 1730.0 1791.6
1326.9 1379.5 1423.5 1470.b lS17.b 1566.0 1623.7 1670.6 1721.5 1772.6
1323.9 1376.b 1420.2 16b6.0 1512.3 156O.b 1617.0 1664.1 1714.6 1765.1
1313.9 1367.3 1410.0 lbS7.4 1503.2 1s51.5 lbOb.7 1653.9 1704.3 1754.4
1330.0 1361.3 1425.4 1472.6 1519.6 lSbB.l 162b.2 1673.3 1724.1 1775.2
1323.7 1373.6 1417.3 1465.6 1512.9 lSbl.2 1619.5 1666.5 1717.3 1766.5
1307.5 1359.2 1402.3 1446.9 1496.6 1542.6 1596.6 1645.3 1695.5 1745.6
1334.6 1364.7 1426.6 147r.9 1525.5 1576.2 1633.1 1660.4 1731.b 1763.2
00 11 82 13 04 OS Ob w a0 D9
NG TL PI Bl PO Al au CR RI AC
1791.6 1844.8 1693.0 1936.7 19B6.3 2033.5 2Ol3.6 2121.4 2162.3 2207.5
1790.3 la3?.1 18B4.5 1929.B 19lb.S 2022.7 2062.B 210E.6 2150.1 2194.2
1625.9 1674.3 1924.5 1971.7 202l.B 2071.2 2111,s 2111.5 2205.4 2253.7
1616.3 1664.2 1913.5 19b0.0 2009.0 2057.1 2097.4 2145.3 2169.3 2236.1
1606.3 1655.6 1904.2 1950.2 1996.2 2045.5 206S.r 2132.9 2175.7 2221.r
1797.3 1844.1 1891.6 1937.3 1964.5 2030.6 2071.1 2117.9 2154.4 2202.6
1619.1 1867.2 1916.6 1963.4 2012.7 2061.2 2101.5 2150.2 2194.3 2241.9
1312.4 16b0.4 1910.1 1956.9 2006.3 2055.0 2095.1 2144.1 2167.6 2234.9
1766.S 1035.5 1663.6 1929.2 1976.9 2024.0 2063.9 2111.5 2152.7 2197.9
1627.6 1676.0 1926.2 1973.5 202S.b 2011.0 2113.4 2163.4 2207.2 22SS.6
90 91 92 93 94 BS 9b 9? 9B 99
In PA U UP PU AU CM BU Cf ES
2253.3 2307.9 2360.3 2411.7 2472.1 2530.3 2sB6.9 2143.1 2702.2 2759.6
2240.0 2292.6 2343.9 239S.P 24ss.4 2S10.b 2569.2 2622.2 2b79.3 2136.6
2300.7 2353.7 2613.1 246b.6 2531.1 2592.5 2654.3 2711.6 2774.9 2635.7
2262.6 2334.6 2391.11 2b44.7 2506.3 2566.5 2627.7 2663.6 2744.4 2604.5
2267.6 2320.4 2374.1 2427.9 2466.6 2546.4 2606.2 2660.0 2720.5 2779.2
22b6.3 2302.9 2313.2 2404.2 2463.6 2520.0 2576.3 2631.1 2666.4 2745.4
2266.7 2340.9 2399.5 2452.9 2517.1 2577.6 2639.2 2696.1 2756.9 2Sl9,h
2261.6 2334.0 2391.5 2444.6 2506.3 2567.3 2626.5 2664.6 2745.6 2606.0
2243.6 2297.6 23SO.S 2402.0 2462.6 2520.7 2579.4 2633.6 2692.7 2730.4
2302.5 2355.6 2414.9 2466.5 2532.9 2594.3 265b.l 2713.4 2716.7 2031.4
fN
PB19.7
27PS.6
2696.7
2666.1
2039.7
2604.2
2662.1
2667.9
2610.3
2900.4
1.0
365
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation
MO-NN
of Tables
3Pl IS-N6N7
3F2 NS-YIN7
102 N5-NbN7
392 *S-YIN6
3F3 MS-Y617
1506.9 1565.6 1617.6 1671.5 1723.6 1776.2 16Cl.3 1699.9 1956.6 2016.6
1510.5 lS69.5 1621.5 1675.3 1729.1 1761.0 1646.S 1905.3 1964.7 202t.a
lSO6.0 1566.6 1610.7 1672.7 172s.) 1776.1 1643.3 1902.6 1961.0 2016.9
1506.9 1565.6 1617.4 1670.7 1723.2 1775.6 1640.5 1699.0 1957.7 2OlS.b
1510.5 1369.4 1621.S 1673.3 1726.1 1100.9
2069.6 2125.3 2163.5 2236.1 2293.1 2349.9 2397.6 2bSS.J 2505.6 2561.5
2076.2 2132.1 2191.0 2244.0 2301.6 2359.S 2407.4 2466.6 2516.3 tS73.2
2072.6 2127.7 2166.0 2236.7 229S.r 23S2.7 2400.6 ZbS8.1 2S06.6 2564,s
2066.1 2123.7 2161.5 2233.9 2290.3 2346.4 2394.3 24~0.1 2501.4 LSS6.S
91 IK 96 CT 99 ES
z:::*: 29SO:2 3020.4 3016.0 3131.6 3226.6
2617.0 2673.6 2743.4 2OOC.S 2874.4 2941.4 3011.7 3076.6 3146.4 3215.7
2626.7 2667.3 2756.1 2621.3 2669.3 2959.2 3029.C 3097.s 3147.3 3236.7
2620.0 2676.1 2t44.5 2609.7 2677.7 2944.7 3015.1 3062.0 3149.9 3219.2
2612.0 2666.9 2733.6 2799.0 2667.0 2931.3 3001.7 3067.7 3133.7 3203.0
2bLb.S
::2: 2797:2 26Sb.9 2919.1 2969.2 3654.9 3120.6 3169.9
100 CN
3296.2
3259.4
3266.3
3306.3
3209.9
3272.6
329S.C
2 CL
ns-N?Nt
3Fb
3M4 NS-N6Y7
164 NS-N6N6
3ws NS-YIN7
3ld6 NS-WIN7
116 NS-N6N7
I8 LU nc 1A 74 N IS nc te OS tt XI I8 PI I9 AU
1111.s lS?O.S 1622.6 lCtt.2 1730.2 1103.3
1SlO.S lS69.4 1621.5 1675.7 1726.4 1761.2 1046.6 lWh4 19bb.5 2022.5
1YlO.b lS69.3 1621.4 1674.0 1726.7 1779.2 1644.2 1902.6 1961.6 2019.3
1Sll.S 157o.s 1622.6 1676.5 1729.3 1762.1 1647.6 1906.4 1965.6 2023.6
1Sll.S 1170.7 1622.6 1676.2 1731.2 1764.1 1650.1 1909.1 1966.7 2027.0
lSO7.3 lS66.0 1617.9 1671.7 1724.3 lt76.9 1842.1 1906.7 1959.7 2017.5
80 nc bl rl.
tOt9.4 2135.5 ZI94.Y 2247.7 2305.5 2363.6
:::"I-: .
207Y.7 2131.6 2190.0 2222.6 2299.9 2357.0 240Y.0 2462.7 2S13.2 2569.3
2072.2 2127.9 2165.7 223a.2 2294.7 23Y0.6 2396.1 24Sb.6 PJO6.1 2561.2
2076.9 2132.a 2191.3 224b.l 2301.3 2359.4 2406.5 246b.2 2514.6 2577.9
2060.6 2136.7 2195.7 2249.0 2306.6 23bb.9 2412.9 2472.6 2522.2 2579.2
2076.6 2126.3 2164.6 2237.2 2294.2 23Sl.2 2399.J 24S6.6 2507.0 2562.9
3PO
110
Energies
1 CL
#S-116llt
NPN6N6
IQ 10 I1 LU
lSO6.9
tz llc ?3 11 t4 N 1s RE 16 OS tt II
1611.4
lSO1.3 1W9.6 1611.1
2011.6
1716.2 1766.3 1633.0 101.1 1949.6 2006.9
to CT 19 AU
lS6S.6 1611.3
2099.4 2114.7 2172.3 2224.3
00 WC :: :: 83 81 04 I¶ Ob I? II 09
?O Al Ill FR IA AC
90
1w
Sl ?I S2 93 94 9s 96
u NC ?U AN CN
to 11 tr t3
02 as a4 85 Ob at 60 0
co a1 co Al RN FR RI AC
90 tn 91 CA
1664.0
2400.6 tbS9.6 2509.0 2SIS.6
2621.0 2119.2 2t4t.a
2::': 196t:S 202s.a
2411.6
2471.3
:::",': 2364:1 2439.8
2490.7 LSbS.5 2600.6
92 93 94 9s 96 9t 90 99
u NC cu AN CN BK cr ES
2633.S 2692.3 2761.2 2626.5 2694.6 296b.6 3035.2 3103.3 3173.3 3242.7
2624.9 2b61.7 2749.7 261Y.0 2663.1 2950.3 3020.7 3067.6 315S.6 322Y.2
2616.9 2671.7 2736.7 2604.J 2672.2 2936.4 3006.9 3072.9 3139.0 3206.5
2626.6 2663.4 2751.5 2616.6 2964.9 2952.1 3027.7 3069.7 3157.6 3227.3
2634.9 2693.7 2762.7 2626.0 2696.1 2966.1 3036.9 3104.1 3174.1 3244.3
2616.4 2675.1 2742.9 2906.1 2676.e 2943. I 3013.4 3060.3 3149.2 3217.6
100
cn
3314.5
3296.0
3276.3
3298.1
3316.1
3269.2
366
Abmic
1646.2
1905.0 1964.1 2022.1 2075.3 2131.2 2169.b 2242.4 2299.6 23S6.b 2404.6 2462.3 2S12.6 tSb6.9
2b61.3 2749.3 :',::-: 2949:b 3620.3 3067.3 3lSS.3 3224.6
Data a-d Nuclear
O&o Table,
Vd. 20, NO. 4. October
1977
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies (in eV)
See page 316 for Explanation t EL 54 55 56 S? 50 59 60 61 62 63
Xi cs BA I.4 cc PR ND PN SN EU
6, 65 66 67 60 69 70 71 72 73
GO TYJ OY NO ER 1N ‘(6 LU NF 14
74 * 75 RE 76 OS 77 IR 78
PT
79 4” 00 HG dl TL
351 IlS-WI01 428.1
465.5 491.9 5ZZ.3 549.2 582.3 616.3 650.9 609.9 IJ1.b
765.7 796.8 imd.2 856.d 092.6 934.9
lS0 N5-Nlol 426.7 463.9 49b. 3 520.6 547.4 580.4
616.4 640.9 687.9 729.3
441.4 478.2 501.6 541.2 566.3 59d.7 636.2
660.6 707.9 743.3
JPl M5.NlCJ 441.1 477.9 507.2 541.2 563.3 59R.I 636.2 660.6. 707.9 743.3
JPO
NS-W102
JP2
*5’NJol
JPl *s-h301
631.3
666.6
66d.J
708.5
707.9 739.5 717.2 e33.9
Ids.1
783.9
812.2 3k6.l dO9.7 925.1 957.9 101o.n 1040.2 1079.9 1119.1
d13.0 (147.5
87’J.Z 909.3 931.1 985.5 1021.3 1069.5 1121.3 1163.7 1237.8 125C.9
d69.5 908.6 930.4 964.7 1020.5 1120.5 1162.9 1206.9 1250.0
052.2 d13.7 891.9 948.2 974.1 1019.1 1067.7 1112.5 1150.7 1190.1
1290.2 1346.9 1399.2 1441.2 1490.3 1542.d 1514.7
1297.3 1346.0
1231.4 1272.9
1392..3
1520.4
1440.2
1317.9 1401.3 1444.0 1480.0 1516.2 1559.3 1601.4
1602.0
1639.4 1670.3 1710.2 1746.8 1775.3 1.¶17.3 1056.0 1901.9 1936.9 1950.2
1640.1 1679.0 1710.9 1749.5 1776.0 1014.1 1856.9 1902.8 1937.a 1981.1
2021.3 2059.2
2022.2 2060.2
2110.3 2152.7 2193.7 2233.0
2111.J 2153.7 2194.8 2234.9 2213.7
781.8
034.6
1093.4 1129.0 1166.9 1213.7 1246.0 1286.J 1330.1 1359.2 1395.3 1430.9 1469.9
1126.2 1163.9 1210.6 1242.8 1262.7 1326.6 1355.6 1391.5 1427.0 1465.1)
1173.2 1217.7 1254.6 1293.2 1339.1 lJd1.5 1416.8 1460.d 1497.4 153a.4
1131.3
1324.3
lJdO.6 1415.9 1459.1) 1496.4 1537.3
1368.n 1397.3 1433.7 1475.1 1514.0
1162.0 1206.7 1242.0 1280.7 1324.6 1360.5 139?..3 1434.2 1475.6 1514.6
1728.4
1678.1 1721.2
1500.7 1534.4 lS61.2 lS96.7 1622.1 1657.0 1690.6 1120.3 1764.3 ldOJ.4
1581.1 1620.0 1652.9 1694.7 1730.2 1760.4 1606.2 1053.1 1901.2 1943.6
1530.0 16ld.O 1651.8 1693.4 1729.0 1761.0 if304.a 1851.1 1099.7 1942.0
1550.5 15.58.4 1617.3 1654.‘) 1602.6 171Ll.7 1752..4 1795.4 ldJ5.4 1674.8
1551.1 1569.0 1617.9 16’54.7 16EJ.2 1719.4 1759.2 1196.1 ldJ6.2 1137S.6
1176.1 1025.0 1064.9 1914.5 1955.0 2006.1 2056.9 2112.6
1774.8 1823.6 1063.4 1913.1 1953.5 2004.5 2055.2
2165.d
2164.1 2220.3
1841.4 1871.2 1920.2 1954.5 1996.4 2029.3 2065.0
1906.6 2037.7 2082.8 2129.2 2176.3 2217.4 2264.3
1981.1 2OJ6.0 2081.1 2121.5 2174.5 2215.6 2262.4
1913.8 1955.n 1997.9 2039.1 2079.3 2114.4 2152.3
1914.6 1956.7 1993.) 2040.2 2080.3 2115.4 21SJ.J
2281.2 2330.2
82 43
PB BI
84 115
PO 4T
86 I? on 09 90 9, 92 93
R11 TR Al LC TM PA ” NP
1504.9 1538.8 1565.I 1601.4 1626.9 1662.0 1695.8 1733.7 1769.8 1ao9.1
94 95 96 97 90 99 100
P” A” C” BL CF ES F”
1847.2 lOd4.2 1926.3 1964.8 2002.8 2035.9 2C71.7
1127.3 1172.6
1211.0 1251.(1 1292.4
495.)
540.5 567.6 597.9 635.4 661.11. ?O?. 2 142.6
739.5
1161.7 1206.3 1241.6 12i30.3
367
690.5 925.9 956.7 1011.7 1049.0 1000.2 1119.4
1631.1 1679.3
2222.1
2402.3 2462.7 2S22.d
2581.9 2643.7
106d.7
14d9.2 1541.7
1503.5 1629.9
2111.1
2279.J 2336.3 2400.4 2460.1 ZSPO.? 25?9.7 2641.5
495.0 523.4 552.5 586.3 614.9 649.1 619.5 7Jd.6 769.3 806.9
3PO
US-11201
495.7 5.34.4 564.9 600.9
505.3
495.7 533.9 564.4 660.4 6JO.I
lP1 ws-N201
440.1 476.5 $05.6 sr1.2 563.3 591.1 636.2 66.9.6 701.9 743.3
439.9 476.3
975.5 1014.7 1047.9 lOd7.1
932.4
76J.9 (113.0 (147.5 890.5 925.9 950.7 1011.7 1049.0 100.2
lP1 YS-N102
of Tables
763.9 013.5 547.5 890.5 925.9 95E.l 1011.7 1049.0 1017.7 1127.9
9?a.l 1017.3 1053.6
763.5 794.6 805.9 854.5 d90.3
JP2
M5-YloJ
Energies
2272.6
523.7 552.1 516.3
61S.2 650.1 609.8 I39.5 769.6 107.3 dS2.6 (64.1 092.2 9bd.6
975.1 1020.2 1061.1
1112.9 1151.2 1190.6 1231.9 1273.4 1320.9 1354.4 1401.d 1444.5 1440.6 1518.11 1559.9
F. P. LARKINS
TABLE V.
Semiempirical Auger-Electron
Auger-Line
Energies
(in
See page 316 for Explanation 2 CL
IS0 NS-1303
IPO IS-N202
1PI
351 MS-N3C2 509.0 545.6 57‘9.7 619.6 650.3 605.1 726.3 75e.o
e-w3a3
301 MS-N203
eV)
Energies
MS-NO
of Tables
3Cl MS-N202
392 W-N303
102 *S-N302
302 MS-1203
303 *S-N303
507.6 535.5 567.3 605.6 634.5 666.6 706.0 IY6.9 764.0 819.5
509.3 547.2 53Q.b b20.3 6S0.b 695.7 72b.9 759.0 806.4 047.0
506.9 545.5 s78.b 619.5 650.0 664.6
507.6 536.5 Sb8.5 (OS.6 634.3 666.6 707.6 756.2 767.9 119.4
509.5 547.6 561.3
iio2.a
671.1 900.6 931.9 962.7 1001.6 1044.4 1102.1
1145.1 1188.8 12210.5
1220.9
696.9 926.0 971.0 1019.7 1055.1 1093.9 1155.5 1196.1 1244.9 1288.3
8M.O 925.1 970.1 1018.8 1054.2 1092.9 1154.5 1195.0 1237.6 1260.1
870.9 900.4 931.7 962.5 lOQI.6 1046.2 1101.9 1144.9 1118.5 1226.3
809.2 926.3 971.3 1020.1 lass.5 1094.3 1155.9 1196.5 1246.0 1269.5
127b.3 1324.5 lJb2.0
1343.6 1399.0 1441.4 1489.7
54 55 56 57 50 59 b0 bl b2 b3
XL cs BA La cc CR NO PN SN fU
5Ob.b 545.8 579.1 b&9.3 666.7 (63.5 721.7 757.6 bOb.2 84b.A
501.4 534.0 Sb5.7 bO4.b b33.6 bb5.b 7Ob.b 754.3 76b.6 816.4
509.9 547.9
b6 b5 bb b7 bb b9 70 11 72 73
60 1B OV NO El rr ve LU NF 11
666.7 923.7 9b9.b 1017.4 1052.7 1091.4 1152.9 1193.4 1242.7 1266.1
9b9.9 999.4 938.7 961.5 1007-b 1043.2 1100.0 1143.7 1179.9 121.5.6
Y09.6 926.7 971.7 1020.5 1055.9 1094.t 1156.4 1197.3 124b.l 1289.6
66¶.3 925.4 970.4 1019.1 1054.5 1093.3 1154.9 1195.4 1237.6 1280.3
74 75 7b 77 78 79 00 (I: 62 63
Y NE OS IN Cl AU nc TL PB 61
1340.0 1395.2 1437.4
1263.6
1540.4
1630.9 lb93.1 1742.2 1793.1
1439.2 1401.6 1517.7 1556.2 1603.0 1645.0
1343.6 1399.0 lbb1.4 1469.9 1544..5 1595.8 1643.6 1696.J 1747.5 1796.7
1331.6 1307.2 1421.9 1476.4 1529.6 1581.8 lb23.9 1670.6 1724.6 1773.7
1276.6 1124.7 1362.3 1406.1 1455.4 1496.5 1536.7 1564.9 1627.0 1671.2
1266.2 1314.6 1350.6 1394.6 1442.2 1494.6 1520.9 lSS9.5 1606.5 1646.7
1342.3 1397.7 1440.0 Iran.3 1543.2 1594.1 1642.0 lbPb.4 1745.6 1796.7
1331.4 1367.0 1427.7 1476.1 1529.3 1561.5 1623.5 1670.1 1724.3 1773.4
1605.6 16SS.l le96.2 153b.b 15nr.s 1626.7 1670.0
1595.7 1643.9 1699.2 1747.5 1799.7
A4 85 Ob 67 be 89 90 91 92 93
PO AT RN CR RI AC 1n P1 II NC
1949.3 1902.1 1947.9 2003.4 2053.1 2107.7 21b2.3 2227.1 2292.0 2351.2
1684.5 1727.3 1761.2 1bOO.b 1630.3 1673.b 1918.0 1962.9 2001.9 2045.2
1954.2 1906.1 1954.2 2009.9
1922.9 1075.9 1917.0 19b9.5
:x . 2169.6 2234.6 2299.7 2359.1
2::‘: . 2121.1 2176.0 2233.1 2269.5
1717.0 1760.9 179R.9 1643.6 1660.2 1925.1 1966.1 2023.0 2070.1 2116.5
1690.4 1731.3 1765.4 LOOS. 1 1634.6 1979.0 1922.8 1967.0 2007.0 2050.4
1952.0 1905.9 1951.6 2007.5 2058.0 2112.1 2166.9 2231.6 2296.6 2356.1
1922.6 1675.5 1917.4 1966.1 2011.7 20b3.8 2120.6 2175.5 2232.b 2269.0
1716.6 1760.5 1796.4 1643.1 1679.7 1926.8 1967.6 2022.5 2069.6 2115.9
IfJS4,l 1908.1 1954.1 2009.9 2ObO.S 2114.7 2169.5 2234.5 2299.7 2359.1
94 95 9b 97 96 99 100
PU AU CM BK CF ES FM
2417.1 2495.9 2552.9
2oa7.2 2130.1 2181.1 2226.4 2269.4 2311.4 2352.3
2425.2 2494.3 2561.5 2629.9 2699.1 2766.2 2939.2
2349.6 2411.6 2473.7 2539.1 2601.2 2662.3 2726.3
2164.6 2214.6 2269.7 2319.1 2369.2 2417.3 24b7.3
2092.5 2135.6 2196.6 2232.5 227S.4 2317.6 2336.6
2422.2 2491.1 2556.2 2626.b 2695.6 2762.7 2935.6
2349.0 2411.0 2475.1 2536.5 2600.b 26b1.7 2725.6
2164.0 2214.9 2266.1 2316.5 2366.6 2416.7 2466.6
2425.2 2494.3 2561.4 2629.9 2699.0 2766.2 2639.2
lbbS.5
1591.1
2621.1 2690.0 2757.6 2829.7
1312.1 1366.0 1391.8
561.6 621.0 b51.5 696.4 :::-: . 607.1 W7.A
805.8 846.5
508.3 536.7 566.7 606.4 635.2 667.4 708. b 757.6 788.6 em.2 971.7 901.3 932.6 933.3 1009.4 1045.1
368
116¶.1 1182. i
:::‘: bOYI 5 84b.l
Ak,,,,ic Dota o,,d Nu&ar
::i*: . Lab.0 :::-: . 806.7 a47.4
i5u.a
Doto T&Is,, Vol. 20, No. 4, &+&er
1977
Semiempirical
F. P. LARKINS
TABLE
V. Auger-Line
Auger-Electron
Energies
MS-NO
Energies (in eV)
See page 316 for Explanation of Tables 3n3
2 EL 79 BO 01 BZ 03 n. 85 n6 67 Bn
AU NG IL cn 81
69 90 91 92 93 9b 95 96 97 96
14n1.0
PO Al RN ca an
::::*: 1782.7 1623.1
.
lrb5.1 lb60.7 1527.0 1567.1 1612.5 165B.J 1701.0 1737.7 1762.3 1622.7
301 M5.~104
3ro I5.N3Ob
lP1 *5-n305
lbbb.B 1476.8 152b.6 156b.6 1610.5 165b.b 1697.1 1732.6 1777.4 1616.B
1e5.1 lb79.0 1525.1 156b.6 lb10.6 lob.7 1697.b 1733.1 1777.7 lB17.1
1657.9 170b.b 1760.6 1613.1 1669.2 192S.7 1963.b 2032.1 2690.6 2145.0
165b.6
1657.2 1697.9 19bB.8 1997.9
2201.0 2256.7 2327.5 2393.6 tb57.9 2527.0 2599.0 2666.1 2730. 2806.7
102 *5-*1ob
L" CN n* CT
1665.2 1905.9 1955.6 2004.9 20S3.3 2iOl.b 2155.b 2205.6 225b.1 2303.1
166b.7 1905.b 19s5.3 200b*3 tos2.7 2100.6 215b.6 2205.0
2253.b 2302.6
2192.1 2260.6 2216.7
is FM
2350.b 2196.b
23b9.7 2397.7
2335.9 2161.9
PU
99 100
1b45.1 1527.1 1567.b 1612.9 1656.7
AC ?N PL u NC
302 *5-11105
10-N105
2 EL
2335.4 2362.
b
372 Y5-WZO‘
303 ll5-la305
1659.1 1707.1 1764.0 1616.B 1672.5 1931.0 1986.7 2036.5 2097.1 2152.6
1650.6 1705.5 1762.1 1616.5 1370.6 1927.3 1965.1 2033.9 2092.5 2157.0
1560.5 1603.0 1651.5 1697.2 17b5.3 1796.7 16bZ.b 16Bb.2 1931.0 1973.2
1560.3 1601.2 1619.5 1694.& 17hb.O 1791.0 lB36.B 1679.6 1927.1
16S9.0 1707. 176b.l 1616.9 1672.6 1931.1 1966.6
19bT.6
2152.7
2210.6 226I.b 2336.3 2b02.6 2b67.6 2516.9
2203.1 22C0.6 2329.6 2395.9
2022.1 20bB.0 2125.9 2174.a 2226.) 2277.5 2332.6 2391.1
ZOlb.7
2210.7 2268.5 2336.4 2662.5 tb67.9 2537.6 2611.1 2b63.Y
11
62 63 6. 05 66 67 BB
PB 81
69 90 91 92 93 94 95 96 97 96
IC 1n PA U NP A" CN 811 CC
2661.2 2751.7
2b70.6
2a21.9
2811.5
99 100
ES FM
209B.l 2972.1
2663.7 2956.7
2611.0
LbbO.3 2529.5 2601.6 2761.3
2bbb.3 2196.4 2550.6 2601.6
20b0.4 2119.1 2167.5 2216.9 2270.0 2123.1 2379.1 2b31.6 2b63+0 2536.2 2566.2
369
2036.6 2097.2
1656.6 1706.2 1762.7 1615.6 1671.0 1929.b 1967.0 2636.7 2095.2 2150.5
1651.7 1704.9 1761.3 1113.7 1169.8 1926.4 19Ib.l 2w2.6 2l9l.b 21b5.6
1560.0 uoo.7 1649.0 1694.2 1763.3 1796.3 1836.0
2206.5 2266.1
2201.9 2219.6 2326.5 239b.5 2456.9 2526.0 2606.1 2669.3 2739.7 2609.9
2013.6 2059.5 2Il6.b 2166.6 2217.6 2266.9 2321.9 2378.1 2430.6 2b61.7
2662.1 2955.0
2534.9 25Bb.9
3r3 M5-I8205
3Cb *5-6305
2400.0 Z&65.3
b
253b.b 2606. b 2bB0.5 2750.9 2622.0 2695.2 2969.1
lf3 15-*3ob
b
301
ls-*204
2314.0
2660.* 2953.6
3PZ *5-6205
LU NG
PU
22bl.l 2269.3
302 *5-II301
79 60
Al ON FR RI
21b5.0
2045.3 2093.b 21b5.b 2192.6
102 *5-1305
81
PO
1697.5 1946.b 1997.5 2014.6 2092.9
391
*s-*301
1650.1 17Ob.6 1761.2 1613.6 1669.6 1926.1 19B3.9 2032.7 2091.2 21b5.1
1560.2 1602.9 1651.4 1697.6 17b5.6 179b.5 1042.2 1664.0 1931.6 1973.0
2201.r 2259.4 232B.l 239b.b Zb58.T 2527.6 2599.9
2022.0 2067.7 2125.7 2173.7 2226.1 2277.2 2332.3 2391.5
2753.6 2625.0
2b69.1 2739.5 tSO9.7
2bb3.9
2696.2 2972.2
2661.9 235b.8
2550.3 2601.3
2496.1
1016.6 1926.3 1966.7
1656.6 1707.2 1763.9
1616.b 1872.3 1930.6 1966.5 2036.3 2096.9 2152.3 2210.
b
2266.1 2336.0 2402.1
2b67.5 2536.6 2110.7 2662.9 2753.b 2924.6 2697.4
2971.6
Atomic Dda and Nvc,~,
Dota Tables, Vol. 20, No. 4, Octobsr
,977
F. P. LARKINS
TABLE
SemiempiricalAuger-Electron Energies
V. Auger-Line
Energies (in eV)
&-NO
See page 316 for Explanation of Tables 1 EL
303 IIS-1501
302 NVII501
102 IS’N4lJl
301 *5*wtc1
JPO *s-N403
174.0 619.7 bS4.9 693.I 726.l 773.s 615.9 661.3 906.4 9s9.1
s73.1 619.4 654.5 69S.7 I26.7 r73.5 615.9 661.3 90b.4 956.1
571.6 b17.1 652.0 692.9 727.9 772.7 815.3 660.5 905.6 9S?.3
Sl2.0 617.4 652.3 693.7 729.7 773.s 615.9 661.3 906.4 959.1
S94.9 629.9 66T.6 712.2 747.3 769.4 133.3 676.6 924.9 969.7
1000.6 1041.5 lO?‘l.O 1131.2 1173.6 1226.6 1260.0 1326.2
1000.8 1047.5 1070.0 1131.2 1173.3 1226.6 1279,s 1327.6 1374.0 1425.6
999.9 1046.6 1069.1 1130.3 1164.3 i22s.r 126b.4 1318.5 1364.1 1413.1
lOOG.8 1047.5 1070.0 1131.2 1164,7 1226.6 1266.6 1311.4 1364.5 1414.2
1016.5 1063.2 1106.9 1164.¶ i197.6 1210.1 13QO.O -1349.7 1401.3 1451.3
1019.9 1064.6 1110.3 116S.9 1206.4 12SI.5 1312.9 1359.1 1410.9 1462.a
1016.5 1063.2 1106.9 1164.5 1190.6 1250.1 1301.3 1351.0 1401.9 1452.0
1017.7 1062.4 1100.0 1163.7 1197.3 1249.1 1299.7 1349.3 1394.1 1443.1
14l7.6 lS30.6
1464.3 1511.3 1577.7 1623.7 1679.3 173S.O 1792.6 1833.0 1966.1 1943.2
14b4.3 lSl7.7 1516.2 1624.2 1676.6 1736.3 1763.1 l(33.6 1966.7 1943.a
lSOO.6 lS60.1 1610.5 1670.9 1731.3 1767.2 1640.1 1096.5 1954.6 2011.7
1521.5 1561.1 1634. b 166b.d 1747.7 1604.7 1858.1 1916.2 1976.2 2034.6
1509.3 1569.6 1619.3 1671.7 1732.2 1766.1 1641.0 1699.4 1955.5 2012.6
::::*: . 1656.6 1717.S 1774.7 1621.7 1672.5 1933.3 1900.4
301 WI-N503
3Cl 15’h403
191 llS’NCO2
54 ss Sb 57 58 s9 60 61 62 b3
XE cs 01 LA CL CR NO
64 6S Cb I? 68 b9 TO 71 72 73
50 19 DV NO LR TN VI) LIJ NF 14
76 7s 76 77 7a 79 80 81 32 63
* RE OS IR Cl AU II6 Il. CB 81
17s4.4 1602.3 1654.0 1911.0 1967.4
1594.1 1640.0 169S.O 1753.7 1901.6 16SS.2 1910.1 1966.5
84 as 96 67 88 69 90 91 92 93
co AT RN FR RI AC rn PA U NC
2022.1 2077.9 2124.9 2191.6 2231.1 2290.1 234T.d 2411.7 2472.6 2S36.1
2021.2 2076.1 2124.0 2160.6 2230.0 2269.1 2346. n 2410.6 2471.7 2534.9
1995.5 2046.4 2096.2 2150.9 2197.3 22s3.4 2310.1 2376.0 2430.0 2491.3
1996.1 2049.0 2096.9 2151.6 2194.1 2254.1 2310.6 2376.7 2430.6 2492.1
2071.7 2129.6 2163.5 2244.2 2300.7 2359.8 2420.6 2495.5 2561.5 2625.6
2097.0 21S6.9 2210.7 2273.3 2332.6 2394.9 2456.6 2’129.5 2602.5 2666.6
2072.l 2130.6 2164.5 2245.2 2301.6 2360.9 2421.7 2496.6 2562.7 2627.0
2042.5 2099.2 214?.2 2204.6 22S4.4 2311.5 2374.3 2439.2 2497.3 25S6.6
94 9s 96 97 96 99 LOO
PU AN EK 81 CF ES rn
2606.2 2674.2 2747.3 2613.7 2604.9 2952.9 3022.7
2607.0 2672.9 2746.0 2012.4 2963.4 2951.5 302 1.2
2SS9.3 2622.3 2692.4 27S5.6 2622.ll 2667.9 2954.7
2560.2 2b23.2 2695.3 2756.7 2623.6 2a9*.9 2955.7
2700.9 2773.9 2949.9 2920.3 2996.4 3869.5 3141.4
2747.) 2625.7 2901.6 2976.1 SG16.2 3132.2 3213.1
2702.1 2177.1 26SO.2 2921.6 2997.7 3070.9 3146.7
2627.7 2695.7 2765.6 2932.2 2901.2 2966.3 3037.2
l N
SR tu
1374.b 1426.2 1479.2 lS31.2 1594.9 1640.7
1695.7
370
$66.7 631.9 669.9 713.4 746.6 790.7 934.6 679.9 92% 4 971.0
ms.4 650.3 669.1 712.2 747.3 769.4 833.3 O?t3.6 924.0 969.7
Atomic Dota 04
563.6 620.1 665.6 711.4 I4b.S 700.5 B32.4 677.7 923.2 966. I
1497.7
Nucbm Data hbles,
Vol. 20, No. 4, Octdmr
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
V. Auger-Line
102 2
EL
Is-1503
54 55 56 57 se 59 60 61 62 63
XE cs BA LI CE PR ND P" SP EU
567.7 633.0 671.2 713.7 740.9 791.0 834.9 660.2 925.7 971.3
64 65 66 6? 69 69 ?O 71 72 73
GO IS ov HO ER TM '19 LU HF VA
1020.2 1064.9 1110.6 1166.3 1206.3 1251.9 1314.9 1361.2 1412.5 1464.5
74 75 76 77 79 79 80 a1 92 03
* RE 06 IR PT A" HO TL PB El
1523.2 1562.9 1636.S 1686.6
64 a, 06 07 I& 69 90 91 92 93 94 95 96 97 96 99 100
302 Is-w403 sob.1 631.0 666.9 713.4 746.6 790.7 834.6 679.9 925.4 971.0
1019.9
3p2 #5-N4C2
303 *5-N503
565.6 630.5 666.4 713.0 746.1 790.2 634.1 479.4 924.9 970.5
S64.3 62a.9 666.4 712.2 747.3 769.4 633.3 876.6 924.0 969.7
567.6 632.9 671.1 713.4 741.6 790.7 834.6 879.9 925.4 971.0
1010.5
SF3 MS-NC03 'III.0 630.9 668.7 713.6 748.1 790.2 634.1 679.4 924.9 970.5
SOS.0 629.9 667.7 711.9 747.0 769.0 632.9 676.3 923.7 969.4
374 N5-N503 567.5 632.6 670.9 Il3.0 746.1 I90.2 334.1 679.4 924.9 970.5
145Y.S
1569.6 1620.1 1672.6 1733.1 1769.1 1041.3 1993.5 1956.3 2012.6
1523.2 1562.9 1636.4 1686.0 1749.1 1606.6 1960.9 1920,s 1976.5 2037.0
1511.5 15r1.4 1623.3 1675.7 1734.9 1793.2 1841.7 1899.2 1956.4 2013.1
1566.S 1619.0 1671.4 1731.6 1767.7 1140.3 1093.2 1954.9 2011.7
1523.0 1562.7 1636.3 1606.6 1749.5 1606.6 1660.7 1920.3 1976.3 2036.6
2074.0 2132.0 2186.0 2246.7 2303.3 2362.5 2423.3 2498.3 2564.4 2628.6
2069.') 2127.9 2177.9 2235.6 2296.2 2346.3 2412.1 2475.1 2540.2 2603.5
2043.6 2lOO.S 2lSO.S 2206.2 22S5.6 2313.0 2375.6 2440.8 2498.9 2560.3
2099.5 2159.4 2213.4 2276.1 233s.7 2397.6 2459.6 2532.6 2605.7 2672.0
2072.6 2130.5 2134.4 224S.Q 2301.6 2360.7 2421.5 2496.4 2562.4 2626.B
2061.6 2127.4 2177.5 223S.2 2267.6 2347.9 2411.7 2474.7 2539.8 2603.1
2099.3 2159.2 2213.2 227S.9 2335.5 2397.6 24S9.4 2532.4 2605.5 2671.9
2703.9 2770.9 2652.1 2923.5 2999.7 3072.8
2676.6 2747.7 2620.0 2690.2 2963.3 3033.4 3115.4
2629.4 2697.4 2767.6 2634.0 2903.1 2970.2 3039.2
2751.1 2629.1 2905.3 2979.7 3059.6 3135.9 3216.8
2701.6 2776.11 2649.9 2921.3 2997.4 3070.5 3146.6
2676.2 2747.2 2020.3 2869.7 2962.0 3032.9 3104.9
2751.0 2629.0 2905.1 2979.6 3059.6 3333.9 3216.7
1206.9 1251.5 1313.4 1359.7 1404.7 14sS.6
1860.9 1920.5 1978.6 2037.0
PO AT RN FR RI AC 1n PA II HP
2099.5 2159.5 2213.4 2276.2 233s.7 2397.9 2459.7 2532.6 2605.0 2672.1
PU A” CM 811 CF ES FM
2751.2 282Y.Z 2905.4 2979.9 lose.9 3336.0 3217.0
JlSO.9
1301.5 1351.2 1402.6 1452.7
1510.0
1063.2 iioa.9 1164.5 1198.5 1250.1 1301.0 1350.7 1394.9 1444.0
371
1110.3 1165.9 1206.1 1251,s 1314.7 1361.n 1412.s 1464.5
1019.3 1064.1 1109.6 1165.4 1206.9 12Sl.O
1c3 MS-N502
1498.6 1559.4 1607.3 1659.6 1719.5 1775.7 1022.6 1873.6 1934.s 1969.7
1110.3 1165.9
1019.9 1064.6
of Tables
1016.2 1062.9 1106.6 1164.2 1196.0 1249.7 1300.5 1350.1 1401.6 1451.7
1066.6
1511.7 1571.6 1623.5 167S.9 1735.1 1793.4 1042.4 1900.6 1957.0 2014.1
1149.7 1906.9
3F2 HS-N502
1019.3 1064.1 1109.8 1165.4 1199.0 1251.0
MS-NO
Energies (in eV)
See page 316 for Explanation
Energies
1313.5 1359.7 1404.5
1509.0
1019.3 1064.1
1109I.5 1165.4 1207.6 12Sl.O 1314.2 1366.4 1412.3 1464.3
F. P. LARKINS
Semiempirical Auger-Electron
Energies
MS-NO
TABLE V. Auger-Line Energies (in eV) See page316 for Explanation of Tables 2 EL
150 *5-LSCS
3Pa ‘15-N‘“‘
1Pl *5-N505
351 *5-15tr
301 N5-MlP5
3Pl 115-11404
102 M5-N505
302 15-N504
3P2 NS-N‘OS
SF2 115’11‘04
79 1)b 8, 82 a3 6‘ 05 06 or 88
L” HG TL PR 81 PO IT RN FR RL
ld67.d 1922.1 1983.7 2O‘S.L 2157.1 2173.0 2230.5 2294.‘) 2359.3 2‘23.5
1950.0 1901.3 1961.5 2020.5 2062.4 2143.5 2205.0 2261.5 2324.9 230s.2
1973.5 1925.2 1967.1 2049.6 2111.8 2171.4 22‘1.2 2299.9 2364.6 2‘29.1
1069.5 1922.1 19dl.l 20‘4.9 2109.2 2171.9 2235.6 2292.3 2357.8 2421.3
1652.7 1905.0 1965.6 2025.2 2066.9 2149.9 2211.6 2269.3 2332.9 2394.2
1051.4 1904.2 1964.3 2’324.1 2586.2 2147. d 22?9.6 2266.5 2330.1 2390.6
1870.2 1923.7 19.55.5 20‘7.0 2109.8 2175.3 2236.9 2296.5 2362.0 2426.4
1869.2 1922.6 1984.5 2645.7 2109.1 2172.9 2236.6 2293.4 2359.8 2422.5
1152.2 1905.6 1966.3 2025.9 LOW.6 2150.6 2212.5 2270.3 2333.8 2391.3
1651.5 1903.1 1963.6 2022.8 2086.9 2166.1 2207.8 2264.5 2320.1 2386.5
09 90 91 92 93 9‘ 95 96 9, 98
AC 1n PI\ U NP PU *I4 CN SK Cf
2499.4 2553.9 2629.6 2733.5 2775.7 2857.6 2948.5 3021.5 3097.6 3179.9
2446.0 2509.6 2589.3 2655.2 2724.4 2802.4 2nnr). 3 2955.4 soza. 7 3105.7
2495.2 2560.9 2636.) 2710.1 2792.5 2864.7 2967.6 3029.3 3105.5 3107.7
2‘85.3 2553.0 2626.6 2705.9 2772.2 2954.3 2935.3 3011.5 3090.0 3171.1
2‘57.2 2520.9 2596.6 2665.8 2736.1 2814.2 2894.3 2972.4 304s.9 3124.0
2451.9 2515.6 2594.5 2661.7 2731.1 2909.3 2997.4 2962.7 3036.3 3113.5
2492.3 2557.0 2632.8 2706.9 2779.1 2961.1 2944.1 3025.2 3101.7 3183.9
2466.5 2551.3 2620.2 2702.3 2773.6 2855.0 2936.9 3015.1 3091.6 3172.7
2458.3 2522.1 2600.0 2667.1 2737.5 2015.6 2895.7 2973.8 3067.3 3125.5
2449.5 2513.2 2592.0 2659.1 2728.4 2806.5 teak.6 2959.7 3033.2 3110.3
99 ES 100 FW
3261.9 3343.6
3191.4 3261.6
3270.0 3352. J
3252.3 3333.2
3203.2 32.52.1
3191.7 3269.6
3265.9 3347.0
3253.9 333b.9
3204.7 3283.7
3166.5 3266.5
JFJ 115-h405
363 M5-h4C4
SF4 M5-N502
3G4 M5-N504
lG4 M-N405
365 us-6505
2 CL
373 *5-N5C5
79 00 01 82 a3 6‘ 85 .56 87 .58
I” MG TL PB BI PO Al RN FR RI
1971.2 1925.9 1998.3 2049.1 2112.7 217d.5 224L.3 2300.2 2365.9 2430.4
ld70.6 1923.3 1995.1 2046.3 2109.8 2173.6 2237.3 2294.2 2359.8 242J.3
1.552.n 1906.1 1966.9 2026.6 Pods.3 2151.5 2213.3 2271.1 233b.7 2396.2
1.952.4 1904.3 1964.9 2024.2 2086.4 2147.9 2209.6 2266.5 2330.1 2390.1
1870.2 192L.5 19116.3 20‘7.9 2110.1 2176.3 224o.n 2297.7 2363.3 2427.’
1869.5 1922.4 196b.l 2945.2 2108.6 2172.3 2236.0 2292.6 235.9.3 2421.7
1851.7 1905.2 1965.0 2025.4 2067.0 2150.2 2211.9 2269.6 2333.2 2394.6
1870.6 1925.4 1987.3 2049.0 2112.0 2177.7 22b1.5 2299.3 2364.9 2429.5
99 90 9, 92 93 9‘ 95 96 91 98
AC rn PI U NP PU A” EN En Cf
2496.6 2561.4 2637.4 2711.6 27.54.~ 2066.2 2949.4 303*.7 3107.2 3160.5
24d7.4 2552.2 2629.1 2703.2 2774.6 2856.6 2937.9 3016.2 3092.7 3173.9
2459.3 2523.1 2601.0 2666.2 2738.6 2916.7 2096.9 2975.) 3U49.6 3126.3
2451.8 2515.6 259e.6 2661.7 2731.2 2tlo3.3 211137.5 2962.7 3136.3 3113.5
2493.’ 2556.‘ 2634.1 2706.3 2700.6 2662.7 2945.8 3026.9 3103.4 3IES.S
2485.0 2550.5 2621.4 2701.4 2772.8 2654.9 2936.3 3’314.2 3590.6 3171.9
2457.6 2521.3 2599.2 2666.3 2736.6 2614.7 2994.0 2972.9 3046.4 3124.6
2495.6 2560.3 2636.3 2710.5 2782.9 2065.1 2948.2 3029.4 3106.0 3100.2
99 100
ES FM
3271.8 3353.4
3255.1 3336.1
3206.‘) 32d5.3
3191.7 3269.0
3267.7 3349.6
3252.9 3333.9
32C3.7 3262.7
3270.4 3352.5
372
Atomic Dota and Nuclear
Dota T&h,
Vol. 20, No. 4, October
1977
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
Energies
MS-NO
(in eV)
See page 316 for Explanation of Tables 2 CL 70 Tl 72 ?I ?‘ ?5 76 I? 711 ?9
“8 LU HF ,A 1 i)f OS IR PT I”
(10 HO
3F 4 l45-N?0,
JF3
lF3 MS-Y601
*5-Y701
2051.8
2Obl.4 2120.9 zla?.l 2249.8 2312. 2376.4 2432.3 249fl.9 2554.‘ 2622.4
2357.3 2116.6 2182.2 2244.5 2306.6 2369.5 2425.4 2‘90.J 29‘6.5 2613.i
2157.9 2117.2 2102.5 2245.1 2307.2 23?‘,.1 2426.0 2499.6 2547.1 2s1*.1
2115.1 216.2.5 22‘9.‘) 2313.3 2383.1 2451.n 2512.8 2SO3.5 Zb49.9 2720.n
2110.7 2186.2 22s3.4 231R.l 2380.6 2457.4 2519.3 2591.9 2657.3 2720.4
2116.2 2183.6 2250.2 2314.6 2304.4 2452.3 2Sl4.2 25.S4.9 PbS1.4 2721.5
268T.d 274e.7 2019.l 2893.9 2969.9 30‘1.5 3123.d 3209.1 3276.1 3353.1
2799.7 2567.5 2949.6 3027.8 311C.8 3194.8 3279.9 3364.3 34‘9.3 3534.h
2799.1 2177.9 2960.9 3139.1 3122.1 3209.1 3294.2 3379.5 3466. 3551.5
2192.2 2869.1 2951.1 3029.4 3112.5 3196.5 3211.6 3366.6 3451.1 3536.2
2744.S 2811.4 21185.5 2960.8 3037.8 3114.8 3196.9 3216.3 3354.‘ 3‘13.5
3430.9
Jb23.3
3641.5
3625.2
3513.‘
3G‘ MS-W603
164 MS-N?02
365 115-Y?03
1493.7 1549.3 1600.6 1665.8 1730.2 1194.4 1854.3 1919.0 1908. 2052.1
1491.9 1547.5 lb01.5 1659.5 1121.4 1706.1 tabs.3 1909.0 1977.7 2043.2
1493.7 15‘9.3 1609.5
313e.n 3215.3 3293.3 337C.Z
274.S.J 2818.0 2093.2 2969.2 30‘1.1 3123.1 3199.4 3275.” 3352.6
FN
3‘49.9
3‘49.0
3430.2
IFS
nr TA * RF. OS IR PT I”
*s-r703 1494.7 15SJ.4 1610.3 1669.9 1733.4 1199.3
1
Zb89.1 275’1.9 2829.9 2905.1 2981.1
31Sb.G
3F3 *S-Nh03
b
2bO0.2
303 *5-‘(702
3GJ ‘B-WC2
2620.6 2410.6 2544.2 2603.7 2611.4
1923.2 1992.9 2OS7.1
1721.7 118b.4 184s.b 1916.1 19?8.J 2043.5
1975.0 2047.2
212J.I 2106.3 2255.i 2321.3 239S.B 2459.1 2521.7 2594.3 2653.9 2731..3
2117.1 21R4.5 2251.2 2315.5 2385.4 2493.3 ESlS.2 2505.9 2652.5 2722.6
2101.2 2161.2 2233.2 2295.9 23b0.3 2428.2 2486.1 2553.7 2612.3 2681.3
2Q97.5 2157.3 2229.7 2291.0 2354.7 2421.5 2479.5 2’545.1 2604.1 2672.7
2120.9 2188.5 2255.7 2320.5 2391.n 2‘59.9 2521.9 2594.5 2b6j.l 2731.2
2115.4 2iaz.b 22‘9.k 2313.7 2383.5 2451.3 2513.2 2583.9 2650.4 2720.4
2100.9 2160.9 2232.9 2295.6 2360.0 2421.9 24as.a 2553.‘ 2601.0
2120.2 2187.8 2255.0 2319.7 2390.3 2459.1 2521.0 2593.r 2659.2 2730.3
2754.1 2823.0 209e.0 29?3.3 3050.4 3130.4 3212.5 3292.9 J373.J 3452.1
27‘5.5 2012.‘ 2886.4 2961.8 3036.8 3115.8 3191.9 321T.4 3355.5 3634.6
2BI)l.P ZBd’T.8 2963.9 3042.2 3125.1 3212.3 3291.5 3382.9 3470.n 3555.1
2791.1 2868.0 2953.1 302a. Sill.‘ 3195.‘ 3280.4 34‘9.9 3535.1
2153.7 2022.6 219?.7 2973.0 3050.0 3130.0 3212.1 3292.5 3372.6 3451.7
2001.0 21179.9 2962.9 3041.2 3124.3 3211.3 3296.4 3301.8 3‘68.9 1554.0
3533.1
3514.5
3645.1
3623.9
3532.7
3643.9
HG
*t
?L
a2 83 a4 a5 8b ll7 aa 69
PB 61 PO AT RN FR RI IC
90 91 92 93 9‘ 9s 96 97 +a 99
rn PA u MP P” A” CM BIG CF ES
2841.7 2UmJ.b 3042.J 3125.1 3212.1 329?.2 3302.6 JCb9.7 35s4.8
2793.‘ 2070.3 2952.4 3030.7 3113.0 3197.d 3283.0 3367.4 3452.5 3537.7
FM
3644.9
3626.6
29bS.I
1659.6
1492.l 1548.3 1611.0 1658.3 1721.0 1704.4
3F‘ r5-n7ns
b
2096.6 2156.4 2227.0 2290.1 2353.8
1494.‘ 1550.0 1610.1 1668.9 l?JJ.S 1791.‘) 1858.9 1923.3 1993.0 2957.2
1659.1
1‘93.7 1549.3 1602.3
1966.0
1601.3 1657.4 1719.1 1703.5 1042.3 19Ob.b 1974.1 2039.3
166b.b lT30.9 1195.1 1055.6 1919.8 1909.1 2053.0
1‘94.‘ lSSO.C 1609.7 1667.3 1731.6 1795.9 lES6.3 192fl.6 1959.9 2057.0
80
100
1691.6 1567.2
2062.‘: 2121.5 2147.1 22SJ.4 2313.2 2377.1 2431.J 2‘99.6 zsss. 2623.1
law.1 tan.1
2159.7 2a32.7 291i.9 2981.9 305b.r) 313S.d 3216.1 3294.1 33?1.1
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1492.1 1540.3 1600.1
1938.8 2001.5
174b.5
2689.8
LlJ
1492.1 15‘1.3 1601.6 1665.6 173D.O 1794.2 1854.6 19111.7
102 M5-NbO2
3F2 “S-ri603
1494.4 1550.3 1609.5 1661.1 1731.6 1796.1 195b.9 1921.2 1990.9 2055.1
1572.4 1629.1 1586.6 lI44.1 1014.3 18IP.l 1935.‘ 20GJ.0
TH P‘ U NP PU 4* C” BK CF ES
?Q ?I 72 13 I‘ ?S 76 ?7 73 19
392 *s-11703
l,b,S.S 1517.?
90 91 92 93 9‘ 95 96 91 98 99
EL
301 MS-M603
X459.1 1516.5 1571.1 1b28.4 1685.9 ll43.4 1813.7 1a7i.5 1934.9 2000.2
ll. PS 61 PO Al RN FR RA ‘C
I
1
1460.3 1517.7 1572.4 1630.5 1680.2 1745.9 181b.6 1874.5 1930.2 2003.9
1‘0.3 151?.? 1572.1 1631.0 1600.I
(II 02 a3 a4 a5 86 n? *II a9
1ou
3F2 NS.Nbi
lRh3.2 1907.5
373
I
160.5 1733.0 1797.5 1fJ5a.3 1922.7 1992.4 20Sb.6
2blP.O
3
3364.9
Atomic
Data
axl
Nuclaor
Data
Tob!eer,
Vol.
20,
No.
4,
0ctober
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
ICI MS-1705
Mb-NO
Energies (in eV)
See page 316 for Explanation 3PO lt5-1605
Energies
of Tables
301 Ys-N6os
3Pl MS-6604
102 *S-N705
3P2 NS-6704
302 NS-NIOS
SC2 NS-HO4
303 15-1705
3f3 NS-1704
2llS.b 2179.2 2246.6 2316.9 2367.6 2bbO.S 2532.1 2597.9 2671.3 2742.6
2119.9 2163.0 2252.7 2323.4 2392.5 2b66.1 2536.7 260b. 3 2679.6 2750.1
2111.9 2179.6 2249.2 2319.3 2366.1 2461.3 2532.7 2596.4 2671.9 2743.3
21lS.l 2177.0 2246.4 2316.1 236S.I 24'56.3 2527.9 2S92.6 2666.1 2736.S
2120.1 216b.2 22Sb.l 2524.9 2394.1 2467.7 2SbO.b 2606.1 269le7 27S2.1
2119.3 2161.6 22s1.2 2321.6 2391.2 2463.0 2535.6 2600.4 2675.9 27bS.5
2116.6 2160.2 2249.9 2320.0 2366.9 2461.9 2535.6 2599.3 2672.9 2744.3
2116.1 217e.4 2247.9 2317.7 2367.0 2bS6.2 2S29.9 2S91.7 2666.3 2736.7
2120.3 2194.2 22S4.0 2324.6 239b.O 2167.7 2Sb0.b 2606.1 2661.7 27S2.1
2119.9 2192.5 22S2.2 2522.6 2392.3 246b.t 2536.9 2601.7 2677.2 2746.7
AC rw PA U NP PU AN CN II CT
2616.6 2690.3 2970.1 30Y3.1 3137.4 3225.4 3312.4 3402.6 3469.0 3'176.1
2625.1 2996.7 2966.5 3064.5 ::x 3326:s 3416.9 3so4.3 3593.4
2617.2 2090.9 2970.6 30S3.6 3136.1 3224.2 3313.2 3403.3 3469.6 3516.9
2906.S 2662.1 2962.9 3045.9 3129.2 321s.) 3302.3 3569.4 3475.9 JS62.0
2627.1 2900.6 2992.7 3066.6 3151.1 3237.2 3329.2 3419. b 3S06.6 3596.0
2616.4 2692.1 297b.d 3056.6 3142.2 3226.2 3310.5 3bOS.b 3492.9 3591.0
2618.2 2691.9 2971.9 3oss.o 3159.4 322S.S 33lb.S 3404.7 5491.1 3576.3
2610.9 266b.S 2965.4 3046.5 3131.9 5216.0 3305.1 3392.3 3476.6 JS64.9
2627.1 2900.6 2982.7 3066.6 31¶1.1 3237.2 3329.3 3419.5 3S06.9 3596.1
2619.9 2693.6 2976.3 5060.4 5145.9 5229.9 5320.0 3407.3 5494.7 JS62.6
99 ES 100 FM
3667.2 3757.1
36Eb.S 377S.b
3666.0 5750.0
3632.1 3741.0
36W.l 3776.1
3671.1 3761.1
3669.5 3759.4
36SS.l 5744.1
3667.2 3779.2
3673.0 5763.0
1 EL
IF3 NS-N6os
363 MS-N604
3fb 10-11705
lG4 NS-N7Ob
JGb Ns-N609
IWC NS-1604
365 NS-N705
3ws NS-NT04
1ns NS-N6OS
JH6 IS-N705
2120.7 2165.0 22Sb.9 2325.6 2395.0 2466.6 2Sbl.S 2607.4 2662.9 2753.4
2120.5 2162.6 2252.6 2325.0 2392.7 2464.7 2S37.3 2602.2 2677.7 2747.3
2117.6 2180.9 2250.7 2320.9 2369.9 2462.1 2534.6 2603.2 2674.0 27bS.2
2116.0 2179.3 2247.6 2517.6 2366.1 zbsa. i 2S29.6 2594.6 2666.1 2736.6
212O.b 216b.S 22Sb.S 252S.2 2394.5 2466.2 2S40.9 2606.7 2692.3 2752.7
2119.6 2192.0 22Sl.6 2322.0 2391.6 2463.5 2536.1 2601.0 2676.4 2745.9
2llS.9 2179.5 2249.2 2J19.3 2366.1 2461.0 2S32.7 2S96.3 2672.0 2743.2
2120.2 L18b.b 2254.3 232S.l 2394.3 2bLI.O LSbO.7 2606.5 2602.0 27S2.4
89 90 91 92 93 9b 95 96 97 96
79 80 01 02 83 8b as 66 b? e8
AU WC IL PB BI PO Al Rk FR RA
2116.6 2100.1 2253.2 2320.4 2369.3 2462.3 ::x . 2673.4 2744.3
2116.) 217a.b 2247.9 23t7.7 2367.1 2459.2 2529,) 2S94.7 2660.3 2736.7
69 90 91 92 93 9. 9S 96 97 96
AC rn PA U NP PU AN CN en CF
2919.7 2992.4 2972.5 3055.6 3140.0 3226.1 3315.2 3405.2 3491.6 3s79.0
2910.6 2664.5 2965.4 3040.s 3131.9 3216.0 3305.1 3392.3 3476.6 3565.0
2920.5 2902.3 2964.2 5066.5 31S2.1 3239.6 3330.9 3421.1 3506.6 JS97.8
2920.6 2994.3 2977.0 3061.0 5144.5 3230.6 3520.7 5boa.2 549’1.7 5563.6
2619.0 2692.1 2973.1 3056.4 3140.6 3226.1 331J.6 5405.5 5492.1 3579.b
2610.7 2994.4 2965.2 3049.2 3131.7 3217.1 3304.9 5392.2 3476.6 3564.6
2627.7 2901.5 2963.4 5067.5 3151.9 3236.0 3330.0 3420.2 5507.7 3596.6
2619.1 2692.9 2975.4 JOS9.4 3142.6 3226.9 3316.9 3406.3 5493.6 3561.7
2617.0 2690.7 2970.9 3os3.9 3136.2 3224.3 3313.4 3403.3 3469.6 5577.0
2627.5 2901.2 2963.1 5067.2 3lSl.S 3237.6 5329.7 Jbl9.6 5507.3 5596.5
99 ES 100 FN
3670.1 3760.1
3655.1 3741.1
5669.0 3760.0
367b.l 3764.1
3670.4 3760.3
5655.0 3744.9
3686.0 5779.0
3671.9 3761.9
3666.1 37S6.0
3667.6 5776.6
374
Atomic Dota ad Nvckor
Data Tables, Vol. 20, No. 4, Octcber
,977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
N,-00
TABLE V. Auger-Line Energies (in eV) See page 316 for Explanation of Tables 2 EL
IS0 -45'0101
JP2 15-0103
3Pl 115-0103
IPI rO-0102
JPO w5-0102
IPO 15-0303 33.9 (6.7 55.0 bb.0
IS0 w-0202
54 s5 56 57 50 59 LO 61 bZ b3
XE cs 81 LL CE PR NO PN S* EU
9.3 24.6 24.6 27.3 27.4 31.3 35.s 37.2 46.9 62.0
24.3 39.6 43.0 44.9 49.2 50.5 56.2 57.0 67.8 76.6
23.5 36.6 41.8 48.9 49.2 50.5 56.2 57.4 67.6 7b.8
16.7 33.2 36.1 42.6 42.7 43.6 49.4 50.6 b3.6 b9.7
23.0 37.* 41.0 46.9 49.2 50.5 5b.Z 57.6 67.6 76.6
b4 6S b6 67 60 69 70 71 72 73
60 18 OV HO ER TN vn LU nf rn
60.6 (I.5 29.9 so.9 45.2 65.2 66.2 73.1 75.6 71).8
61.7 60.b 63.1 6I.b 76.5 92.2 lOS.0 106.2 116.3 119.9
81.7 60.6 63.1 87.b 76.5 92.2 105.0 101.2 112.9 116.2
74.5 73.3 55.7 no.0 66.6 64.2 96.9 99.6 103.5 106.2
61.7 80.b 63.1 67.6 7b.5 92.2 105.0 106.2 101.83 111.4
74 75 76 77 70 79 no 81 32 03
I RE OS IR PT AU nc TL PB 81
62.6 06.1 96.7 95.0 100.b 106.9 106.0 101.0 105.6 101.9
130.9 140.9 141.7 146. b 156.3 165.1 lb8.5 171.6 177.7 163.0
126.6 136.6 137.1 141.9 153.2 160.1 162.7 lbS.3 171.5 176.5
114.7 124.7 123.9 lZI.7 136.b 146.3 144.2 143.1 150.4 153.7
119.7 129.9 129.1 134.1 144.0 152.1 149.5 145.2 lS5.9 159.2
lb?.5 104.1 17b.7 LOS.6
84 05 6b 67 Ill 69 90 91 92 93
PO IV RN fA IIA AC IN PL u NP
104.6 102.6 93.6 93.3 78.6 no.0 60.7 61.6 73.6 60.9
166.7 169.6 167.1 193.0 100.1 193.1 196.1 206.2 212.4 222.9
179.6 102.6 179.5 165.1 100.6 164.7 169.b 199.3 203.2 213.5
151.2 153.3 146.S 147.4 136.2 136.5 lbS.2 145.4 141.6 146.9
1Sb.l 158.8 152.1 lS3.O 141.8 144.1 151.1 151.2 117.4 154.9
253-b
94 95 96 97 96 99 100
PU AN CM 8N Cf ES FN
77.9 72.6 79.8 64.1 62.0 61.0 79.7
227.0 234.1 2b6.2 256.b 263.7 270.9 260.6
237.4 224.2 234.1 246.4 253.2 260.2 2b9.9
147.0 147.0 154.1 161.4 16l.S 162.5 163.4
153.0 153.1 160.2 lb?.6 167.7 166.9 169.6
356.7 375.5 366.5 401.0
211.0 tlb.6
b24.7 k39.7 460.5
23b.2
375
66.4
bb.7 71.7 72.9 63.0 65.7 96.6 93.3 96.6
117.b lob.1 112.2 134.6 136.0 lbb.2 150.1
203.3 206.3
217.6 226.5 235.3 ZIP.6
261.4 264.3 276.1 261.b 266.6 297.5
31b.4 332.4 365.7
3Pl Y5-0203
30.4 44.5 so.3 bl.? bl.9 60.1 67.1 be.2 76.3 60.9
33.0 46.5 54.7 6b.0
91.6 na.4 93.9 112.6 100.9 106.9 129.4
96.b 93.3 96.6 117.6 101.1 112.2
130.4
132.1 134.0 14b.b 113.3 150.9 112.2 176.2 163.6 161.4 177.4 193.7 19b.8 195.7 201.7 196.6 196.b 190.3 193.5 206.3 205.3 205.)
212.6
223.6 234.2 239.2 2b2.2
3P2 YS.0303
66.b
Lb.7 71.7 72.9 03.0 OS.7
13b.6 136.0 lb2.0
145.0 160.0 176.9
lb6.1 177.4 193.3 199.7 203.2
Lob. 216.5 223.7 226.6 235.9 235.0 2b1.9 2b0.6 2b5.9 256.6 265.6
274.0 264.4 269.5 301.5 311.7 327.0 336.1 345.2 357.2
0
102 MS-0203
34.9 k9.9 56.4 66.0 Lb. 4 64.7 71.7 72.9 63.0 65.7
32.7 47.3 53.4 64.2 64.6 b2.9 b9.9 71.0 61.1 63.6
96.6 93.3 96. n 117.b lob.1 112.2 134.6 136.0 146.9 lS2.9
94.7 91.3 9b.9 llY.6 104.0 110.0 132.6 133.7 140.4 143.3
170.5 187.1 177.9 159.1 2Ob. 7 211.9 221.3 232.4 239.3 2bb.S
lS6.3 175.1 lb4.2 375.5 191.3 197.6 201.1 204.7 216.3 221.b
257.7 265.6 266.9 260.7 266.4 293.7 302.6 321.6 337.7 351.1
226.4 233.5 232.6 239.4 236.1 243.3 254.1 263.1 271.3 2Bl.b
362.2 361.2 394.2
28b.7 296.6 306.7 324.0 333.0 342.1 3s4.0
blb.6
430.b 445.7 46b.7
Atomic Doto od Nuclear
Doto
Tables,
Vol
20.
No
4, October
1977
F. P. LARKINS
TABLE
z LL
lS0 Its-0101
3P2 k5-0103
Semiempirical Auger-Electron
V. Auger-Line Energies (in eV) With Configuration Interaction See page 316 for Explanation of Tables 3ri N5-0103
23.0 37.9 41.0 4O.9 49.2 50.5 56.2 57.9 67.9 lb.6
34.0 49.9 55.2 60.0 60.4 0b.T 71.7 72.9 53.0 35.7
31.1 ASIA 51.1 02.5 b2IO 61.3 LO.2 69.3 79.e 92.9
33.0 43.5 54e7 ooao 60*4 64.7 71.7 72.9 9360 2.5.7
34.9 e9.9 56.4 60.0 66.4 b4.1 71.7 72.9 03.0 55.7
32.7 r7.3 13.4 hA.2 h4.b 62.9 69.9 71.0 81.1 03.9
01.7
90.6 93.3 90.0 ll?.b 100.1 112.2 13r.2 130.0 146.6 150.5
93.0 O9.O 94.4 113.3 101.6 IOU.0 130~2
90.6
$2: ,3.:b
96.0 9313 9O.O 117ab lob.1 112*2 134*O 13baO 142.0 145.0
PO.7 91.3 9b.P ll5.b lOb*O 110.0 132eb 133.7 140.4 143.3
167.9 lUb.4 175.2 1.50.3 203.T 200.0 21b.l 229.0 233.9 242.9
14b.U 163.7 151.5 102.1 lrb.7 194.3 101.9 177.9 194.2 197.4
::z lbb:, 177.4 193r3 199.7 203*2 2Ob.U 2lO*5 223.7
196.2 202.2 197.3 199.1 I90.0 194.0
212.3 217.3
24.3 39.6 43.0 40.9 bV.2 50.) 56.2 57.0
64
GO
:: 67 63 69 70 I1 72 73
2 h0 LR TM 1B LU hf TA
59.4 60.1 20.3 50.2 3915 64.1 67.4 72.2 ?A.? II.8
81.7 110.6 h3.I 57.6 76.5 92.2 105.0 100.2 116.3 119.9
31.7 00.6 63.1 37.6 70.5 92.2 105.0 109.2 112.9 116.2
74.5 73.3 55.7 UOIO bbbl 94.2 90-P 99.9 10305 lObe
tr IS 16 7? I3 I9 GO 91 42 03
N RC OS 1R PI AU nc TL rE b1
62.0 05.3 95.6 94.1 99.7 107.9 105.0 100.1 104*9 107.9
130.9 140.9 141.7 146.6 lS8.3 lh5.1 lb8.5 171.0 177.7 103eo
12bob
1bO:l lbz.? 165.3 171.5 176.5
11e.7 124.1 I?399 12U.7 13b.b 146.3 116.2 1bGel 150.4 153.7
aA 35 Ub UT Ob b9 90 91 92 93
ro AT RN fR RA AC ffl PA U hf'
103.7 101.6 92.6 92.3 77.9 r9.0 79.0 UO.? 72.1 UOlO
116.7 1nq.n lr(7*1 193.0 18E.E 193.1 190.1 208.2 212-4 222.9
179.b lE2.b 179.5 1OS.l 1.50.6 104.7 159.6 199.3 20342 213.5
151.2 153.3 146-S 1b7e4 13be2 13bm5 1e5.2 115.a l,l*b l19.9
156.7 159.9 152*1 153.0 :::‘: 151:1 151.2 147.4 15489
2S3.9 201.9 204.3 270.5 212.1 209.2 290.0 3lb.9 332.3 340.1
9. 95 96 97 96 99 100
ru AM LN LK Cf cs t*
r7.0
227.0 234.1 246.2 25bab 263.7 270.9 2co*a
217.4 22402 234.1 24e.b 253.2 ZbOe2 269.9
147.0 117.0 154-l 161-b 161.5 lb2a5 163.4
153.0 lS3.1 160.2 16706 lb7b7 lb9*9 lb9+1
357.1 315.9 3W.P 409.2 425. I 619.1 400.9
::': 33:2 61*1 O0.1 7u.u
::“I’: ii;:;
19.7 33*2 3b*l 42.6 42*? 43*O 49.a 50-G 60.0 69.7
3PO N5-0303
u*e 2395 23-b 2b.A Pb*5 30.2 34*5 3be1 b5.8 60.2
lx St:6 76.5 92.2
134.1 104.0 152rl 169.5 1AS.Z 155.9 159.2
376
is0 NS-0202
No-00
3PO N5-0102
XE ES bl LA CE PR ho rN St LU
76.3
23.5 30.6 b1.U LO.9 49.2 50.5 50.2 57.9 b?.b 76.0
lP1 NS-0102
,. 55 56 5r 53 59 60 61 62 63
bt.0
Energies
‘,“,:*i . 205.9 z13.3
:::‘: 23b:t 239.7 242.6
3Pl NS’0203
3P2 15’0303
::‘: 146 lob.1
170.5 127.1 177.9 199.1 2Obe7 211.9 221.3 232.e 239.3 24605
22OlO 235~9 235.0 241.9 2bO.b 24519 25baG 265*9 Zllro 22ba4
257*7 265.9 268.9 290.? 23bel 293.7
20915 301.5 311.7 32IaO 33drl
362.2 3Ole2 394.2 klb*b 430.0 445r7 466.7
2:::
Atomic Data and Nudsw
102 NS’0203
15O.3 175.1 164.2 175.5 191.3 197.6 201.1 204.7 210.3 221.4 226.4
233.5 232.6 239.4 230.1 213.3 254.1 263.1 271.3 Zllrb 2eo.t 298.6 3Obe7 324.0 3J3.0 342*9 354.0
Doto Tables, Vol. 20, No. 4, October
1977
Semiempirical
F. P. LARKINS
TABLE V. Auger-Line
Auger-Electron
79 I” 60 HG 01 IL b2 83 0, 115 b6 b7 8.5
PE 0x PO Al RN FR RI
09 90 91 92 93 95 9'5 96 97 91
4C rn
PI U YP P" 4" Ch 0h
CF
99
ES
100
FM
30 3 NS-0105
302 1(5-0101
79 .so
h" "6
01
7L Pb
3PO
h5-0305 271.6 279.6 293.2 303.3 315.6 326.2 360.1
222.6 226.6 232.2 2‘1.7 2S1.6 25d.J 265.3 266.3 275.1 275.7
222.6 225.7 231.2 260.7 250.6 256.9 263.0 264.6 273.3 273.6
219.6 222.5 227.7 236.7 256.7 2Sl.d 256.6 25b.6 267.2 266.9
222.6 225.6 23J.0 239.1 2‘9.5 251.3
263.9 291.7 SO‘.7 309.9 326.3 333.4 3‘5.4 366.5 374.9 364.0
201.7 209.5 302.6 307.7 323.9 531.0 3‘2.6 357.7 372.0 301.C
273.2 280.9
296.7 299.1
275.9 263.7 297.7 302.9
315.1 322.1 332.3 3‘6.5 358.8 366.9
310.3 323.k 335.6 347.5 361.9 379.0
431.7 650.0 664.2 466.2 501.3 523.7 5‘0.6
397.1 ‘00.1
394.0 ‘04.9
379.0 366.9
362.1 392.1
501.9
102
2 EL
301 hS-OlC4
102
us-0105
hS’GJO5
261.3
261.3
3‘6.1 360.9 310.5
270.1 269.7
3F2 N5-0205
379.1 391.5
416.5
560.9
JP2 MS-0206
379.0
AC TH
Ah Ch IN cc
390.2 402.1 ‘26.3 “1.5 460.9 675.1 ‘99.1 S17.2 539.7 557.b
3b0.7 392.6 415.5 432.7 451.1 b65.2 6b7.4 502.6 525.0 562.2
339.0 352.9 364.9 374.0 390.‘ 39b.6 ‘15.6 630.7 446.2 4S9.3
335.3 359.3 362.4 371.7 367.2 395.5 410.6 ‘22.6 650.6
3b6.2 396.1 ‘20.3 ‘37.‘ 456.6 670.7 ‘9‘.1 512.1 534.S 552.f
99 100
ES Fh
579.0 600.9
S62.3 563.3
‘76.4 6b7.I
‘65.6 ‘76.9
573.5 595.6
2 79 b0 bl b2 03 34 bS b6 8? 80 69 90 91 92 93 94 95 96 97 96 99
100
EL I" NG Il. PB er PO 61 RN
FR RI AC In
PI U UP PU Ah Ch Bh Cf ES
FM
3PO MS-0505 329.6 339.2 355.2 369.3 365.9 ‘03.1
616.8
LSO
h5-0‘0‘ 326.0 334.2 369.7 363.1 300.2 394.5
3Pl N5-0405 329.6
33b.7 356.6 360.5 3b3.5 ‘01.3
640.4
102 NS-05G5
266.7 276.1 291.3 301.4 313.2 326.5 336.3 3kb.4 359.0 366.6
667.6 691.3 509.2 531.5 5‘9.1 570.1 592.2
500.3
559.5
If3 W-0205
670.9 691.b
Cb9.6 711.5
705.0 727.9
690.S 712.5
377
SF6 w5-0305
5b2.5 601.5
3f3
3F2 WI-0606
h5-0405
714.6
700.3 723.2
454.9 ‘66.6
‘72.1
676.7 697.7
610.2 633.3 657.6 677.3
4‘0.0
6b5.0
‘75.0 kb9.9 515.9 534.1 556.5 575.1 602.6 623.0 667.‘ 666.6
5bl.2
‘30.b
559.2 5b0.1
661.b
619.9 6‘4.3 663.b
601.4 ‘13.‘
392.9 404.9 ‘27.0 ‘6b.J 463.6 k76.0 502.2 520.5 543.0 561.2
466.1 +00.9 507.9 526.1 5‘9.5 566.6 591.7 606~9 633.4 651.5
463.1
327.3 3‘1.1 35k.O 363.1 37b.b 366.r
336.6 350.5 362.6 371.6 Jb6.2 396.3 413.3 ‘26.4 b45.8 ‘56.9
673.3 514.1 532.3 556.6 513.7 600.1 620.9 6‘5.3 666.‘
317.7 320.3
376.2 390.3 412.5 629.5 b‘b.0 661.9 &a‘.2 699.6 522.0 S39.j
‘00.0 ‘95.6 520.6 53b.7 566.1
672.5 637.3 513.2 531.3 555.7 572.6 599.b
2b9.1
295.6 306.2 301.1
313.5 326.6 336.3 364.5 359.0 366.6
301.7
329.6 337.6 353.6 367.0 36b 396.6 414.5 423.5 4‘1.2 654.9
461.6 676.0 502.b 520.8 56b.P 561.1 506.2 603.‘ 627.8 6‘5.b
256.5 256.b 264.3 279.0
274.0 205.3
329.6 339.3 355.s 369.2 366.3 502.1 417-P ‘27.9 465.6 ‘60.2
677.3 692.0 517.0 535.1 560.3 577.3 606.1 629.0 653.3 673.3
lP1 h5-0206
257.0 261.3 267.‘ 2b2.3 292.1 300.‘ 311.2 314.2 324.0 327.7
291.3
331.2 3‘1.0 351.1 371.‘ 366.0 hO5.7 421.S 432.4 450.1 465.7
429.S ‘47.1 462.5
‘59.3
301
h5-0301
376.2 390.0 ‘12.7 ‘29.6 446.2 662.3 4b4.5 499.6 522.2 539.2
3P2 N5-0605
410.1 419.1 ‘36.6 ‘50.2
‘17.2 427.1 6‘4.b
363.6 395.‘ &II.* 631.5 ‘53.6
316.0 331.7 343.7 350.‘ 365.1 373.5
0 90 91 92 93 94 95 96 97 96
U
315.9 329.4 361.3 347.9 362.5 372.0
269.2 270.3
361).‘
NP PU
271.5 260.2 293.6 303.9
273.0 282.0 295.5 306.0
FR RI
PI
2511.9 263.1 269.1 Pb4.5 296.2 302.0 313.1 315.3 325.2 328.0
3Pl h5'0305
IF3 NS-0304
b7 bb
ax PO Al RN
261.5 263.9 269.9 215.0 295.5 302.5 313.‘ 316.‘ 326.2 329-b
of Tables
SD3 NS-0305
271.6 260.3 293.7 303.9 316.1 326.9 3‘0.9 346.9 361.7 371.1,
62 63 84 05 b6
27r.O tbs.9 297.5 300.1 320.2 331.5 346.S 353.5
302 r(5-030‘
Ns-00
Energies (in eV)
See page 316 for Explanation 7. EL
Energies
331.2 3‘0.3 356.‘ 370.4 3b7.5 403.‘ (19.6 429.6 447.2
692.b
299.1 309.6 321.6 336.5 346.6 35S.6 370.7 361.5
3F‘ NS-0505 331.2 3‘2.1 35b.3 372.1 369.3 407.1 423.0 ‘34.0 ‘51.7 667.3 462.5 497.‘ 522.6 560.6 566.0
1GS NS-0‘05 329.1 33b.3
3114.2 36b. 1 365.0 400.9 ‘16.7 k26.6 446.3
b5b.9
612.2 635.3 659.6 679.9
‘72.0 b66.6 512.7 530.6 555.2 572.3 599.3 619.5 6‘3.9 663.0
707.1 730.1
6b9.1 711.0
5b3.1
F. P. LARKINS
TABLE
Semiempirical
Auger-Electron
Energies
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series
Energies
See page 316 for Explanation of Tables 10
II-Clt
FOR
10
2 CL II AR iv II 20 CA 21 SC 22 II 23 9 24 CR 25 II” 26 FE L? co
-2679.7 -3230.3 -3600.3 -3992.4 -6402.7 -4636.9 -529b.6 -5770.0 -6265.9 -6763.3
26 WI 29 CU JO zn
-7324.7 -7662.8 -6465.0 -9069.‘ -9666.6 -10340.2 -11003.9
31 32 33 34 35 36 37
GA GE AS SE BR KR RE
36 39 k0 41 b2 43 54 45 46 47
SR I ZR MB NO TC RU RH PO AG
48
co
69 IN
50 SN 51 SE
52 53
rf
-11691.7 -12404.6 -13134.6
-2955.3 -3311.1 -3666.1 -4066.1
-4301.9
26 29 30
NI cu ZN GA
-11077.7 -12596.4 -13335.0
-16693.2 -19006.0 -20746.0 -21708.2 -22693.2 -23702.4 -24735.4
-2296b.2 -2kOOI.V -25044.0
,a 69 50
co IN
-25792.9 -26676.6
-26110.8
51 52 53
-31451.a '32b56.3
-31617.0 -33034.0
-33694.2 -35155.0 -36442.9 -37756.1 -39097.4 -40467.0 -41663.S -43237.7 -44742.7 -46223.5
-34276.6 -35S50.2 -36647.4 -38171.2 -39522.b -40901.9 -42306.6 -43744.1 -45207.9 -46699.9
69 69 10 71 72
St,
EU GO 18 ov HO
ER
76 77
OS
-47734.2 -49273.9 -50645.9 -52443.4 -5401)o.t -55734.9 -S7425.2 -59149.7 -60902.6
IR
-62692.S
-46221.2 -49772.7 -51354.1 -52965.2 -54611.4 -56260.3 -57901.0 -59717.7 -61405.0 -63266.9
79 79 00
PT AU MG
-64514.3 -66372.1
-65122.2 -66991.3
-66263.0
41
n.
-70163.7 -72143.7 -74133.4 -76171.0 -76241.0 -60346.0 -82494.0.
-66693.6 -70632.5
TN 18 l.lJ
HF 73 TA 74 Y 75 RE
62 63
8, a5 66 67
PB
II PO Al RN
fR
08 09
RA
91 92 93 94
PA U NP
AC
90 w cu
95 AN 96 CM 97 0K 96 cc 99 ES 100 ftt
AS SE 35 BR 36 RR 37 RB
-17374.4 -16250.0 -19150.3 -20073.6 -21020.0 *21990.3
-16237.9 -1713s.o -1lYoo1.s
-15690.9 -16S20.9
56
CR
GE
SR I ZR NB NO rc RU RR PO AG
-14097.6 -1402.9
-29460.7 -30625.2
NO
31 32 33 34
30 39 40 41 62 43 6, 45 56 k7
-13666.3 -14665.9 -15466.0
-29111.6 -30270.3
58 CE PR
II
-72604.5 -74914.8 -76662.0 -7a947.0 -61066.0 -93229.0
-94676.0 -66910.0 -s9irv.a -91494.0 -93949.0 -96246.0 -90694.0
-65429.0 -67675.0 -99956.0 -92295.0 -96656.0 -97075.0 -99532.0
-101162.0
-102039.0
-103724.0 -106313.0
-107196.0
-304599.0
-1069kv.o
-109651.0
-111639.0
-1lLSS6.0
-116390.0
-115319.0
50
62 63 64 65 66 67
cf. PR NO PM SN EU GO TE 01 HO
66
ER
69 70
TM I8
59
60 61
7. is
76 77 78 79 10 ii 62 93 84 85 66 67
N RE OS
IR
14165.0 11956.4 15775.3
276.7 292.5 309.3 327.2 345.3 36S.6 366.1
-1562.1 '1666.4 -1792;O -1902.1 -2015.6 -2132.9 -2252.9 -2376.7 -2503.4 -2633.6
::", 1:::
13.0 15.0
-615.2
-677.9 -742.9 '611.3 -863.6 -957.3 -1036.7 -1119.6 -1204.3 -1293.4 -1362.6 -1402.3
“Z-NW
NJ-NU
-232.6 -275.6 -321.5
-232.6 -275.9 -3tlr"
-369.9 -426.9
-475.1
-369.9 -420-~.I -47s.
-532.0 -591.7 -654.1 -719.1
-532.0 -591.7 -654.1 -719.1
-766.6 -057.5
-766.6 -857.5 -933.1 -1012.5 -1095.9 -1162.6 -1273.9
-933.1 -1001.6 -1006.8 -1176.7 -1267.6 -1360.6 -1453.1 -1557.0
22162.9
431.0 454.7
23173.7 24209.6 25271.3 26359.0 27k72.k 26612.3 29762.2 30972.7 32193.6 33441.9
480.5 507.4 539.9 566.1 SV7.6 631.0 670.6 702.b 741.6 763.6
169.5 207.9 227.3 246.2 270.6 295.0 321.5 347.5 376.6 407.9
-2767.3 -2904.5 -3045.0 '3166.5 -3335.4 -3405.0 -3633.5 -3794.0 -3954.2 -4121.4
-2666.3
-2921.3
-3027.9 -3172.4
-3065.6
34719.6 36026.3 37361.0 36724.7
02s.. 670.5 919.1 966.6 1020.6 1075.1
540.1) 476.1 513.6 553.5 595.6 640.2 667.5 737.6 790.5 346.7
-4266.6 -4453.3 -46316 -4009.3 -4993.4 -5176.9 -5362.0 -55b6.5 -5743.3 -5942.8
-4450.6 -4626.9 -4005.1 -rvs7.9 -5175.5 -5363.0 -5554.5 -5746.3 -5946.3 -6149.1
-4536.0 -4722.1 -4910.5 -5102.4 -5296.4 - 5 6 9.6. -5696.8 -5902.7 -6114.5 -6329.9
-6151.4 -6341.2
-6352.1 -6559.2 -6770.6 -6960.6 -7195.3 -7412.4 -7631.9 -7653.7 -8076.7 -6306.5
-6546.1 -6763.5 -6993.6 -7220 -7453.1 -7667.1 -7925.1 -6166.0 -6413.7 -9664.5
-6266.2 -6493.6 -6722.3 -9953.4 '9164.5 -9419.5 -9656.0 -9697.0 -10137.0 -10361.0
-6536.6 '6770.9 -9005.4 -9241.6 -9461.6 -9722.3 -9966.0 -1D213.0 -10460.0
-6916.5 -9175, -9436.9 -9700.9 -9966.6 -10241.1 -10517.0 -10796.0
-10622.0 -10971.0
-10961.0 -11215.0
-11659.0 -11955.0
-13377.0 -12633.0 -12990.0
-11469.0 -11732.0 -11967.0 -12244.0 -12505.0 -13766.0 -L3033.6 -13297.0
-12254.0 -12559.0 -12664.0 -1317s.o -13469.0 -14907.0 -14132.0 -14459.0
-13146.0 -13403.0 -1366o;o
-13562.0 -13626.0 -14092.6
-14791.0 -15125.0 -15463.0
40118.0 61562.1 42996.3
ros.1
44481.7
1t32.s 119b.O
btSb6.6
125S.7 1323.1
*599.¶.6 49127.6 50741.6 S2396.7 54069.7 55790.1 57535.3 59316.2
61141.1 62999.9 64995.9
013 RI 69 AC 90 tn 91 PA 92 U 93 NC 9. cu 95 AN 96 Cn 97 OK
66b69.0 90666.0 93351.0 95666.0 96436.0 10106S.O mwg.;
96
1393.4 1467.7 lSk2.6 1626.3 1710.0
1LlOO.b 1693.0 1991.4 2097.1 2203.3
906.4 966.9 103k.6
1104.5 1170.7 1255.0 1337.2 1423.4
1514.1 1606.9
2316.7 2434.1 255S.b 2639.2 2625.6 2966.9 3x10.0 3275.0 3439.0 3609.0
1706.6 1614.9 1924.8 2040.4 2164.6 2292.5 2427.0 2S69.0 2716.0 2674.0
19926O:O 112134.0
3793.0 3976.0 4172.0 k372.0 4590.0 4617.0 5047.0 4296.0 5556.0 5921.0
3OkO.O 3211.0 3393.0 35a1.0 3760.0 3990.0 4209.0 3442.0 4661.0 4936.0
115652.0 116037.0 121092.0
6103.0 6396.0 6702.0
5201.0
72872.9 74969.3 77107.3
79269.0 :::::*: . 66103.0
378
5461.0 5773.0
-6545.5 -6752.9 -6959.6 -7173.1 -7367.2 -7603.6 -7622.4 .604S.S
-1111.5.0 -11372.0 -11620.0 -11071.0
-12124.0
Atomic Data and Nwlear
-1670.5 -1779.7 -1691.6
-1992.1 -2110.5
-2007.5
-3320.3 -3471.7 -3626.6 -3700.1 -3946.9 -4110.3 -4276.3
-10710.0
1
-1460.4 -1565.9
-1659.6 -1767.6 -1970.1
-2232.0 -2355.1 -2462.6 -2614.2 -2746.7
..
-1368.6
67.2 75.5 8b.4 Vb.2 104.9 116.3 129.0 142.3 157.0 172.6
66031.0 66606.2 7061.3.)
CF
-219.3 -259.7 -302.7 -341.4 -395.2 -466.4 ‘500.4 -555.5
17.2 19.9 23.1 26.9 31.1 35.5 40.4 46.1 52.3 59.5
PT AU NG ii QB 91 PO Al RN FR
99 ES 100 t-11
2.1 2.7 3.6 4.5
FO” “l-)11(
153.4 16S.0 173.9 162.3 197.6 203.4 216.1 232.1 246.1 260.7
19279.3 20216.1 21177.0
::73 IA‘,:
77.6 63.5
-*n
7473.1 6047.6 6636.9 9251.7 9666.4 10543.6 11222.0 11923.6 12650.7 13395.3
17479.3 16361.1
I 54 XE 55 cs 56 BA 57 LA
L3
LZ-MN
91.4 96.2 106.2 115.3 120.1 i2a.7 136.0 147.0
16615.1
SW SE TE
Ll-RM
3691.7 4090.6 4510.9 4952.2 5414.7 5698.7 6403.9 6930.3
SC
-7460.9 -602?.9 -661Y.6 -9224.6 -9655.3
-10501.1 -11161.6
2957.5 33i3.a
CA
23 24 25 26 27
-27961.3
59 60 61 62 63 64 65 66 C?
19 20 21 22
AR
-4944.6 -540s.5 -5667.6 -6390.9 -6915.3
I 56 xc 55 cs
57 LA
18
11 ” CR NW FE CO
-27201.6 -26317.3
BA
K-w
2 EL
-2127.9 -2251.9 -2377.3 -2507.6 -2641.6 -2779.7
-3214.4 -3366.6 -3522.7 -3662.5
-3641.6 -4014.3 -4164.6 -4359.3
3
.J
*
. .'
-11081.0 -11369.0
Data Tables, Vol. 20, No. 4, October
1977
Semiempirical
F. P. LARKINS
Auger-Electron
Energies
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series
TABLE
See page 316 for Explanation of Tables 10 Lf
FOR
"Z-MN
43.""
Ll.WU
LZ.llN
12650.7 13395.3 14165.0 14956.4 15775.3 16615.1 17479.3 16367.1 19219.3 20216.1
246.1 260.7 276.7 292.5 309.3 327.2 345.3 365.6
-1392-a -1492.3 -1562.1 -1ba6.4 -1792.') -1902.1 -2015.6 -2lJF.9 -2252.9 -2376.7
-1453.1 -1557.3 -1659.1
-1460.4 -1565.9 -1670.5
406.1
52.3 59.5 67.2 75.5 a‘., 94.2 104.9 116.3 129.0 142.3
-1a7a.i -1992.1 -2110.5 -2232.0 -2355.1 -2492.9
-iarCs -2007.5 -2127.9 -2251.9 -2377.3 -2507.6
PO A6 co IN sll f8 TL I If cs
21177.0 22162.9 23173.7 24209.9 25271.3 26359.0 27472.4 26612.3 29762.2 30972.7
431.0 454.r 460.5 50?.4 535.9 56b.l 59l.6 631.0 b70.6 7O2.4
157.5 172.6 199.5 207.9 227.3 240.2 270.6 295.3 321.5 347.5
-2503.4 -2633.6 -2767.3 -2904.5 -3045.0 -3iaa.5 -3335.4 -3495.0 -3633.5 -3794.0
-2614.2 -2749.7 -2996.8 -3027.9 -3172.4 -3320.3 -3471.7 -3626.6 -3700.1 -3946.9
-2641.6 -2779.7 -2921.0 -3065.0 -3214.4 -3366.6 -3522.7 -3662.5 -3141.6 -4014.3
56 57 56 59 60 61 62 63 64 65
81 LA cc CR ND PM SM tU co TE
32193.6 33441.9 34719.6 36026.3 373bl.O 36724.7 40116.0 41542.1 42996.3 44461.7
741.8 783.6 625.4 078.5 919.1 969. b 1020. b 1075.1 1132.8 1194.0
376.6 407.9 440.8 476.1 513.6 553.5 S95.6 640.2 647.5 737.6
-3954.2 -4121.4 -4209.0 -4453.3 -4b32.b -4909.3 -4993.4 -5176.9 -5362.0 -5546.5
-4110.3 -4279.3 -4450.6 -4b26.9 -4905.1 -4947.9 -5175.5 -5363.0 -5554.5 -5746.3
-4194-a -4359.3 -4536.0 -4722.1 -4910.5 -5102.4 -5296.4 -5496.3 -5699-a -5902.7
66 67 69 69 70 71 72 73 74 75
ov IlO ER TM YE LU HF 11 b RE
45996.4 47546.6 49127.6 50741.6 52386.7 54069.7 55790.1 57535.3 59316.2 61141.1
1255.7 1323.1 1393.4 1467.7 1542.6 1626.3 1710.0 1600.4 1693.0 1991.4
790.3 946.7 906.4 966.9 1034.b 1104.5 1176.7 ltS5.0 1337.2 1423.4
-5743.3 -5942.6 -6151.4 -6341.2 -6545.5 -6752.9 -6959.6 -7173.1 -7397.2 -7603.6
-5940.3 -bl4a.3 -6352.1 -6556.2 -6770.6 -6960.6 -7195.3 -7412.4 -7b31.9 -7a53.7
-6114.5 -6329.9 -6546.1 -6763.5 -6993.9 -7220.5 -7453.1 -7667.1 -7925.9 -1)169.0
76 77 78 79 00 a1 82 63 64 65
OS IR PT AU UG rc pa ET1 AT
62999.9 64695.9 66831.0 66606.2 7001.9.4 72672.9 74969.3 77107.3 79269.0 61516.0
2097.1 2203.3 2316.7 2434.1 2555.4 2699.2 2625.6 2966.9 3119.0 3275.0
1514.1 1609.9 170(1.0 1014.9 1924.a 2040.4 2164-a 2292.5 2427.0 2569.0
-7922.4 '8041.5 -6266.2 -6493.0 -a722.3 -0953.4 '9184.5 -9419.5 -9658.0 -9497.0
-9078.7 -a306.5 -a536.a -6770.9 -9005.4 -9241.a -9491.0 -9722.3 -99bb;O -10213.0
-6413.7 -6664.5 -891.9.5 -9175.7 -9436.9 -9700.9 -9966.8 -10241.7 -10517.0 -ia799.5
06 8, 88 69 90 91 92 93 94 95
RY FR RI AC 1H PA u WC PU A"
.537a6.0 8blO3.0 66469.0 90606.0 93351.0 95866.0 98436.0 101055.0 103741.O 105480.0
3436.0 3bO9.0 3793.0 3976.0 4172.0 4372.0 4596.0 4617.0 5041.0 4299.0
2730.0 2974.0 3040.0 3211.0 3393.0 3561.0 3780.0 3990.0 4209.0 3442.0
-10137.0 '10361.0 -10622.0 -10971.0 -liiia.o -11372.0 -11620.0 -1la71.0 -12124.0 -13377.0
-10460.0 -10710.0 -10961.0 -11215.0 -11469.0 -11732.0 -liea7.0 -12244.E -12505.0 -13766-C
+1061.t -11369.0 -11659.0 -11955.0 -12254.0 -12559-C -1za64.0 -13175.0 -13499.0 -14907.0
96 97 98 99 100
CM BK CF ES FM
109200.0 112134.0 115052.'J 111037.0 121092.0
5556.0 5621.0 6103.0 639a.O 6702.0
4661.0 4936.0 5201.0 5461.0 5773.0
-12b33.0
-12a90.0 -13146.0 -13403.0 -1366J.O
-13033.0 -13297.* -13562.0 -lJaZb.‘J -14092.0
-14132.0 -14459.5 -14791.0 -15125.C -15463.0
1
EL
36 37 39 39 40 41 42 43 44 45
KR
RB SR v LR NEi r(a rc RU RH
46 4T 40 49 50 51 52 53 56 55
PO
K."K
-“n
3b6.1
379
“,-IN
_. _. _.
Energies
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series See page 316 for Explanation 10
7. EL
ltl-NY
NL-NY
N3-NN
126.0 131.1 146.1 153.0
120.7 126.2
3‘ 31 JO 39 40 bl b2 b3 bb 43
lln I9 sa r 1n lln *a TC Ill RN
196.3
bb bl b8 b9 so 51 32 $3 Sb 35
PO 66 co IN sa so YE I IL cs
33S.2 350.8 3‘6.5 362.11 399.0 416.2 433.9 bS2.7 472.0 b91.6
5‘ I? 33 39 ‘0 ‘1 ‘2 ‘3 ‘4 ‘S
DA LA CL Pl YD Pll 51 EU CD
$12.1 529.6
‘6 ‘1 ‘0 ‘9 70
no ER TI r8
16 ov
11 LU
72 HF 13 lh lb ll 1s RL
211.6 22b.4 236.2 250.3 2‘3.6 271.‘
291.1 305.‘ 320.1
JYl.3
sao.0 597.6 ‘23.1 ‘42.6 6‘9.1 ‘9S.6 126.3 151.9 llb.9 191.2 639.1 010.3 902.7 939.2 912.9
10lb.b 1018.1
lb 71 18 79 ‘0 01 a)z 63 04 65
OS IR Pl AU IIS n. rll BI PO At
1096.b 1133.3 1116.5
6‘ 91 6s a9 90 93 92 93 9b 9s
n* FR RA AC Tll ?A U YP PU All
9‘ 97 96 99 100
CM EN ct ES FY
1219.2 IL“.?
136.0 142.9 150.3
lbb.2 113.8 162.7 192.0 203.b 21b.0
1SO.b
:::*: 111:2 1a9.2
22b. b 23S.7 2bt.O
259.1 211.‘
196.6 Cob.7 212.6 221.2 229.‘ 236.1 2bb.b
2Sb.b 297.‘ 311.1 32S.b 339.s
2ss.2 2‘3.9 212.1
356.0 372.7 369.5 40‘. 5 42S.l bbb.5
261.2
ra3.0
3b9.7
4‘0.5
SO3.1
291.1 302.1
311.2 319.7 330.0 339.6 356.8 370.1
S2b.S
703.1
360.7 369.6 bat.5 416.6 b22.0 435.1 bb5.9
733.‘
bW.9
546.9 S7I.b 596.5 ‘22.1
645.2 ‘IS.0
165.7 79a.7
b71.6 b8b.b
632.1 8‘0.3 905.9 942.1
497.1
963.‘
110.3 S24.2 131.3 ss2.2 S61.f 562.4 597.3
131b.A
102s.
nbb.7 lb19.S lb12.9
1070.2 lllb.7
1529.0
1213.0
‘26.0
1569.0
12bb.O 1321.0
bb5.0 “2.0 ‘no.0 696.0 714.0 732.0 752.3 771.0
1‘50.0
1117.0
li6b.O
1316.0
1760.0 1e50.0 1919.0 1996.0 2OlS.O 21se.o 22bS.0
lb36.0
2326.0
1928.0 2011.0 2096.0 2190.0 226S.O
2bl8.0
2Slb.O
2‘13.0 2111.6
Energies
1699.0 lSS9.0 1‘29.0 1102.0 1777.0 Iasb.0
b
‘13.0
793.0 013.0 629.6 8b9.0
6‘9.0 691.0 9lb.b
"3-W
of Tables FOR
WI-UN
N2-#Ii
Ill-lbY
1.2 1.5
-66.3
-79.2 -9s.s
::e'
-112.0 -126.7 -14c.s 0165.2
-19.9 -96.3 -113.2 -131.6 -151.3 -110.7 -192.2
*b-11*
-01.0 -95-b
2.b
2.6 3.3
-1Db.9
::I
-204.5 -226.0
b.7
s.3 6.1 6.0 l.7 8.3
-243.3 -271.5
10.b 11.9
12.6 1b.Q
15.4 16.8 10.0
25.e 29.7 32.0 33.6
-192.2
-21b.0
-263.6
-283.6
-3b6.3 -375.5 -bO3.8 -133.0 -bbJ.b rb9b.l
-3‘9.7 -39b.2 -b29.1 -4‘1.9 -b9‘.7 -531.2 -Ss3.2
-336.6 -3bS.7 -396.2 -b29.1 -4‘1.9 -496.1 -531.2 -5‘3.9
.S66.9
-601.0
-62S.9
-310.6
-6bO.J
-676.1
-6‘0.0 -69b.7 -134.b -7Sb.9
-713.1
-753.1 -764.9 -032.a -6lb.3 -9lb.S -956.2
.klb.b
4b7.0 -696.7 -931.0
-1061.6 -1131.1 -1l76.b -122b.l
-1002.0 -1Ob4.6 -1069.3 -1131.1 .llUb.J -1229.2 -1261.3
-11‘9.6 -1214.2 -1251.9
-1210.3
-1330.‘
-13bS.0
-1363.9 -1436.5
70.7 75.7 80.b 0S.b 96.0 95.6 101.6 Ion.0 llb.0 120.0
-1305.6 -1350.3 -1397.1 -1bb6.9 -1491.9
-1bl3.6 -1bb3.3
-1b91.9 -1Sb6.1
-1513.9 -1962.0
-1‘02.0 -1bbQ.3
-1543.6
-lbbS.O
-1bbl.4 -1‘93.0
-177k. -1b29.0
123.0 13s.o lb3.0 151.0 159.0 169.0 176.0
-179b.O -1Ab6.0 -1697.0 -1950.6 -2002.0 -2055.6 -2110.6 -21‘3.0 -2219.8 -2270.0
-1940.0 -1995.0 -20 b7.0 -2101.0 -21bb.0 -222s.o -2279.0
-2325.0 -2379.0 -2535.0 -2585.0
-2511.0
37.‘ 10.1 4b.0 46.9 4a.s
-1040.6
IS.7
-1012.3 -1123.‘
b6.0
so.9
38.1 62.b
ID‘.0 195.0 206.0 213.0 226.0 231.0 249.0 2‘1.0
-676.6 -915.7
-9‘0.2 -996.6
-1590.4 -1lb3.0
-2S39.0
380
-963.1 -1007.9 -1Ob3.1
-1317.6
-1613.9 -1720.1 3
-108b.O
-1116.0 -1166.3 -1639.5 -1900.1 -1965.0 -2030.0
-209b.O
-21b0.0 -2226.0 -2295.0
-2Jbb.O
-2336.0
-243S.0 -2507.0 -2517.0
-2bb7.0
-2‘50.0 -212s.0
-2391.0
-25‘9.0
-2‘27.0 -2‘65.0 __-27.2.0
Yb-NW
OS-NW
-214.0 -236.3 -2S9.1
-236.3 -259.1
-30b. 1 -336.6
-Szl.l -5‘1.3 -593.7 -626.5 -412.s -695.9 -134.5 -770.7 -809.b -8b3.3
20.1 22.2 26.6
-113.2 -131.6 -131.3 -170.7
-296.1
-321.2
9.b
Energies
_
-2602.0 -2DlD.O -295S.0 -3032.0 _.._
-1112.0
-333.2 -3‘3.b
-496.1 -532.3 -5b9.D -607.2 -646.1
-333.2 -3‘3.b -39b.b -42‘. 9 -4‘0.9 -b9‘.1 -532.3 -5‘9.6 -609.2 -6b9.0
-666.2 -132.9 -773.3
-690.0 -732.0 -773.3
-39b.b -b2‘.9 -bb0.9
-SIT.8
-611.6 -8‘0.2
-0‘0.2 -90b.S -1011.7 -139b.2
-901.5 -9Sl.2 -99r.1 -1Obb.l -109b.2
-1lbO.l
-1140.1
-951.2 -997.7
-1lw.b -1232.‘ -1266.1
-1190.b -12b1.7
-1266.1 -1342.9 'l393.5 -1446.0
-1329.1 -1393.7 .lb37.9
-1sas.s
-1b93.S .lSSO.k -1‘09.2
-15‘3.D -1‘22.7
-1‘10.7 -1729.0
-1661.3 -1745.5
-1790.) -1653.7 -1916.4 -1962.7
-1.901.3 -1611.6 -1935.6 -2003.1 -2011.1 -2139.6
-2046.6 -2116.0 -2165.0 -22Sb.0
-2211.0 -2202.0
-2326.0 ‘2397.0 -2bS9.0 -250.0 -2‘10.0 -2‘99.0 -2772.0 -2Ob7.0 -2929.0
-2354.0 -2b21.0 -2502.0 -2579.0
-3e93.0 -3112.0
-3lbt.O -3229.0 -3317.0 -3bO3.0 _ _. -
-2bSs.o -2134.0 ‘28lb.D -201.0 -2977.0 -3061.0
-3010.0
-3256.0
-3339.0 __. -6.24.0
_
Atomic Data cd Nuclear
-3wx.o
W.Tabb.,Va!.
20,No.l.O~~
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series See page 316 for Explanation of Tables T O "S-NO
W2-NO
12.6 14.0 15.4 16.6 10.0 20.1 22.2 24.6 25.6 29.7
-463.4 -494.7 -527.7 -561.3 -593.7 -626.5 -662.5 '635.9 -734.5 -770.7
-531.2 -553.2 -5.5.5.9 -625.9 -660.3 -694.7 -734.4 ‘764.9 -814.5 -647.0
445.9 456.9
32.0 33.6 37.6 40.1 44.0 46.9 4.5.5 50.9 54.7 56.1
-009.4 -043.3 -676.6 -915.7 -960.2 -996.0 -1040.6 -1062.3 -1123.6 -1169.6
765.7 79e.7 632.1 666.3 905.9 942.1 903.6 1026.4 1070.2 1116.7
471.6 464.4 497.1 510.3 524.2 537.3 552.2 567.3 562.4 597.3
62.4 65.0 TO.? 75.7 60.4 85.4 90.0 95.6 101.6 ion.0
1164.0 1213.0 1266.0 1321.0 1376.0 1436.0 1499.0 lS59.0 1629.0 1702.0
613.0 626.0 64S.0 662.0 660.0 696.0 714.0 732.0 752.0 771.0
17l7.0 1654.0
793.0 913.0 629.9 349.0 669.0 691.0 914.0
Nl'NO
HZ-NO
Ill-k0
54 55 56 57 56 59 60 61 62 63
XL ES 81 LI cc PR NO PM S" tU
472.0 491.6 512.1 529.6 551.3 5e9.0 597.6 623.1 642.6 669.1
325.4 339.5 356.0 372.7 3e9.5 406.4 425.1 444.5 461.5 463.0
263.9 272.1 281.5 291.7 302.1 311.2 319.7 330.i) 339.6 349.7
64 65 66 67 68 69 70 71 72 73
GO 18 01 "0 ER 111 18 LU nf TA
695.6 726.3 751.9 776.9 797.2 639.1 679.3 902.7 939.2 972.9
503.1 526.5 546.9 571.4 596.5 622.1 64S.2 675.0 703.7 733.6
356.a 370.1 360.7 389.0 402.5 416.6 422.0 435.1
74 75 76 77 76 79 10 81 02 83
Y RE OS XR PI AU HG TL PB 8X
04 05 66 67 88 a9 90 91 92 93
PO AT RN FR RI AC TH PA u NP
94 9s 96 9? 96 99 100
PU A" CM BN CF ES FM
1010.4 1046.B X088.4 1133.3 1176.5 1219.2
1266.7 1314.6 1366.7 1419.5 1472.0 1529.0 1569.5 1655.0 1717.0 1710.0
1650.0 1919.0 1996.0 2075.0 2156.9 2243.0 2326.0 2416.0 2514.0 2613.0 2717.0
1926.0 2011.0 2096.0 2190.0 226S.O
Y4-NO
Energies
FC 14
Ml-NO
EL
1
Energies
ws-MO
N4-NO
-609.2 -649.0 -690.8 -732.6 -773.3 -617.6 -560.2 -906.5 -951.2 -997.7
-607.2 -646.7 -666.2 -732.6 -773.3 -617.8 -660.2 -906.5 -951.2 -997.7
-1224.7 -1270.3
-914.3 -956.2 -1002.0 -1044.0 '1019.3 -1131.1 -11a4.3 -1229.2 -1261.3 -1330.6
-1044.7 -1094.2 -1140.7 -1190.4 -1232.6 '1260.1 -1329.7 -1303.7 -1437.9 -1493.0
-1044.7 -109b.2 -1140.7 -1190.4 -1241.7 -1266.1 -1342.9 -1393.5 -1449.0 -1505.0
-1214.2 -1257.9 -1305.6 -1355.3 -1397.1 -1446.9 -1491.9 -1s43.n -1590.4 -1641.4
-1317.6 -1365.0 -1413.6 -1463.3 -1513.5 -1562.0 -1613.9 -1666.1 -1720.1 -1774.3
-1363.9 -1436.5 -1491.9 -1546.1 -1602.0 -1660.3 -1711.0 -1760.3 -1039.5 -1900.7
-1550.4 -1609.2 -1670.7 -1729.0 -1790.4 -1053.7 -1916.4 -1962.7 -2049.6 -2116.0
-1563.6 -1622.7 -1667.3 -1745.5 -1607.3 -1671.6 -1935.6 -2063.1 -2071.1 -2139.6
114.0 120.0 126.0 135.0 143.0 151.0 159.0 169.0 176.0 166.0
-1693.0 -1743.0 -1794.0 -1046.0 -1e97.0 -1950.0 -2002.0 -2055.0 -2110.0 -2163.0
-1T29.0 -1604.0 -1940.0 -1995.0 -2047.0 -2107.0 -2164.1) -2225.0 -2279.9 -2336.0
-1965.0 -2030.0 -2094.0 -2160.0 -2226.0 -2295.0 -2364.0 -2435.0 -2507.0 -2577.0
-2165.0 -2254.0 -2326.0 -2397.0 -2469.0 -2543.0 -26I6.0 -2699.0 -2772.0 -2647.0
-2211.0 -2212.0 -2314.0 -2427.0 -2502.0 -2579.0 -2655.0 -2734.0 -2614.0 -2091.0
195.0 206.0 21s.o 226.0 23?.0
-2215.0 -2270.0 -232S.O -2379.0 -2434.0 -2465.0 -2539.0
-2391.0 -?‘A,.0 -2511.0 -2569.0 -2627.0 -2685.0 -2742.0
-2650.0 -2725.0 -2002.0 -2676.0 -2955.0 -3OJZ.O -3112.0
-2929.0 -3010.0 -3093.0 -3172.0 -3256.0 -3339.0 -3424.0
-2977.0 -3061.0 -3147.0 -3229.0 -3317.0 -3403.0 -3491.0
249.0 261.0
381
-896.7 -931.:) -963.1 -1007.9 -1043.1 -1061.6
N3-NO
-531.2 -563.9 -601.0 -640.3 -676.1 -713.4 -753.1 -7a4.9 -632.6 -174.3
-1131.1 -1170.4
_. .__
Atomic
Dota
m-d
Nuclear
Dota
Tchlar,
Vcl.
20,
No.
4,
Octokr
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series See page 316 for Explanation T O WS-00
2 CL
11.00
Y2.00
n3-00
N4-00
54 XL IS cs
lbS.6
56 S? 56 59 60 61 62 63
aA LA CE PR NO PII SN
163.1 171.s lI9.b 191.3 191.7
7a.o 61.1 69.6 92.5 97.2 104.4
2.0 2.3 2.6
EU
227.0
7a.o 9s.a 101.9 106.9 113.3 123.1 i2s.a 121.6 136.6 150.7
64 6S 66 67 6a 69
60 18 ov NO ER ll!
2JS.3 250.9 262.1 27b.7 2ai.s 292.1 302.3 311.2 324.4 336.2
206.3 211.6 215.1 223.3 235.5
349.6 362.6 361.S 395.2 b10.2 b2b.9 443.7 459.3 4a0.7 b96.2
2C6.2 257.7 213.7 262.2 293.6 309.) 321.7 33S.l 3Sl.O 365.3
179.9 ia4.2 195.b 199.4 2OY.3 211.5 217.6 222.8
Sl6.Q s39.0 560.4 561.0 605.0 629.0 6S3.0 679.0 701.0 726.0
362.0 39E.Q
70 va 71 LU 72 WF 73 TL 74 Y 75 If 76 OS 77 :a ?a PT 79 IU a0 W6 61 TL a2 PB 63 01 6b LS a6 a7
PO IT RN
69 90 91 92 93
IC 1w PA U NP
9b 9s 96 97 96 99 100
PU LH CN an
FR aa RA
CF LS FN
154.3
210.6 216.7
tb2.0 791.0 622.0 6S0.Q 603.0 91a.o 9x.0
Energies
146.0 163.2 177.6 ia2.5
IPa.
416.0
b32.0 b55.0 472.0 491.0 509.0 S31.0 553.0 566.0 61b.0 b36.0 660.0 696.0
71h.O 7b9.0
UC-00
of Tables FOR Y7-00
lS6.6 164.3 166-I 175.2
-55.4 -6S.l -71.3 -a44 -9e.t -90.9 -91.4 -96.4 -1or.1
-203.7
-126.4 -1so.a -136.2 -146.6 -156.2
-120.2 -121.6 -127.9 -au).7 -13a.t -147.3 -161.5 -16T.O -xrs.r -104.4
-120.2 -121.6 -127.9 -lb..? -13a.2 -141.3 -161.5 -167.0 -1a3.i -192.9
-209.6 -2lb.5 -221.6 -233.9 -242.7 -2b9.6 -259-k -267.5 -276.6 -262.9
-166.3 -177.4 -169.1 -199.I '2L2.1 -226.1 -239.0 -249.9 -26S.6 -260.7
-19a.6 -2lb.6 -214.6 -231.9 -2bU.S -262.2 -275.3 -266.6 -306.1 -323.2
-209.6 -225.6 -227.b -2b4.4 -262.6 -275.2 -29b.3 -313.2 -329.9 -3b7.0
-337.0 -335.6 -372.0 -369.0 -403.0 -423.0 -446.0 -463.0 -476.0 Ob99.0
-367.0 -366.0 -407.0 -429.0 -4¶O.O -472.) -49s.o -520.0 -543.0 -567.0
411.0
-185.0 -610.0 -633.0
-53.a -6o.a -66.6 -72.2
-75.1 -ao.o -62-b -91.6
-1ol.b
-304.4
-1oa.o
-91.3 -109-a
-101.a
9.1 13.2 9.6
'176.6 -1aa.i
-19b.6 -201.0
10.1 12.0
-176.6 -166.1
-196-b
1b.J lb.9 10.1 19.2
-207.s -212.1 -219.0 -230.9 -239.3 -2b6.1 -2ss.3
236.9
2O.b 22.3 23.6
-271.7 -271.6
244.0 2st.o 260.0 267.0 276.0 264.0 291.0 299.0 307.0 314.0
26.0 26.0 26.0 30.0 33.0 36.0 37.0 35.0 42.0 4b.O
-265.0 -293.0 -301.0 -309.0 -316.0 -324.0 -333.0 -337.0 -346.0 -356.0
-291.0 -300.0 -308.0 -32b.0 -333.0 -342.0 -340.0 -3sa.o -370.0
-293.0 -307.0 -322.0 -330.0 -349.0 -366.0 -367.0 -403.0 -4lb.Q -135.0
327.0 336.0 345.0 3N.O 362.0 371.0 379.0
46.0 S1.0 5b.O S7.0 61.0 6b.0 67.0
-362.0 -366.0 -377.0 -3a7.0 -392.0 -401.0 1b09.0
-374.0 -363.0 -392.0 -403.0 -410.0 -419.0 -420.0
-446.0 -459.0 -479.0 -499.0 -s14.0 -531.0 -Y46.0
231.6
13.b 13.5 16.6
-2bS.l
382
Q3-IO
-54.1 -63.4 -r3.3 -64.5 -99.2 -90.9 -96.4 -96.4
121.6 116.b 323-b
157.0
02-M -44.1
107.1
130.4 i3a.o 136.7 tbs.6 1¶2.4
Energies
-31a.o
-107.7 -111.2
-111.2
-929.0 -949.0 -S?t. 0
4a9.0 .bOO. -627.
-661.0 -66S.O
a
-7m.o -73a.o
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
VII.
Auger-Line
Energies for Partially
See page 316 for Explanation
Energies
Filled Shells (in eV)
of Tables
K-LL and K-LM 1s ZL
*S 2 EL 11
Na
3P
K-LILq
K-L+23
K-L1L23
K-L23L23
K-L23L23
164
5 6
B c
153 234
247
165 25'
263
264
7
::
336
35'
357
370
37'
a c 9 F
456 595
475 618
482 627
499 645
502 648
IP
3P
lP
K-LlMZ3
K-LlMZ3
K-L23M1
3s
'D
'5
IP
*s
3P
K-LIMl
K-LIMl
K-L23Ml
1010
1010
1042
1042
1210
1248
1248
K-L23M23
3P K-L23M23
IP
*D
%I
K-L23M23
K-L23M23
K-L23M23
3s K-L23M23
12
Mq 1209
13
Al
1436
1437
1436
1436
1481
1482
1479
1480
1481
1482
148C
1481
14
Si
1677
1678
1686
1686
1727
1728
1733
1735
1736
1736
1735
1736
15
P
1934
1936
1944
1945
1988
1989
1996
1998
1998
1999
1997
1999
16
S
2OCl
2223
2232
2233
2285
2287
2294
2297
2297
2299
2296
2298
17
Cl
2517
2519
2531
2531
2586
2588
2598
2600
2601
26C3
2599
26C2
ZEL
ID2
IPI
3D3 K-LlM5
3D2 K-LlM5
K-LlM4
3D' K-LIHL
3po K-L3H4
3P1
3997.6 4408.2
3997.2 4408.0
3997.2 4408.0
4095.7
4096.0
4095.6
4091.2
4516.3
4516.4
4516.3
4510.4
4955.9 5416.8
4955.9
4955.8
4948.3
5416.9
5416.6
5407.6
K-L3H5
K-LJMk
3D1 K-L2M4
21 SC
3997.2
22 TI
4408.0
23 V 24 CR
4840.7
4840.7
4840.6
4840.7
5297.0
5296.7 5768.7
5297.0 5769.3
5897.5
5897.6
5897.1
5886.4
6262.1
6263.0
6400.2
6400.4
6399.7
6387.1
25 Mii
5769.3
5297.0 5769.3
26 FE
6263.0
6263.0
27 co 28 XI
6779.3
6779.3
6778.1
6925.5 7469.6
7468.4
29 cu
73’5.6 7874.6
6925.3 7469.3
5910.1
7317.' 7876.4
6779.3 7317.1
6924.6
7317.1 7876.4
7876.4
8040.0
8040.3
8038.9
7451.9 8019.8
Z EL
K-L3M5
3D2 K-LJH4
3F2 K-~2~5
3P2 K-L2H4
3D3 K-L3W5
'F3 K-L3M4
3F3 K-L2n5
3F4 K-L)!45
4090.8 4510.2
4095.9
4095.5
4091.1
4516.4
4516.3
4510.3
4095.3 4516.2
ID2
21 SC
4095.6
4095.3
4091.1
22 TI
4516.3
4516.2
4510.3
23 V 24 CR
4956.1
4956.0
4948.4
4948.4
5417.3
5417.0
5408.0
5407.
5898.3 6401.3
5897.8 6400.6
5887.2
5886.7
6388.3
6387.6
25 MN 26 FE
a
4956.0
4955.9
4948.3
5417.1
5416.7
5407.7
5898.1 6401.0
27 03
6926.7
6925.8
6911.7
6910.8
6926.2
28 NI 29 cu
7471.1
7469.9
7453.8
7452.7
8042.1
8040.7
8022.1
8020.8
7470.5 8041.4
383
4956.0 5417.2
5897.3
5886.6
5898.2
6399.9 6924.8 7468.8
6387.4
6401.2
6910.5
6926.6
7452.4
7471.0
8039.3
8020.3
8042.0
Semiempirical Auger-Electron
F. P. LARKlNS
TABLE
VII.
Auger-Line
Energies
Energies for Partially
See page 316 for Explanation
Filled Shells (in eV)
of Tables
Ls-MM 'S Z EL
L3-"lM1
3P yfl"23
‘S
‘D
Lj-"23HZ3
L3-"23H2J
11 :?A
33
12 !.lG
45
13 AL
69
65
68
14 SI
81
86
a9
92
93
‘5 16
p S
‘00 13i
106
1’0
113
115
‘36
142
146
748
17 CL
150
159
166
172
774
3D3 ZEL
‘P L+V2:
ID2
3D2
L3-HIM5
L3-MlH5
L3-MlM4
3Dl
3PO
L3-MlH4
Lj-H3M4
3P1
IPI
9’
L3-H3H5
L3-H3M4
L3-H2H4
21
SC
346.2
346.5
346.2
346.2
368.1
368.3
368.1
36a.
22
TI
394.6
394.6
394.2
394.6
420.6
420.6
420.6
419.5
23
V
445.3
445.3
444.0
445.3
474.2
474.2
474.0
472.0
24
CR
498.9
498.9
496.9
498.9
530.5
530.5
530.3
527.4
25
MN
552.8
552.8
550.’
552.8
587.9
26
FE
610.3
610.3
606.9
610.3
648.
a
[email protected]
587.5
583.9
648.8
648.3
643.9
I
27
co
672.7
672.7
668.8
672.7
713.4
713.4
712.8
707.6
28
NI
735.0
735.0
730.5
735.0
778.1
778.1
777.4
771.5
29
Cu
805.5
a05.5
800.5
805.5
850.9
850.9
850.1
843.5
ID2
Z EL
3F2 i3-M3M4
L343M5
3P2 Lj-M2M5
3F4
3D2
3F3
3D3
‘F3
L3-M2M4
LJ-MJM5
L3-M3M4
L3-M2H5
L3-H3H5
SC
368.6
368.4
368.3
368.1
368.4
368.3
368.0
368.4
22 TI
421.7
421.6
420.6
420.6
42’1.7
420.6
419.2
421.7
23 V 24 CR
475.9
475.7
474.2
474.0
475.9
474.0
471.5
475.9
532.9
532.6
530.5
530.3
532.9
530.3
526.7
532.9
21
MN
590.9
590.4
587.9
587.5
590.9
587.5
583.1
590.9
26 FE
652.3
651.8
648.8
648.3
652.3
648.3
643.0
652.3
25
27 CO
717.5
716.8
713.4
712.8
717.5
712.8
706.6
717.5
28
NI
782.6
781.8
778.1
777.4
782.6
777.4
770.4
782.6
‘9
cu
855.9
855.0
850.9
850.1
855.9
850.1
842.3
855.9
43
3P
ISO L3-"4sH45
3F
L3%%
L3-"u5M45
L3-%M4s
459
459
459
459
459
23
V
516
516
516
516
516
22
CR
576
575
576
576
577
25
MN
636
636
636
636
639
22
TI
26
FE
703
703
704
CO
773
700 769
703
27
773
773
775
28
NI
644
641
945
645
647
29
cu
924
919
924
925
927
384
Akmic
Dab
md
Nuclear
Oafa
TobIer,
Vol.
20,
No.
4,
Odobsr
1977
F. P. LARKINS
TABLE
VII.
Semiempirical Auger-Electron
Auger-Line
Energies for Partially
See page 316 for Explanation
Energies
Filled Shells (in eV)
of Tables
L,-AiN IS0
PI
Z EL
L)-MINI
L3-MINI
3P2
L3-MINJ
IPI
3p1
L3-MINJ
3PO
LFMINZ
3P2
L3-MlNi
LJ-M3Nl
Lj-MjNl
31 GA
953.4
952.5
957.'
957.1
956.9
957.1
1008.4
1008.1
32 GE
1029.4
1028.5
1034.7
1034.7
1034.4
1034.7
1088.4
1088.1
33 AS
1109.0
1101.8
1117.2
1117.2
1116.9
1117.2
1171.7
1171.3
j4 SE
1190.2
1158.9
1198.5
1198.5
1198.1
1198.5
1259.4
1259.1
35 BR
1253.7
1252.2
l278.2
1277.9
1277.3
1277.0
(328.3
1327.9
2 EL
jl
IS0
3po
IPI
3Sl
LS-M3N:
L3-M2N2
LS-M3N3
L3-M3N2
$2
95
L3-M2N3
L3-M2N2
L3-MjIu‘3
L3-MjN2
L3-M2N3
L3-L3N:
1007.9
1012.6
1012.2
1008.6
1008.3
1012.3
1012.0
1093.0
1086.2
1094.3
109~.7
1087.1
1086.8
109:.9
1093.6
33 AS
1179.2
1173.6
1180.6
1180.0
1174.6
1174.2
1180.2
1179.8
j4
SE
1266.9
1261.0
1268.6
1267.9
1262.2
1261.8
1268.2
1267.6
35
BR
1351:
1343.8
1353.6
1352.4
l345.3
1345.2
1352.9
13.2.:
JFO
L3-MIN:
L3-MlN4
L3-MlN4
LJ-MlN4
L3-M3N4
jD1 L3-t+3N5
LJ-M3N4
ID2
LJwM2Nl
lD2
1011.6
3D2
~3~~2~1
3P2
GA
P3
iP0
3P'
3D1
32 GE
i EL
lF1
3p1
3Dl
3P'
39
Y
1691.6
1691.6
1691.5
1691.6
1784.9
1784.9
1784.8
1777.;
40
ZR
1794.6
1794.6
1794.6
1794.6
1594.4
1894.4
1894.3
1880.7
41 NB
1903.0
1903.0
1902.9
1903.0
2ooe.3
P-013.4
2008.2
l?f>i?.C
42
MO
2017.1
2017.1
2016.9
2017.1
2129.1
2129.3
2129.0
211..0
4J
TC
2 I :2
2132.2
2132.0
2132.2
225C.8
2251.1
2250.7
22'T.Z
44
RU
2250.8
2250.8
2250.6
2250.8
2374.7
2375.1
2374.6
2352.m?
45
RH
2372.8
2372.8
2372.6
2372.8
2503.1
2503.6
2503.0
247F.7
2
IF3
3Fj
LS-M3N5
L3-M3N4
L3-M2N5
iF4 Lj-Mi::i
1772.8
1784.9
1784.8
;772.8
1784.9
1880.7
1894.5
1894.4
7880.7
7894.4
1993.0
2008.5
2008.3
1993.0
2009,.4
2111.9
2129.5
2129.2
2111.9
219.4
102
:D2
L3-M3N5
L3-M3N4
L3-M2N5
L3-M2N4
39 y
1784.9
1784.9
1772.8
40 ZR
1894.4
1~80.7 1993.0 2112.0
2 EL
:F2
3F2
33
41
l
1894.5 2008.5
42
MO
2129.5
2008.4 2129.3
43 TC
2251.4
2251.2
2231.3
2231.3
2251.4
2251.0
2231.2
2251.2
44 RU 45 Rti
2375.5
2375.2
2353.1
2353.0
2375.5
2352.9
2j75.2
2504.1
2503.7
2479.0
2478.9
2504.0
2374.9 2503.3
247a.s
Z"O1.7
ID Z EL
3D
3P
53
IP
ID
3F
L3%5Nl
L3-M45Nl
L3-E.'45N23
'3-'45"23
!.3-M45N23
L3-"45N23
L3-R45N2j
31 GA
1094
1094
1098
1097
1098
1098
1098
32
GE
1180
1180
1186
1185
1186
1186
1186
33 AS
1270
1271
1279
1279
1280
1280
1280
34 SE
1364
1364
1373
1372
1374
1374
1373
35 BR
'439
1439
1465
1463
1465
1466
1465
385
Atwnit Data od Nucleor Dota Tables, Vol. 20, No. 4. October 1977
F. P. LARKINS
TABLE
VII.
Semiempirical Auger-Electron
Auger-Line
Energies for Partially
See page 316 for Explanation
Energies
Filled Shells (in eV)
of Tables
LrMN 3Sl
LB-M4N't
L3-MSNS
L3-MSNU
3Dl L3-M4N5
3Pl L3-M4N4
L3-MSN5
L3-M5N4
3F2 L3-M5N4
L3-M4N4
1SO
3D2
3P2
lD2
1Pl
L3-M5N5
3PO 2 EL 39
Y
1927.7
1925.5
1927.7
1927.6
1925.5
1925.5
1927.7
1927.7
1925.5
1925.5
40
ZR
2044.6
2024.2
204'+.9
2044.8
201t2.5
2042.4
2044.9
2C44.8
2042.5
2042.4
41
NB
2166.2
2163.4
2166.9
2166.6
2164.1
2163.8
2166.8
2166.5
2164.0
2163.8
42
MO
2293.7
2290.5
2294.8
2294.4
2291.6
2291.0
2294.7
2294.2
2291.3
2291.0
43
TC
2421.9
2418.5
2423.5
2422.9
2420.2
2419.3
2423.3
2422.6
2419.7
2419.3
44
RU
2554.6
2550.5
2556.7
2556.0
2552.7
2551.6
2556.4
2555.4
2552.1
2551.6
45
RH
2690.6
2686.0
2693.3
2692.4
2688.8
2687.U
2692.9
2691.7
2688.0
2687.4
lF3
3D3 Z EL 39
Y
40
ZR
41
NB
42
MO
r(3 TC 44
RU
45
RH
364
3F4
3G5
lG4
L3-M5N5
L3-MSN4
L3-MQNS
L3-M4N4
L3-M5N5
L3-M5N4
1927.7
1927.7
1925.5
1925.5
1927.7
1927.7
1925.5
1927.6
2045.0
2044.9
2042.5
2042.5
2044.9
2044.8
2042.4
2044,9
2167.0
2166.9
2164.1
2164.0
2166.8
2166.6
2163.9
2166.9
2295.0 2423.8
2294.8
2291.6
2291.4
2294.3
2291.1
2294.8
2423.5
2420.2
2419.9
2294.6 2423.2
2422.8
2419.4
2423.6
2557.1
2556.6
2552.7
2552.3
2556.3
2555.8
2551.7
2556.8
2693.8
2693.2
2688.8
2688.3
2692.8
2692.1
2687.6
2693.4
3PO Z EL
3F3
363
3Pl
3Pl
3Dl
lD2
L3-M4N5
L3-M5N5
3D2
3F2
3P2
3F3
lF3
L3-M5N6
L3-M5N7
L3-M5N6
~3-~4~6
L3-MSN7
L3-M5N6
L3-M4N7
L?-M4N6
L3-M5N7
L3-MEN6
58
CE
4850.0
4850.1
4850.0
4832.1
4850.1
4850.0
4832.0
4832.0
4850.2
4E50.1
59
PR
5039.1
5039.2
5039.1
5019.1
5039.4
5234.7
5234.7
5234.5
5212.5
5213.1
5019.1 5212.6
5039.5
ND
5039.3 5234.9
5019.4
6C
5c39.4 5235.2
5235.3
5235.0
61
PM
5432.2
5432.4
5432.0
5407.5
5433.0
5432.5
5408.5
5407.8
5433.0
5432.6
62
SM
5632.3
5632.5
5632.0
5606.4
5633.4
5632.7
5607.7
5606.8
5633.4
5632.8
03
EU
64
GD
6054.9
6023.2
6266.1
6232.6
6056.0 6267.3
6023.8
6267.0
6057.1 6268.6
6025.2
TB
6055.5 6266.8
6055.7
65
6234.9
6233.3
6057.0 6268.5
6056.1 5267."
66
DY
6486.0
6486.2
6485.2
6448.0
6450.6
6448.8
6487.9
5486.6
HO
6509.3
6709.6
6708.4
6666.7
6488.0 6711.6
6486.6
67
6671.7
6669.7
LR
6936.1
6936.4
6935.1
6891.6
6938.6
6EOi.6
69
TM
7165.3
7165.6
7164.1
7117.8
5168.0
7166.0
6894.9 7121.3
6711.5 6938.5
6710.0
68
6710.0 6936.8
7118.9
7167.8
3D3 Z EL 58 59 60
CE PR ND
3G3
lG4
3H4
3G4
6926.9 7166.1
L3-M4N7
~3-~4~6
3F4 L3-M5N7
L3-M5N6
L3-M4N7
L3-M4N6
3G5 L3-M5N7
L3-M5N6
L3-M4N7
3~6 L3-M5N7
4832.2 5019.4
4832.1
4850.6
4848.0
4850.2
4850.0
4832.7
4849.8
5040.2
5037.2
4837.8 5025.8
4827.8
5019.3 5212.9 5408.1
5236.1 5434.1
5232.8 5430.4
5220.3
5039.5 5235.2
5039.3
5213.1
5014.7 5207.9
5019.2 5212.7
5039.4 5235.3
lH5
3H5
5234.8
61 62 63 64
PM SM EU
5408.4 56C7.5
5416.5
5402.8
5433.0
5433.2
5634.6
5630.6
5616.2
5601.8
5633.3
5432.3 5632.4
5408.0
5607.1
5607.0
5633.7
GD
6024.9
6024.3
6C.58.0
;csj.;
6035.8
6Gi7.9
6056.8
6055.5
i-a
oc34.5
c-33.2
6'70.2
5264.9
5146.1
6227.2
6266.7
66
DY
6440.3
6489.9
6442.0
HD
6E 69
ER
6894.2
6670.2 6693.2
6712.6 6940.9
6483.9 EiO7.3
6463.0
67
6450.~ 6671.2
6268 . 3 6487.6
6024.1 6233.6
6057.6
55
6685.0 6909.5
6662 . 6 6684.9
TM
7120.6
7119.5
7170.4
7136.9
7110.7
6933.9 7162.9
386
6711.2 6938.1 7167.5
6485.9 6709.2
6449.0
6269.1 6480.7
6669.9
6i12.4
6936.0
6892.9 7119.2
6939.5 7169.0
7165.1
Atomic Data ml
Nuclwr
Data Tables, Vol. 7.0, No. 1, October 1977
F. P. LARKINS
TABLE
VII.
Semiempirical
Auger-Electron
Energies
Auger-Line Energies for Partially Filled See page 316 for Explanation of Tables
Shells (in eV)
M,-NN z EL
z 2L
IP
3P
1s
1D
M5-NlN23
M5-NlN23
MS-N23N23
M5-N23N23
22
24
31
GA
12
12
15
32
GE
16
18
22
33
AS
22
27
31
34
36
34
SE
31
36
41
44
46
ID z EL
1s MS-NlNl
3D
'P
12
;P
3,
'F
3F
Hj-N1lJJ+
~5-~~~N45
"5-"2JN45
M5-N23N45
M5-N2:N45
M5-N23N45
M5-N23NJ+5
M~-N;~nL5
133
: ?3
39
y
'14
114
133
'33
134
1:4
40
ZR
128
128
150
151
151
151
:50
1L !
41 NB
'45
145
168
I59
170
769
168
170
42
MO
164
145
190
192
193
192
I@
194
4!
TC
181
183
209
2^2
214
212
20'2
214
44
RU
200
202
230
234
216
233
229
2jb
45
RH
riq
222
25'
255
257
'55
250
25F
1s X5-N45N45
3P M5-N45N45
1D MS-N45N45
3F M5-N45N45
lG "15-X45N45 181
40
ZR
181
181
181
181
41
NB
203
204
2C4
204
2 ‘3 L?
4;
227
228
229
229
228
43
MO TC
250
252
252
253
252
44
RU
275
277
277
278
277
45
RH
300
303
303
304
1s MS-N67N67
3P MS-?167N67
ID M5-N67N67
3F MS-N67N67
lG M5-N67N67
'H MS-N67N67
!-l5-N67N67
937
937
937
337
937
927
983 1025
983
083
984
983
1026
1026
1026
1a2i
1074
1075
1075
1075
1375
Z EL
Ll
60
PR ND
936 981
61
PM
1023
982 1025
62
SM
1071
1073
63
EU
64
GD
1182
1185
1186
1187
1187
1188
1185
65 66
TB DY
1231 1280
1235
1236
1237
1237
1238
1215
1284
1285
1287
1287
67
HO
1336
1340
1341
1343
1343
1287 1344
1284 ljbil
68
ER
1391
1395
1396
1399
1398
1399
1396
63
TM
1445
1450
1452
1454
1454
1455
;4s1
59
387
Atomic Dota ad Nucleor
Data TobIer, Vol. 20, No. 4, October
1977
DATA AND
SEMIEMPIRICAL
NUCLEAR
DATA TABLES
AUGER-ELECTRON
20, 31 l-387 (1977)
ENERGIES
FOR ELEMENTS
10 < 2 i
100
F. P. LARKINS Department of Chemistry, Monash University Clayton, Victoria, Australia 3 168
Auger-electron energies are calculated for a wide range of transition processes in elemental systems by means of a general semiempirical method developed within an intermediate-coupling framework. Experimental electron subshell binding-energy data are combined with Slater integral values, an adiabatic relaxation correction term, and, where appropriate, a solid-state correction term. The approach uses data derived from atomic Hartree-Fock calculations and does not require any fitting to experimental Auger energies. The limitation on accuracy is closely related to the reliability of available electron binding-energy data. For systems where such values are known to high accuracy. agreement between experimental and calculated Auger-electron values is generally within l-2 eV with the maximum discrepancies near 5 eV. However, when the uncertainties in the binding energies used are larger, such uncertainties are correspondingly associated with the Auger-electron energy predictions. The values presented in these tables may be readily modified if superior binding energies become available. Furthermore, with suitable binding-energy data the tables may be adapted to predict Auger-energy values for the vapor phase as well as for the solid phase of the elemental system. With the exception of the elements Ne, Cl. Ar, Br, Kr, Xe. and Rn the tabulated values are for solid systems and are referenced to the Fermi level. Added in Proof following
The L, binding energy for americium (Z = 95) has inadvertently been included corrections should be made to the Auger electron energies for americium: K-&X add 1000 eV, K~L,L, add 2000 eV, &XX subtract 1000 eV.
Copyright 0 1977 by Academic Press, Inc. All rights of reproduction in any form reserved.
311
as 19510 eV instead
Atomic
Data
and
Nuclear
Dota
of 18510 eV. The
Tables,
Vol.
20,
No.
4,
October
1977
Semiempirical Auger-Electron
F. P. LARKINS
Energies
CONTENTS
INTRODUCTION. .................................... THEORY ........................................... EVALUATION OF PARAMETERS ........................ ACCURACY AND USE OF TABLES ...................... EXPLANATION OF TABLES ............................ TABLES I. Electron Binding Energies for Elements .............. II. Spin-Orbit Interaction Energies .................... III. Two-Electron Integrals-Slater Notation Fk and Gk Values. ............................ IV. Adiabatic Relaxation Correction Terms and Solid-State Correction .................................. V. Auger-Line Energies K-LL L 1,2,3L12 3 (means L,L,;
and L,,i;)
......
.....
3 13 313 3 14 314 316 319 322 ,323 336
L,L,; L,L,; L,L,; L&i .....
.....
.....
......
338
K-LM L 1,2,3M 1,2,3................................ L 1,2,3M 4,5 .................................
340 342
L,-MM M 1,2,3 M,,, ................................ M 1,2,3M”4,5................................. M4,5 M45 .................................
344 346 348
L,-MN ’ Ml,2,3Nl 2 3 ................................ M N,‘,‘, M;; 3N4’5’. ................................................................ M&’ N& ................................. Ml’2 3N6’7 ................................. M’ ’ N6’, ................................. M$N N 1,2,3
’ N123..
............................
N 1,2,3,4,5N”4,s ............................... N 1,2,3,4,5,6,, N 6,, .............................
MS-NO N1,2,30 1,2,3 ................................ N 1,2,30 4,5 ................................. N495 O,,,,, .............................. .,,, N6,7 012345 ..............................
N,-00 ” ” 0 1,2,30 1.2,3 ................................ 0 1,2,3,4,5 0 4,5 ...............................
Values are presented with and without configuration interaction for the following: K-L
1,2,3
L 1,2,3
L3-"l.2,3Ml,2,3 M5-Nl,2,3Nl,2,3
N5-0
1,2,3
0
1,2,3
312
349
351 353 355 357 358 359
361 364 367 369 370 373 375 377
Semiempirical Auger-Electron
F. I’. LARKINS
VI. Corrections to Tabulated Auger-Line Values for Other Series To K-LM &MM MS-NN
MS-NO NS-oo VII. Auger-Line K-LL,
42,3,4,5-
.
..
. > 7 00. Energies for Partially Filled Shells
K-LM,
L,-MM,
L,-MN,
M,-NN
A( 2s+rL,) = &xact[- 1 + -LxJXi Yk1 - %xact~~iI- 4,,,[Yk 11 (2)
The rapid growth in the application of the technique of Auger-electron spectroscopy in many fields of research has highlighted the need for tables of Augerline energies calculated to near experimental accuracy for a wide range of transition processes associated with all the elements of the periodic table. Experience has shown that an intermediate coupling framework is well suited for understanding the transition processes associated with most systems. However, with the exception of K-LL Auger processes (see Burhop and Asaadr) no comprehensive tables of Auger-transition energies have been calculated previously within the intermediate coupling framework. Furthermore, previous calculations have depended upon the availability of some reliable Auger-line energies for use in the parameterization of the methods. Extensive tables of Auger energies up to 3000 eV were produced by Coghlan and Clausing2 using a purely empirical formulation and a jj-coupling scheme. These results are now of limited usefulness for the detailed interpretation of Auger-electron spectra.
where E [Xi] and E[X,Y,] denote the total energy of the system with a single hole in the X, subshell and with single holes in the Xi and Y, subshells, respectively. The appropriate electronic state is chosen for each configuration considered. Now, for vapor-phase system? A (2s+1LJ) = (XiYk)2s+1Ld
-
K(X,
Yl,
(3)
while for solid-phase systems” A p+lLJ
= ( xi Y, ysflL<, - 4x, Yl, - S(Z).
(4)
The term ( Xj Y,) 2s-t1L, is the interaction energy of a pair of holes in the orbitals Xi and Yk of an atom in the 2s+1L, multiplet state. This term may be expressed as a combination of Fk and Gk Slater integrals and the appropriate spin-orbit coupling parameters with data from Slater,6 Condon and Shortley,’ and Racahs if frozen orbitals from the initial to the final state are assumed. The K(X~Y~) is the adiabatic relaxation correction term which accounts for the lowering in the energy of the final state resulting from relaxation of the atomic orbitals due to the altered electronic structure of the system. The S(Z) is the solid-state correction term appropriate for the semiempirical calculations. It is related to the total solid-state contribution to the Auger-electron energy as previously outlined.” The required expression is derived by means of an atomic Hartree-Fock screening model.5,g This correction term along with the changes in the binding energies accounts for the increase in Auger-electron transition energies from the vapor to the solid phase. For some systems configuration-interaction effects are important in determining more accurate values of transition energies and intensitiesl*” While a comprehensive study of this problem has not been undertaken, findings for some K-LL, L-MM. M-NN, and N-00 transition processes are provided in the tabulations.
THEORY The basic theory of the semiempirical method adopted in this work has been outlined previously in detaiL3 The wide application of the method to the evaluation of transition energies for gaseous and solid systems has been discussed.4l5 The Auger-electron energy for the W, - XjY,, 2s+lL J process may be determined within an intermediate coupling model with the expression3 - X,Y,, 2s+1LJ) = E”w, - E$, - &“y, - A (zs+lLJ),
378 378
380 381 382 383
NO..
N123467-,“1233 , P1 1
INTRODUCTION
E(y
Energies to Obtain
For La,,,-LM .... K-9 L,,,-, Ml,2,3- MM. NN M&2,3,40 4,2,3,4,5-
M&2,3,4-,
Energk
(I)
where &“w, is the binding energy of an electron in a selected subshell w& of an atom with atomic number Z and A (zs+lL,) is a correction term evaluated for the 2s+1LJfinal state configuration of the system. Formally,
313
Atomc Dato and tiuc,eor
Data Tabler. “ol
20. No. 4, October
1977
F. P. LARKINS
EVALUATION
Electron Binding
Semiempirical Auger-Electron
OF PARAMETERS
Energies
Y, denote the ns and n’s orbitals, respectively. First this term was evaluated explicitly for selected closed-shell atoms by means of Eq. (6) and a relativistic Hartree-Fock procedure. The values for all elements were then determined by least-squares fitting of up to sixth-order polynomial expressions to the relativistic data. Values for various combinations of subshells are presented in Table IV.
Energies
Experimental values from the compilation of Sevierr were used for all elements up to atomic number 83 and data from Porter and Freedmanrl for systems with atomic numbers 84 to 100 with the following exceptions: K-shell, Deslattesi2; L,-, L,-, La-shells Thomas and Shaw,13 Ge, As, Se Ml-shell extrapolated values from relativistic Hartree-Fock valuesI and known experimental values for elements Br-Zr,1° Mto O-shell, Gelius? K-shell, x-ray Xe (8) datai and Gelius data N- to P-shells, Svensson et a1.,17 Hg (s) Ar (g)
The S (2) Term The solid-state correction term is chosen to be a characteristic of the element and independent of the exact nature of the Auger-transition process51g This approximation is accurate to better than 1 eV in the detailed investigations that have been undertaken. Within the framework of an atomic Hartree-Fock screening model the following expression is used to evaluate the correction term
where g and s represent gas and solid, respectively. All the data are for solid systems and referenced to the Fermi level except for the elements Ne, Cl, Ar, Br, Kr, Xe, and Rn. For these elements the binding energy data are referenced to the vacuum level of the vaporphase system. The corresponding Auger energies will be similarly referenced. A comprehensive list of the binding energies used in this work is given in Table I.
$(Z) = 2n (,X)Zfl
The spin-orbit coupling parameters lnl required are deduced from the experimental binding-energy data from the relationship
(5)
These are presented in Table II. The Fk and Gk Slater integrals required are determined by least-squares fitting of up to sixth-order polynomial expressions in the atomic number Z to values derived from calculations for selected closed-shell atomic systems with a numerical relativistic Hat-tree-Fock (RHF) procedure and formulas listed in an earlier paper. l8 The values up to atomic number 11.0 are presented in Table III. The
ACCURACY
Term This term is expressed in the form3
+ ~%,[yd
AND USE OF TABLES
Detailed comparisons with a wide range of experimental data3-5 for both vapor- and solid-phase systems have shown that the predicted values are in close agreement with experimental findings if binding energies of high accuracy for the appropriate phase of the system are available. Agreement is generally within l-2 eV with the maximum discrepancies near 5 eV. Values for all possible transition processes involving different initial states but the same final states are not given in Table V. Within the framework of the approach used, the energies of two processes having the same final state but different initial states are related by the difference in the binding energies of the subshells with the initial hole. That is:
K(X~Y~)
K(XI~) = (x,y,), - Ekb[-1 - J%&~Y~I + GmWJ
(7)
where ( UX)~+~ represents the interaction energy of electrons in the (Yand X orbitals of the atom with atomic number Z + 1, while ((Y(Y)~+~is the interaction energy of a pair of electrons in the a-orbital of the same atom and n is the screening parameter. In this work (Y has been chosen as the outermost atomic orbital, X as the penultimate orbital, and n equal to 0.6 for all elemental systems. Within the accuracy of the approach the solidstate correction term is not sensitive to relativistic effects since outer-shell orbitals are always involved. For convenience, values for the two-electron interaction integrals required are taken from the nonrelativistic Fk and Gk tables of Mannlg for all elements. Values for S(Z) are presented in Table IV. The solid-state correction term, based upon the limited experimental information available for the solid-state contribution to Auger-electron energies,Q is considered to be accurate to within l-2 eV.
The ( XiYk) 2s+1LJ Term
‘)@& - G,,,,).
- n2 (aa)z+l,
(6)
It is assumed that the value of the adiabatic relaxation correction term depends on the principal quantum numbers of the shells containing the holes but is independent of the specific nature of the particular subshells involved and of any multiplet effects. For convenience, the term K(X, Y,) is evaluated for the cases where X, and
314
*tcmic
Data md Nvclaar Data Tables, Vd. 20, NO. 4. Odob~
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
Research Grants Committee. The production of the tables was accomplished with the help of the excellent computational skills of Miss Janice Crotty. 1 am most grateful for both generous contributions.
E( Iv, - XjY,? ‘Ls+lLJ) = E( y -
References 1. E. H. S. Burhop and W. N. Asaad, Advances in Atomic and Molecular Ph.vsic.s. (Academic Press. New York, 1972), Vol. 8, p. 164 2. W. A. Coghlan and R. E. Clausing. ATOMIC 317 (1973)
DATA
5,
3. F. I?. Larkins. J. Phys. B: Atom. Molec. Phys. 9, 47 (1976) 4. F. P. Larkins and J. M. Crotty. J. Phys. B: Atom Molec. Phys. 9, 881 (1976) 5. F. P. Larkins, J. Phys. B: Atom. Molec. Phys. 10, 2453 ( 1977) 6. J. C. Slater. Quantum Theorv of Atomic Structure, (McGraw-Hill, New York, 1960). Vol. 2 7. E. U. Condon and G. H. Shortley, The Theoyv of Atomic Spectra, (Cambridge University Press, London, 1935) 8. G. Racah, Physica (Utr.) 16, 65 I (1950) 9. F. P. Larkins, J. Phys. B: Atom. Molec. Phys. 10, 2461 (1977) 10. K. D. Sevier, Low Energv Electron Spectroscopv. (Wiley-Interscience, New York. 1972) 11. F. T. Porter and M. S. Freedman, Private communication 12. R. D. Deslattes, Phys. Rev. 186. 1 (1969) 13. T. D. Thomas and R. W. Shaw. J. Electron Spectrosc. 5, 1081 (1974) 14. J. P. Desclaux, ATOMIC‘ TABLES 12, 211 (1973)
Added in Proof The L, binding energy for americium (Z = 95) has inadvertently been included as 19510 eV instead of 18510 eV. The following corrections should be made to the Auger electron energies for americium: K-&X add 1000 eV. K-L,L, add 2000 eV, 1,:,-Xx subtract 1000 eV.
DATA
AND
NUCLEAR
DATA
15. U. Gelius, J. Electron Spectrosc. 5, 985 (1974) 16. J. A. Bearden. Rev. Mod. Phys. 39, 78 (1967) 17. S. Svensson et al., J. Electron Spectrosc. 9. 5 1 (1976) 18. F. P. Larkins, J. Phys. B: Atom. Moiec. Phys. 9, 37 (1976) 19. J. B. Mann, “Atomic Structure Calculations I. Hartree-Fock Energy Results for the Elements Hydrogen to Lawrencium,” Los Alamos Scientific Laboratory Report LA-3690 (1967)
Acknowledgments This project has been funded by the Australian
315
F. P. LARKINS
Semiempirical Auger-Electron
EXPLANATION TABLE
I. Electron Binding
Energies
OF TABLES
Energies for Elements (in eV)
Z Atomic number EL Element K, Ll, etc. Orbital subshells The origin of the data is discussed in the section Evaluation TABLE 2P, etc.
TABLE FO 2s2s
II. Spin-Orbit
Interaction
of Parameters
Energies (in eV)
nl designation for the
Two-Electron Values)
Two-electron
Integrals -Slater
Coulomb-type
Notation
(in eV) (Fk and Gk
Slater integral
P(2s, 2s) for electrons in subshell 2s
Gl Two-electron exchange-type Slater integral G1(2s, 2~) for electrons in subshells 2s and 2p 2S2P The integrals are defined in Slater.6 All values are derived from polynomial fitting to relativistic Hartree-Fock data for closed-shell systems TABLE
IV. Adiabatic Relaxation rection (in eV)
K(2S2S)
SOLID-STATE CORRECTION
TABLE
Correction
Terms and Solid-State
Cor-
Correction term for Auger transitions involving a final state with two holes in the L-shell, The term, defined in Eq. (6), is evaluated by polynomial fitting to relativistic Hartree-Fock data for closed-shell systems Accounts for the partial screening of holes by valence band electrons in solid systems. This correction is evaluated from Eq. (7) and nonrelativistic HartreeFock data
V. Auger-Line
Energies (in eV)
lS0, 3P2, etc.
Designation of multiplet state 2s’1LJ in intermediate coupling where 2s+1L denotes the L&coupling limit for low-Z values limit for high-2 K-LlLl, etc. Designation in j-coupling J is the only good quantum number; therefore any other designation may be only notational because of strong coupling interactions All Auger values are referenced to the Fermi level of the solid elemental system with the exception of the elements Ne, Cl, Ar, Br, Kr, Xe, and Rn. For these elements the energies are for the vapor phase and are referenced to the vacuum level Configuration interaction. Improved energy values may be obtained by allowing for the coupling of states of like symmetry and parity. Tables allowing for the coupling of the ‘S,, multiplet states have been included for some K-LL, L-MM, M-NN, and N-00 transition processes. See Contents for list
316
A+mk
Oda t,nd ~vclsor Do,. ,.,ble,,
Vol. 20, No. 1, October
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
Energies
VI. Corrections (in eV) to Tabulated Auger-Line Energies to Obtain Values for Other Series
Consult Eq. (8) and Example I for further details. See Contents for page numbers of groups of tabulated lines TABLE
VII. Auger-Line
Energies for Partially
Filled Shells (in eV)
Designation of muitiplet state as discussed for Table V 1so or is K-LL, etc. Some of the values are listed in the M-coupling scheme. Because the formulism adopted is not strictly applicable to these systems without further refinement the values should be considered to be first estimates Example 1 Use of Data in Table V to Determine Valuesfor Another Series
In Table V the L,-MIMI, L3-MlMz3, and L,-M,,M,, energies are listed. In order to determine (say) the K-MM energies, Eq. (8) and values in Table VI must be used. Consider the cobalt system E(L,-MIMI,
(Table V)
‘S,,) = 566.1 eV
GZ K --Cz L3 =69303 . eV .
(Table I)
Therefore, from Eq. (8) E(K-MIMI,
‘S,) = 7496.4 eV.
This is the value referenced to the Fermi level of the elemental material. Furthermore, EZLl - EZL3 = 147 .0 eV . (Table I) Therefore, E(L,-MIMI, IS,) = 713.1 eV. If the final energy value is negative the transition is energetically forbidden. Example 2 Correction to Auger-Electron Energies for a Phase Change of the Elemental System
The Auger-electron energies in Table V are for solid systems and referenced to the Fermi level with the exception of the elements Ne, Cl, Ar, Br, Kr, Xe, and Rn. For these elements the binding-energy data and Auger energies are referenced to the vacuum level of the vapor-phase system. From Eqs. (1) (3), and (4) Evapor( Wi - XjYk, 2s+1LJ) = Esolid( 4 - Xi Yk, 2s+1LJ) + (A &CC- A&gj - A &‘zy,) - S(z),
(9)
where A &“w, = E”w,(vapor) - E”w,(solid). This relationship is true irrespective of the reference levels of the vapor- and solid-phase binding-energy data. The S(Z) is the solid-state correction term
317
Almic
Data
and
Nuclear
Data
Table,.
VoI
20.
No.
4,
October
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
listed in Table IV. Consider for example the mercury system and the N,-04,s 0, 5 transition series. From Svensson et a1.17 mercury (solid) iSi5 = 359.3 eV, 86, = 9.8 eV, EL, = 7.8 eV with respect to the Fermi level (Table I), while mercury (vapor) && = 366.0, && = 16.7, && = 14.9 eV with respect to the vacuum level. Hence, A E, = 6.7, A Eoq = 6.9, A Ee5 = 7.1 eV S(80) = 5.4 eV (Table IV). Now, from Table V Esolid(N5 - O,O,, ‘G,) = 338.3 eV,
Hence, from Eq. (9) Evapor(N5 - O,O,,
‘G,) = 338.3 + (6.7 - 6.9 - 7.1) - 5.4
= 325.6 eV. This transition vapor-phase binding
energy is referenced to the vacuum level since the energies are referenced to the vacuum level. Example 3
ModiJication of Valuesfor Superior Binding-Energy Data
If binding-energy data superior to those listed in Table I are available, the Auger-energy values of Table V may be modified by use of the relationship E’( Wi - XjYk, =+%J
= E( 4 - XiYk, 2s+1LJ) + (A&k, 1 - A&$ -A&Z,)
where A EZ,,1 = &‘&I - Gk,.1 The primes denote the modified system. From Tables I and V
(10)
values. Consider the sodium metal
E, = 1072.1 eV EL,, = 31.1 eV E(K - L,,L,, NOW Kowalczyk et al.[Phys.
lD,) = 992.3 eV.
Rev. B 8, 3583 (1973)]have reported that 8, = 1074.0 eV &L23 = 32.7 eV
referenced to the vacuum level. With these values and Eq. (IO) E’W
- Lw&,
ID,) = 992.3 + (1074.0 - 1072.1) - 2.x (32.7 - 31.1)
= 991.0 eV. This value is also referenced to the vacuum level and may be compared directly with the reported experimental value of 991.9 eV.
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE 1. Electron Binding Energies for Elements (in eV) Seepage 316 for Explanation of Tables n
2 EL 1 2 3 4 5 6 7 8 9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
27
H ME LI BE. 8 C N 0
F NE Nb
RG AL SI P 5 CL 4R
30
ZN
31
GA
32 33 JC 3s 36 37 39 39 so
GE AS SE BR KR RB 517 ‘I ZR
bl 42 43
N6 no TC RU Rrl
b5 b6
CU
PO
5.5 3.0 9.9 8.0 6.6 15.9 17.8 25.4
5.5 3.0 9.9 8.0 6.6 15.8 17.6 25.4
32.3
32.3 3b.6 37.0 42.5 46.6
n4
n5
6.6 3.7 2.2 2.3 3.3 3.6 2.9 3.6 1.6 8.1
6.6 3.7 2.2 2.3 3.3 3.6 2.9 3.6 1.6 a.1
17.4 26.7
Nl
Nt
N3
1.5 5.0 6.5 12.0 27.3 27.5 29.3 37.7 45.4 51.3
Q-8 2.3 2.5 5.6 5.2 lb.7 lb.6 19.9 25.6 23.7
0.8
2.3 2.5 5.6 4.6 14.0 14.0 19.9 25.6 26.7 33.9 34.8 38.9 43.1 47 -9 51.1 55.9 66.9 71.4 88.6
5b65.1 5989.2 6539.0 7112.0 7708.9 8332.8 8970.9 9659.6
406.' 461.5 520.5 503.7 651.4 721.1 793.6 871.9 951.0 1042.8
402.2 455.5 512.9 574.5 6b0.3 708.1 778.6 955.7 931.1 1019.7
53.8 60.3 66.5 74.1 83.9 92.9 103.7 111-A 119.6 135.9
37.8 42.5 49.6 54.0 59.5 68.1 13.6 86.6
16367.1 11103.1 11066.7 12657.6 13473.7 14325.6 15199.7 16lc)b.6 11038.4 17997.6
1297.1 1414.3 1526.5 1653.9 1762.0 1921.0 2065.1 2216.3 23T2.5 2531.6
1142.3 1247.8 1358.6 1476.2 1596.0 1721.2 1863.9 2006.8 2155.5 2306-r
1115.4 1216.7 1323.1 1435.8 1549.9 1674.9 1604.4 1939.6 2080.0 2222.3
158.1 180.0 203.5 231.5 256.5 292.1 322.1 357.5 393.6 430.3
106.8 127.9 146.4 168.2 199.3 221.6 247.4 279-R 312.4 344.2
102.9 120.8 140.5 161.9 tai.5 214.5 238.5 269.1 300.3 330.5
70.1 95.0 111.8 135.0 159.6 192.4
17.4 20.7 41.2 56.7 69.0 93.8 110.3 133.1 157.4 180.0
16985.6 19999.5 21044.0 22117.2 23219.9 24350.3 2551b.0 26711.2 27935.9 29200.1
2697.7 2865.5 3042.5 3224.0 3411.9 3604.3 3605.8 bOlB.0 4237.5 4464.7
2464.7 2625.1 2793.2 2966.9 31b6.1 3339.3 3523.7 3727.0 3938.0 4156.1
2370.5 2520.2 2676.9 2837.9 1033.6 3173.3 3351.1 3531.5 3730.1 3926.0
468.4 504.6 544.0 565.0 627.1 669.9 717.5 770.2 825.6 683.8
370.4 409.7 444.9
521.0 559.1 602.4 650.7 702.2 756.4
363.0 392.3 425.0 460.6 496.2 531.5 571.4 616.5 664.3 714.4
207.4 230.3 256.4 263.6 311.7 340.0 372.0 410.5 450.0 493.3
204.6 227.0 252.9 279.4 307.0 334.7 366.7 403.7 443.1 484.8
50.1 61.8 66.C 7b.9 61-C 86.4 95.2 107.6 121.9 136.5
33.9 34.6 36.9 43.1 b7.9 51.1 62.6 66.9 77.4 66.6
30491.2 31813.8 33169.4 34564.4 35984.6 37450.6 33924.6 404b3.0 41990.6 43566.9
4698.3 4939.2 5136.1 5452.6 5114.3 5986.8 6266.3 6548.8 6034.8 7126.0
43R0.4 4612.0 4652.1 5103.7 5359.4 5623.6 5890.6 6164.2 6440.4 6721.5
b132.2 4341.4 4557.1 4792.2 5011.9 5247.3 5402.7 5723.4 5964.3 6207.9
943.7 1306.0 1072.1 1148.7 1217.1 1292.6 1361.3 lb34.6 1511.0 1575.3
811.9 869.7 930.5 1002.1 1065.0 1136.7 1204.4 1272.6 1337.4 1bO2.6
765.6 918.7. 974.6 9b0.6 997.6 1062.2 1123.4 1185-b 12b2.2 1297.4
536.9 5.32.5 631.3 6B9.4 739.5 796.1 640.5 901.3 951.1 999.9
522.5 572.1 619.4 676.7 725.5 76Q.7 R31.7 863.3 931.5 971.7
152.0 166.3 l(16.4 213.3 230.8 253.0 210.4 289.6 304.5 315.2
9q.s 110.2 122.7 145.5 172.3 191.6 205.6 223.3 236.3 213.3
94.4 110.2 122.7 145.5 161.6 119.7 191.4 207.2 211.6 224.6
7012.8 7311.8 7617.1 1930.3 R251.6 6500.6 6917.6 92b4.3 9616.9 9979.2
6459.3 6716.2 6976.9 1242.0 7514.0 1790.1 6071.1 035r.9 8648.0 6943.6
1650.0 1122.6 lROO.O lR60..3 1967.5 2046.6 2126.3 2206.5 2306.8 2398.1
1471.4 1540.7 1613.9 1686.3 lT6T.7 1841.6 1922.6 2005.0 2089.6 2173.0
1356.9 1419.6 1430.6 1544.0 1611.3 1675.6 1741.2 1811.8 iae4.5 1349.8
1051.5 1106.0 1160.6 1211.2 1215.0 1332.5 1391.5 1253.3 1514.6 1576.3
1026.9 1060.2 1130.9 1185.2 1241.2 1294.9 1351.4 1409.3 1467.T 1521.6
331.0 345.7 360.2 375.e 391.9 416.3 435.1 449.1 411.7 b07.2
242.0 265.6 263.9 286.5 JlD.2 331.8 343.5 366.2 365.9 396.1
242.0 247.4 2’36.6 210 -9 265.0 292.9 306.6 320.0 336.6 343.5
9244.1 9560.7 9891-i
2491.2 2600.9 2708.0
2263.5 2365.4 2466.7
2023.6 2101.6 2194.0
1639.4 1716.4 1793.2
1566.5 1661.7 1735.1
506.2 536.1 565.5
410.1 b37.0 464.6
359.3 380.b 404.5
4966.1
63.3 69.4 117.7 148.7 169.3 229.2 270.2 326.3 377.1 43?.6
AG co IN SY
51 52 53 54 55 56 51 56 59 60
SB TE I XE CS BA LA CE PR
61 62 63 64 65 66 67 68 69 TO
PW
5N EU GO 18 DY MO ER TW 10
45104.0 46834.2 18519.3 50239.1 53995.7 53165.5 55617.7 51135.5 59309.6 61332.3
7427.9 7736.6 1052.0 8375.6 a706.0 9045.8 9391.2 9151.3 10115.? 10466.4
?l 72 13
LU HF TA
63313.6 65350.5 67416.4
10670.4 11270.7 11681.5
NO
w3
5.3 El le..0 2b.L 28.5 34.0 48.5
b0 49 50
bT
1.7 6.4 9.2 7.1 8.6 21.6
*2
500.4 563.1 628.2 694.6 769.0 846.1 925.6 1008.1 1096.1 1193.6
2822.4 3206.0 3607.+
4492.a
NI
4.7 6.4 9.2 7.1 a.6 21.7
Ml
0.7 2.1 0.1 7.6 16.2 15.0 17.5 29.2 33.9 43.7
SC 11
Ff co
13
31.1 51.4 72.7 90.9 135.3 164.2 200.0 246.6 293.6 346.4
4038.3
c;: MN
L2
31.1 51.4 73.2 99.5 136.2 165.4 201.6 250.7 296.3 350.0
1072.1 1305.0 1559.6 1138.9 2145.5 2472.0
c:
28 29
bb
13.6 24.6 54.8 112.1 188.0 203.0 401.6 532.0 665.4 a70.1
Cl
10348.6 10739.b 11136.1
34.6
482.a
319
5b.0
59.5 68.1 13.6 86.6
bl.2 56.7
Atomic Dab, and Nuclear Data Tables, Vol. 20, No. 4. October ,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron Energies
I. Electron Binding
Energies for Elements (in eV)
See page 316 for Explanation of Tables z
EL
K
Ll
L2
L3
Ml
IL IS 7b 77 7a 79 80
Y RE OS IR PY AU lit
OS2S.O 71676.4 73a70.a 76111.0 78394.8 80724.9 83102.3
12099.8 12526.7 i296a.o 13418.5 i3aao.s ib352.a 14039.3
llS44.0 11950.1 123a5.0 12824.1 13272.6 13733.6 1420a.7
10206.6 1053S.3 10870.9 11215.2 11563.) 11938.7 i22a3.9
2619.6 2931.7 304a. 3173.7 3297.b 3424.9 3561.6
Bl 81 a3 04 OS a6 37 80 a9 90
TL PE BI PO AT RN FR RI AC 1H
65530.4 aaoob.5 90525.9 93099.0 95723.0 98396.0 io112a.o 103913.0 106756.0 109651.0
15346.7 15660.0 16307.5 16928~0 11462.0 iao4a.o 18634.0 19237.0 19a66.0 20472.0
14697.9 15200.0 lS711.1 16237.0 16776.0 17326.0 17a99.0 ia404.0 19001.0 19693.0
:x*: i34iaI6 i3aio.o 14207.0 14610.0 1s025.0 15444.0 lS870.0 16300.0
3704.1 3aso. 3999.1 4152.0 4310.0 4473.0 4644.0 4a22.0 k999.0 sia2.0
91 92 93 94 95 96 97 98 99 100
PA u NP PU AH CM 011 CF ES FM
112599.0 115606.0 ila675.0 i2179a.o 124990.0 12a250.0 131569.0 135959.0 i3a42i.o 141960.0
21105.0 21758.0 72427.0 23104.0 23aoa.o 24526.0 25256.0 26010.0 267a2.0 27570.0
20314.0 2094a.o 21600.0 22266.0 22952.0 23651.0 24371.0 25100.0 2SC6Y.O 26641.0
16733.0 1716a.o 17610.0 18057.0 19510.0 18970.0 1943S.O 19907.0 20364.0 2986a.o
5361.0 5546.0 s739.0 5933.0 6133.0 6337.0 6S45.0 6761.0 69al.o 720a.o
N4
2 EL 1 2 3 4 5 6 7 8
115
N6
N7
01
Ida
5
7
111
257b.9 2681.6 2792.2 2908.7 3027.0 3147.1 327a.s
2261.0 2367.3 2457.2 2550.7 2645.3 2743.0 2147.1
la71.6 i9ba.9 2030.8 2116.1 2201.5 2291.1 23B4.9
3415.7 3554.2 3696.3 3a44.0 3994.0 4350.0 bJlS.0 bb03.0 b655.0 ba3i.o
2956.6 3066.4 3176.9 3293.0 3409.0 3529.0 3636.0 37as.o 3915.0 bO46.0
2485. 256S.6 2687.6 2794.0 2901.0 3012.0 3129.0 32ba.o 3370.0 3491.0
5001.0 5181.0 5366.0 ‘1552.0 9744.0 5937.0 blJa.0 6345.0 6556.0 6776.0
4174.0 4304.0 4435.0 436I.O 4703.0 b83a.o 4976.0 5116.0 S2S9.0 5405.0
3611.0 3726.0 3aso. 3970.0 4091.0 4221.0 4353.0 b4a4.0 4617.U 6752.0
02
03
M5 ia09*2 1102.9 1960.1 2040.4 2121.1 2205.7 2291.9 i
0
I1
2319.3 24ac.o 2579.6 26ao.o 2711.0 2aab.o 2994.0 3105.0 3219.0 3332.0
845.5 893.6 93a.2 9a7.0 1038.0
3452.0 3552.0 3664.0 3775.0 3690.0 4009.0 4127.0 4247rO 436a. 0 4491.0
1381.0 14b2.0 1s01.0 lS60.0 1620.0 16d4.0 17b8.0
KX i26aZo 1269.0 1330.0
::::=i 1952:O
OS
04
n3
b91.b
Y9S.O 625.0 6Sb.3 699.1 724.0 7se.a 003.0
517.9 SLS.5 ¶77.1 607.6 643.7 681.0
425.3 444.4 bba.2 494.3 519.1 SL5.b 576.9
721.3 763.9 ao5.3 851.0 897.0 944.0 999.0 1058.0 1112.0 1168.0
609.0 644.5 678.9 715.0 751.0 790.0 ‘831.0 a79.0 924.0 968.0
1217.0 1273.0 1328.0 1384.0 1443.0 1498.0 iSsa.0 1620.0 168J*O 1749.0
1007.0 1045.0 1067.0 112s.o 1165.0 1207.0 1249.0 1292.0 1336.0 1379.0
Pl
P2
P3
H HE LI BE B C N 0
1:
N:
11 12 13 14 15 16 11 18
WA nG AL SI P 5 cc AR
::
c:
21 22 23 24 25 26 27 28 29 30
SC TX V CR HN FE CO NI CU 2N
31 32 33 34 35 36 37 38 ii 40
GA GE A5 SE BR KR RB SR Y 2R
41 42 43 44 45 46 47 48
NB wa TC RU RH PO At co
2.4 3.0
2.4 3.0
3.2
3.2
1.a 2.0 2.0 2.5 ::: 9.3
i,a 2.0 2.0 2.5 1.5 3.3 9r3
2.2
320
2.2
A+&
Dota ad
Nuclwr
Doto T&b,
“.a,. 20, No. 4, Oet&er
1977
Semiempirical
F. P. LARKINS
TABLE
I. Electron
Binding
Auger-Electron
Energies
Energies
for Elements (in eV)
See page 316 for Explanation of Tables 2 EL
u4
MS
49 SO
IN SW
16.2 23.9
16.2 23.9
51 52 53 54 55 56 5r 5.5 59 60
SB TE I XE cs BA LA CE PR ND
31.4 39.0 49.6 69.5 t.8.e 92.5 98.9 110.0 113.2 117.5
31.4 39.0 49.6 67.5 76.5 89.9 98.9 110.0 113.2 117.5
61 62 63 64 65 66 67 6.5 69 70
PM SM EU GO TB ov HO ER TM YE
120.4 129.0 133.2 140.5 lb7.0 151.2 161.0 176.1 179.6 199.1
12O.k 129.0 133.2 140.5 lb?.0 154.2 161.0 167.6 179.6 114.9
71 72 I3 14 15 I6 17 16 79 00
LU IiF TA u AE OS IR Pl AU HG
204.0 223.8 241.3 258.8 273.I 2e3.4 311.4 330.7 352.0 379.5
81 a2 83 64 d5 86 ll? 68 89 90
TL PB 81 PO AT RN FR RI AC TH
91 92 93 94 95 96 91 9.5 99 100
PI U NP PU AM CM Bil CF ES FM
2 EL
N6
N7
01
02
03
0.8 1.1
0.8 1.1
6.1 11.6 13.6 23.4 22.7 29.1 32.3 3r.a 3T.4 37.5
2.1 2.3 3.3 13.4 13.1 16.6 14.4 19.1) 22.3 21.1
2.1 2.3 3.3 12.1 11.4 lb.6 lb.4 19.6 22.3 21.1
22.0 21.3 22.0 20.3 25.4 26.3 20.3 29.4 32.3 23.b
22.0 21.3 22.0 20.3 25.4 26.3 20.3 29.4 32.3 23.4
04
c5
0.1 2.0 1.5
0.1 2.0 1.5
4.0 5.5
4.0 5.5
0.1 2.6 4.2 3.7 4.3 5.3 6.3
0.1 2.6 L.2 3.7 L.3 5.3 6.3
38.0 37.4 31.8 36.1 39.0 62.9 51.2 59.0 53.2 54.1
195.0 213.7 229.3 245.4 260.2 272.8 294.9 313.6 333.9 359.3
1z 27.5 37.9 16.1 53.8 64.0 74.5 87.8 1Ob.O
6.9 17.1 25.6 35.8 45.7 51.0 61.0 71.1 84.1 99.9
56.8 64.9 71.1 77.1 e2.n 83.7 95.2 101.7 107.8 120.3
28.0 36.1 44.9 46.3 b5.6 50.0 63.0 65.3 71.7 84.0
28.0 30.6 36.4 35.6 34.6 45.4 50.5 51.0 58.1 65.0
4.6 6.6 5.7 6.1 3.5
4.6 6.6 5.r 6.1 3.5
::i 2.5 9.8
3.0 2.1 2.5 7.8
406.6 435.2 463.6 495.0 527.0 558.0 597.0 636.0 67h.O 714.0
306.2 412.9 410.0 469.0 499.0 530.0 567.0 603.0 640.0 6I7.C
123.1 111.2 162.4 11)b.O 206.0 229.0 258.0 287.0 316.0 344.0
1111.6 136.3 157.1 176.0 199.0 222.0 249.0 279.0 307.0 335.0
136.3 147.3 159.3 116.0 192.0 208.0 229.0 254.0 272.@ 290.0
99.6 101.6 116.6 132.0 144.0 158.0 178.0 200.0 211.0 229.0
73.0 83.0 93.0 102.0 113.0 123.0 138.0 153.0 160.0 102.0
15.3 21.8 26.5 34.0 11.0 48.0 60.0 71.0 04.0 95.0
13.1 19.2 24.4 30.0 37.0 43.0 55.0 65.0 76.0 .57.0
r43.0 780.0 611.0 846.J 880.0 916.0 955.0 991.0 1029.0 1067.0
708.0 738.0 r73.0 798.0 829.0 862.0 898.0 930.0 965.0 1000.0
371.0 392.0 415.0 436.0 461.0 485.0 511.0 53.5.0 S64.0 591.0
360.0 380.0 403.0 424.0 446.0 470.0 495.0 520.0 546.0 512.0
305.0 32b.0 338.0 352.0 370.0 383.0 399.0 416.0 434.0 452.0
245.0 260.0 274.0 287.0 300.0 313.0 326.0 341.0 357.0 373.0
166.0 195.0 206.0 213.0 219.0 229.0 237.0 245.0 255.0 262.0
91.0 103.0 109.0 113.0 116.0 124.0 130.0 131.0 142.0 149.0
90.0 96.0 101.0 105.0 106.0 111.0 111.0 123.0 127.0 133.0
2P
3P
4P
5P
6P
30
40
SD
P2
P3
3.1 B.0 9.0 13.0 16.0 24.0 31.0 3r.o 43.0
0.7 2.7 4.0 6.0 0.0 lb.0 22.0 24.0 25.0
0.7 2.7 1.0 1 .o 2.0 7.0 12.0 15.0 11.0
43.0 14.0 47.0 46.0 40.0 50.0 52.0 54.0 51.0 59.0
27.0 21.0 29.0 29.0 29.0 30.0 32.0 33.0 35.0 36.0
17.0 17 .o 16.0 16.0 16.0 17.0 16.0 17.0 17.0 17.0
Pl
: Ii: 3 Cl 4 BE 5 B ; ", 8 0 9 F 10 NE
0. I
11 12 13 14 15 16 17 II
0.3 0.4 0.6 0.8 1.1 1.4
MA MG AL SI P 3 CL AR
0.1
321
Atomic Data ad
Nucleor
Data Tobler, Vol. 20. No. 4, October
1977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE II. Spin-Orbit
Interaction
Energies
Energies (in eV)
See page 316 for Explanation of Tables 2 EL
2P
19 N 20 CA
I.8
21 22 23 24 25 26 Z?
3.0
28
29 JO
SC If v CR RN Ff
CO WI CU zu
31
GA
32 33 34 35 36 37 36 39 40
GE AS SE an
41 42 43 44 45 46 47 48 49 SO
KR
R8 SR Y ZR 110
no rc RU RH PO
A6 co IN SN
51 52 53 54 55 56 57 se 59 60
se TE I XE cs 01 LA CL
61 62 63 64 65 66 67 66 69 TO
PM
PA NO
Sll EU GO tB ov HO ER tfl Ye
71 72 13 74 75 76 ?I 76 79 00
cu
81 62 63 84 85 66
Il.
87 00
FR RA
HF
TA Y RL OS IR PI
AU I46 PB
ex PO
Al RN
69 AC 90 1n
3P
1P
BP
5P
30
40
50
kF
2.4
2': 6.1 t. 4 6.7 10.0 11.5 13.3 15.4 17.9 20.7 23.7 26.9 30.7 34.9 39.7 44.6 50.3 56.3
2.6 4.7 3.9 4.2 5.2 4.9
62.6 69.9 II.5 66.0 94.9 104.7 115.1 126.3 136.6 lY1.5
10.3 11.6 13.3 14.0 16.5 lb.4 20.7 22.6 25.3 22.0
165.5 160.4 196.7 214.3
30.9 34.0 37.3 41.0 44.9 49.7 54.0 50.3 63.5 70.3
7.1 b.1 9.6 10.7 12.s 12.5
76.3 60.6 66.9 9662 104.3 110.6
12.1 16.2 11.7 16.6 25.9
22:x 271:) 293.9 317.4 342.4 369.0 397.1 426.6 456.3 491.7 527.0 564.5 604.3 641.9
669.7 736.3 765.6 636.7 691.5 940.9 1009.4 1072.6 1139.2 1209.9 1263.2 1360.3 1443.2 :2::*: 1712:7 1612.0 1916.0 2026.7 2140.7 2262.0
::: 8.1 9.1
0.4 0.4 0.5
1.1 ::: 1.7
3.6 4.2 4.b
33.9 37.7 46.2 44.2 49.0 52.2 55.2 59.0 65.5 69.4
2b7.6
306.1 325.2 346.3 367.3 390.0 414.0 439.3 465.3 493.3 523.3
5.1 5.6 6.2 6.7 1.2
0.9 :::
0.8 :*:.
1.0
6.9 9.b
159.9 171.9 183.1 195.9
254.5 269.9
21' 2.4 2.7 1.1 1.4
4.5
24.6 30.b
23br7
t:: t:: 1.0
121.1 129.3 136.9 146.6
209.5 223.3
0.4
10.3 11.9 12.b 13.5 15.0 lb.0 17.6 1d.b 19.4
32.9 35.5
74.9 79.6 b4.J
90.7 97.3 102.7 110.0 119.3 125.3 133.3
::3 7.3
20.4 21.9 23.2 2s.o 26.4
0.4
21.3
b.3 9.5 6.7 12.7
30.3 32.2 34.2 36.i
17.7 14.5 15.9 20.0 20.7 23.3 26.7 31.3 32.7 31.3
5.0
2.0 3.3 4.0
4.7 66:; 5.3
322
3.6 5.3 3.9 4.0 4.b 5.4 5.4
t::
2: 0.9
6.6 6.6 7.2 7.r
0.b
1.0 1.1 1.2
3b.J
b.2
40.6 43.2 45.6
6.9
0.9
1.2
::: 1.6 :::
::i 1.7 2.0
4b.O
51.2 54.0 57.2 60.4 63.6
6.b
10':: 11.2 11.2 12.0 13.2 14.4 14.2
!.O 2.4 ::',
Atomic Data end Nuclear
f:i f:f 2.6
Lhto Tablw, Vol. 20, No. 4, Oct~bar 1977
Semiempirical Auger-Electron
F. P. LARKINS
Energies
TABLE II. Spin-Orbit Interaction Energies (in eV) See page 316 for Explanation of Tables
91 92 93 94 95 96 97 9a 99 100
PA u NP PU ra CM BK CF ES FM
3P
22
2 EL
2317.3 2520.0 2660.0 2006.0 2294.7 3120.7 3290.1 3b67.3 3654.0 36bA.7
5P
6P
140.0
36.0
6.7
61.6
152.0 160.7 172.7 165.3 19b.O 206.0 216.7 231.3 246.7
b3.3 b5.3 (9.3 5b.O 56.0 59.3 64.0 66.0 7b.0
6.7 7.3 a.7 a.7 A.? 10.7 10.7 12.0 12.7
7O.b 7b.b 76.0 62.1 66.0 9O.b PC.6 99.6 lOb.4
4P
551.3 564.7 620.7 656.0 694.0 732.7 77b.7 A19.J 666.0 914.0
!D
h0
50
4F
lb.0 16.6 17.6 19.2 20.5 21.6 22.6 2b.b 25.6 26.6
2.6 2.6 3.2 3.2 b.0 5.2 5.2 5.6 6.0 6.b
3.1 3.b 3.) 3.b b.3 4.3 b.6 5.1
5.1 5.5
TABLE III. Two-Electron Integrals-Slater Notation (in eV) See page 316 for Explanation of Tables Fk and Gk Values 2 EL
23.5 25.6
21.0 23.2
3.9 4.1
37.0 39.4
27.7 29.7 31.7 33.6 35.6 37.6 39.9 41.9 b4.0 46.1
25.5 tl.7 29.6 32.0 34.2 36.3 36.5 b0.7 (2.9 45.2
4.5 4.6 5.2 5.6 6.0 6.5 7.0 7.6 a. 1 6.7
44.3 b6.6 b9.2 51.7 5b.l 56.5 56.9 61.4 63.6
b7.b 49.1 52.0 51.3 56.7 59.1 61.5 63.9 66.4 66.9
LO.9 44.3 47.7 51.0 5b.2 57.5 60.6 63.7 66.6 69.9
lb.3 lb.9
71.4 74.0 76.6 79.2 61.6 6b.b
67.0 69.7 92.4 95.0
72.9 76.0 79.0 62.0 64.9 67.9 90.6 93.6 96.7 99.7
15.6 16.2 16.9 17.6 16.3 16.9 19.6 20.3 21.0 21.7
20.6 21.6 22.6 2J.A 24.7 25.7 26.7
97.7 100.4 103.1
102.6 105.5 106.5 llb.3 117.3 120.2 123.2 126.1 129.0
22.3 23.0 23.7 24.4 25-l 25.6 26.5 27.2 27.9 26.5
27.7 26.6 29.6 30.6 31.6 32.5 33.5 34.5 3s.5 36.b
116.9 119.6 122.3 122.9 127.6 130.4 133.1 135.6 136.6
132.0 131.9 137.9 140.6 143.6 lb6.7 lb9.7 152.7 155.6 150.6
29.2 29.9 30.6 31.b 32.1 32.6 33.5 3b.2 34.9 35.6
37.b 3A.b 39.) bO.b 41.3 42.3 63.3 4b.3 b5.3 bb. 3
lbb.2 147.0 149.6 152.6 155.5 HA.3
F2 2P2P
2S3S
FO 253P
26.b 31.5 36.6 41.6 46.6 51.6 56.6 61.6 66.5 71.b
11.7 lb.1 16.6 19.0 21.5 23.9 26.2 26.6 31.0 33.3
23.3 25.4
10 11 12 13 lb 15 16 I7 18 19
NE NA 116 AL SI p S CL AR K
27.9 31.9 35.9 39.9 b3.9 bA.0 52.0 56.0 60.1 64.2
20
CA
21
SC
22 23 2b 25 26 21 26 29
TX U CR MN FE CO NI CU
66.2 12.3 T6.4 60.5 64.5 66.7 92.6 96.9 101.0 105.2
71.5 75.9 60.3 84.7 69.1 93.5 91.9 102.3 106.7 111.2
76.3 61.2 66.1 91.0 95.9 100.6 105.7 110.6 115.5 120.4
35.7 36.0 40.b b2.7 b5.0 47.3 b9.7 52.0 54.3 56.6
27.b 29.b 31.4 33.5 35.3 37.3 39.3 41.b 43.4 55.5
25.1 21.3 29.5 31.5 33.6 35.7 37.9 40.0 42.1 bb.3
30 31 32 33 3b 35 36 37 3a 39
ZN GA GE AS SE BR KR RB SR Y
109.3 113.5 117.7 121.9 126.2 13O.b 134.7 139.0 143.3 117.6
115.6 120.1 121.6 129.0 133.5 136.1 142.6 117.2 151.7 156.3
125.3 130.3 135.2 140.1 lb5.1 150.0 155.0 160.0 165.0
56.9 61.2 63.5 65.6 66.1 70.5 72.6 75.1 77.4 79.7
47.5 b9.6 51.6 53.9 56.1 56.3 60.5 62.6 65.0 67.3
46.5 56.1 50.9 53.2 55.5 57.6 60.2 62.5 6b.9 67.3
40.7 Sk.1 b7.4 50.7 53.9 57.1 60.2 63.3 66.3 69.4
b6.3 50.5 52.6 54.6 57.0 59.3 61.5
10 bl 42 43 b4 45 46 I? CA b9
ZR NB no TC RU RH PO At CD IN
151.9 156.3 160.7 165.1 169.6 17b.l 116.6 153.1 167.7 192.3
160.9 165.6 170.2 174.9 179.6 lAb.3 169.1 193.9 196.7 203.5
62.1 64.4 66.7 69.0 91.b 93.7
69.7 72.0 74.b
69.6 72.3 7b.A 77.3 79.0 62.b 64.9 67.5 90.1 92.7
72.4 75.3 76.3 61.3 Ab.2
70.9 73.3 75.7 76.2 60.6 63.1 65.6 66.1 90.7 93.2
50 51 52 53 54 55 56 51 SB 59
SW 58 TC I XE cs 81 LA CE PR
196.9 201.6 206.3 211.0 215.6 220.6 225.4 230.3 235.2 2bO.2
206.3 213.2
60 61 62 63 6b 65 66 6? Ca 69
NO PM SN EU GO TB ov MO ER TW
215.2 250.2 255.3 260.5 26S.6 270.9 216.2 261.5 266.9 292.3
216.1 223.1 226.1 233.1 236.1 2b3.2 246.3 253.4
256.6 263.6 269.0 274.3 279.6 265.0 290.4 295.6 301.3 306.6
170.0 175.1 160.1 165.2 190.2 195.3 200.5 205.6 210.6 215.9 221.1
96.0 96.4 100.7 103.0
226.3 231.6 236.6 242.1 2b7.b 252.7 25a.l 263.4 266.6 27b.2
105.) 107.7 110.1 112.4 llb.7 117.1 119.4 121.6 124.1 126.5
279.7 265.1 290.6 296.1 301.7 307.2 312.6 316.5 325.1 329.A
126.6 131.2 133.5 135.9 136.2 140.5 142.9 145.2 147.6 149.9
76.6 19.2 al.6 04.1 66.6 69.0 91.5 94.1 96.6 99.1 101.7 101.3 106.9 109.5 112.1 114.7
117.3 120.0 122.7 125.3 126.0 130.7 133.4 136.2 136.9 141.7 lb4.5
61.1 90.0 92.9 95.6 96.7
95.3 91.9 100.6 103.2 105.9 106.5
101.6 104.5 107.b 110.3 113.2 116.2
111.2 113.6 116.5 119.2
119.1
121.6
130.1 133.6 136.6 139.5 142.b lb5.4 146.3 151.3 151.2 157.2
122.0 124.9 127.6
12b.5 127.2 129.9 132.6 135.3 136.0 140.7 143.5 146.1
323
63.6 66.2 66.5
95.6 96.4 101.0 103.6 106.2
106.6 111.5 llb.1 116.6 119.5 122.2 12b.9 127.6 130.3 133.0 13s.a 136.5
lbl.3 1bb.l 146.9
105.9 106.6 111.3
111.0 116.7 119.5 122.2 124.9 121.7 130.4 133.2 135.9 136.6
1bl.b 144.2 146.9 149.1
FO 2P30
F2 2P3D
20.7 22.9
FO 2P2P
FO 2530
F2 2PJP
FO 2P3P
FO 252P 27.0 31.6 36.0 44.5 55.0 b9.b 53.6 56.2 62.6 67.1
FO
FO 2P3S
FO 2.52s
111.4
9.2 9.6
10.1 11.1 11.7 12.3 13.0 13.6
2ZP
Cl.9
7.a a.9 9.9 10.9 11.9 12.9 13.9 lb.9 15.9 16.9
66.2 66.7 71.1 73.6 76.1 76.5 61.0 63.5 66.0 66.5
17.9
91.0 93.6 96.1 96.7 101.3 103.6 106.4 109.0 111.7 114.3
16.6 19.6
1bl.b
161.2 164.1 167.1
lfO.0
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
III. Two-Electron
Fk and Gk Values 2 CL
2%
70 71 72 73 7b 75 76 77 76 79
'Is LU Hf IA Y RE OS IR Pl AU
297.6 303.4 309.0
80 lli 62
HG TL PB
83
61
34 85 66 67
PO Al RN
00
fR RA
69
AC
90 91 92 93 9b 95 96 97 9s 99
TH PA U NP PU AN CM
811 Cf ES
100
FR MD no LR RF HA
31b.7 320.4 326.2 332.1 338.1 341.1 350.2
152.2 154.6 156.9 159.2 161.5 163.9 166.2 166.5 170.1 173.1
lb?.3 150.1 153.0 155.9 158.8 161.6 164.7 167.8 170.6 173.9
356.4 362.6 369.0 375.) 381.9 388.6 395.3 rg2.1 409.0 216.1
370.9 377.0 383.3 339.6 395.9 bO2.b b08.9 415.5 b22.2 428.9
39b.b 400.5 406.6 b12.6 b19.0 625.3 b31.6 438.0 4bb.b bSO.IJ
175.b 177.7 179.9 182.2 184.5 186.7 189.0 191.2 193.5 195.7
177.0 160.2 163.4 166.7 190.0 193.3 196.7 200.2 2OJ.7 207.2
133.6 186.7 189.0 193.0 196.1 199.1 202.7 206.0
211.6
423.3 b30.6 b36.0 bb5.5 453.2 461.1 b69.1 177.2 465.6 b94.1
435.6 bb2.7 bb9.7 456.9 b6b.l
b57.3 463.9 b70.5 b77.2 b83.9 490.7 b97.5 504.4
197.9 200.1 202.3 204.b 206.6 206.7 210.9 213.0 215.1 217.1
210.9 21b.5 218.2 222.0 225.6 229.7 233.6 237.6 211.6 2b5.6
209.3 212.7 216.1 219.5 223.0 226.b 229.9 233.4 236.9 2bO.b
219.2 221.2 223.2 225.2 227.1 229.0 230.9 232.8 2Sb.6
b71.b 576.9 b36.b b9b.l 501.9
110
601.9
511.4 518.4
509.6 517.6 S26.0 53b.J 5b2.7
551.3 S60.1 S69.0 576.1 567.3
525.5 532.7 539.9 5b7.2 555.6 562.1 569.6 577.2 564.9 592.7
236.4
219.7 253.6 258.0 262.1 266.3 270.5 27b.7 278.8 283.0 287.1
596.7
600.6
236.1
291.1
f:: 2.b
::: 2.0
::7
::f
3.1 3.3
2a 29 30 31 32 33 34 35 36 37
II cu ZN 6A ix AS SE BR KR RB
38 39 40
SR v LR NB NO
b.7 b.9 5.1 5.3
4.3 b.5 b.7
TC nu
2:
2:
RI4 CO A6
2: 6.b 6.7
41 42
43 64 45 46 b7
b.l 4.3 4.5
67.0 68.0 69.0 70.0 71.0 72.0 73.0 74.0 75.1 76.1
251.7 255.3 259.0 262.7 266.5 270.2
243.9 2b7.J 250.6 254.1 257.1 260.7 263.8 266.0 269.7 272.b
252.5 255.7 259.0 262.2 265.5 26'3.8 272.1 275.5 276.6 261.9
250.9 25b.6 256.8 262.1 266.7 270.7 27b.6 276.5 262.b 266.2
246.9 250.2 253.5 256.7 259.0 262.9 265.0 266.6 271.2 273.7
253.0 256.2 259.3 262.5 265.7 266..9 272.1 275.3 276.b 281.6
59.0 59.6 60.7 61.5 62.4 63.2 64.1 65.1 66.0 67.0
77.1 76.2 79.2 00.3 61.3 82.b 83.6 6b.7 65.8 87.0
27b.0 277.9 261.6 285.7 269.6 293.5 297.5 301.5 305.6 309.6
275.0
265.2
290.0
276.0
2Gb.8
67.9
86.2
313.7
f0 3S30
JP3P
3.b
::t
2.s 2.6 2.8 3.0 3.1 2: 3.7 3.9 4.1
b.9 5.5
3.5 3.7 2: 6.9 7.7 8.6
11.9 12.7 13.6 lb.4 15.3 16.1 16.9
6.2
16.6 19.4
21b.5
Cl 2P30
10.1 11.0 11.9
5.6 5.8 6.1 6.4
s.9 6.1
12.6
3::
:::
2: 7.2
:::
::,'
1.0
a.1
b.3 4.6
25 5.7 5.9 2: 6.7
2: 5.3
179.6 162.7 165.9 109.1 192.4 195.6 199.1
G3 ZPSD
161.b
FO 3SJS 17.7 19.3 20.6 22.3 23.6 25.b 26.9 28.) 30.0 31.5
2: 5.3 5.6
b.1
17.7 :::
199.1 202.2 205.2 208.3 211.4
5.0 6.6 7.5 6.b 9.2
::i
1z 11.1
190.0 193.1 196.1
::t 4.1 b.3 4*5
::: b.3 1.5
19b.J 197.5 200.7
51.2 51.9 52.7 53.5 5b.2 55.0 55.6 56.6 57.1 56.2
3.2 3.b 3.7 3.9
1.9
166.1 191.2
221.8 22b.9 221.0 231.1 232.2 237.3 240.4 243.6 246.7 249.6
::; 2.7 2.9 3.1
II
b1.4
173.0 176.0 179.0 182.0 105.0
213.1 216.4 219.8 223.1 226.5 230.0 233.4 236.8 240.2 2b3.6
I:: 2.6 2.6 3.0
22 23 2b 25 26 27
2.2 2.b 2.6 2.7 2.9
b7.2 48.2 b9.2 50.2 51.2 52.2 53.2 5b.2 55.1 56.1
213.1 216.7 220.3 224.0 227.7 251.5 235.3 239.2 243.0 246.9
:::
1.6
153.1 161.0 163.8 166.7 169.6 172.5 17S.b 176.4
36.3 37.1 37.6 38.5 39.2 40.0 bO.7
Gl 2SZP
220.7 223.6 227.0 230.1 233.3 236.4 239.6 242.6 246.0 249.2
::t
SC
161.6 164.5 167.5 170.5 173.5 176.5 179.5 102.5 185.5
f2 PP3D
202.5 206.0 209.5
1.7
21
1.5
152.5 155.3
F2 2PV
57.1
::,"
1.3 1.5 1.6
155.5 150.) 161.3 164.3 167.3 170.3 173.3 176.5
FO ZPJO
43.7 bb.4 45.1 b5.9 b6.6 b7.1 SE.1 b8.9 b9.6 50.1
1.3
AR K CA
149.8 152.6
FO 2P3P
191.5 19b.S 197.5 200.5 203.5 206.6 209.6 212.6 215.7 216.6
1.3 1.5 1.7
19 20
184.0 167.0
FO ZPJS
181.) 187.5 190.6 193.7 196.8 200.0 203.2 206.5 209.8
1.3
Cl
178.0 191.0
177.5
1.6
10
G2 es30
160.1 163.1 166.1 169.1 172.0 175.0
100.5
1.0 1.1
Gl 2SlP
of Tables
b2.2 b2.9
62 2PJP
60 2s3s
(in eV)
18B.S
GO 2P3P
EL
:*a' 3:2 3.b 3.5 3*7 3.9
148.9 151.7 15b.C 157.2 160.1 162.9 165.6 160.7 171.6 174.5
3S2P
z
V CR MN ff CO
FO ZSJO
341.2 347.0 J52.6 358.6 36b.5 37O.b 376.4 362.3 386.4
106 107 106 109
105
FO 2S3P
312.1 318*0 323.7 329.) 335.1 341.0 3b6.8 352.8 350.7 36b.8
502.0 511.6 520.7 530.0 539.5 5b9.3 559.3 569.5 530.0 590.6
101 102 103 104
335.5
Notation
See page 316 for Explanation
FZ PPZP
2EP
Integrals-Slater
Energies
13.7 lb.6 15.5 16.b 17.3 16.2
t:t
::', 8.2 0.5
g.; 20:9
324
3.3 3.8 b.3 2: 5.8 6.3 6.8 7.3 7.8 8.3 8.0 9.3
1X:: 10.9
1l.b 11.9
FO JSJP
50.1 s9.1 60.1 61.1 62.1 63.1 64.0 65.0 66.0
fD
16.5
15.3
18.0
17.0
19.6 21.2 22.0 25.4 26.0 27.6 29.1 30.7
16.6 20.3 21.9 23.5 25.1 26.7 20.3 29.9
33.1 34.7 36.3 37.9 39.6 blb2 b2.9 bb.6 46.3 46.1
32.b 31.0 35.6 37.3 39.0 40.7 b2.b 45.9 47.7
32.0 Jb.3 36.6 38.9 41.1 b3.3 b5.5 47.6
b9.9 51.6 f3.5 Y5.3 57.1 59.0 60.9 62.B 6b.7 66.6
b9.5 51.b 53.2 55.1 57.0 56.9 60.3 62.7 6b. 7 66.7
b9.6 51.9 54.0 56.1 58.2 60.2 62.3 6b.b 66.5 68.5
bb.1
Atomic Data ad
31.6 33.2 Jb.9 36.6 38.4
Nuclem Data Tabb,
b0.1 bl.9 b3.7 b5.5 b7.4 b9.2 51.1 53.0 54.9 56.9 5e.a 60.6 62.8 64.6 66.a
203.9 207.1 210.3 213.6 216.9 220.3 223.6 227.0 230.4 233.9 237.b
240.9 2bb.5 2b6.0
f2 3PJP 7.7 3.5
1::: 11.0 11.3 12.6 13.b lb.2 15.0 15.8 16.7 17.5
16.4 19.2 20.1 21.0 21.9 22.8 23.a 2b.7 25.7 26.6 27.6 28.6 29.5 30.S 31.5 32.5 33.5
Vol. 20, No. 4, Octdwr
1977
Semiempirical
F. P. LARKINS
TABLE
III. Two-Electron
Gl ZSJP
b8 b9 SO 51 52 53 54 s5 56 5r
co IN SW SE TC I NE cs BA LA
6.9 1.1 7.b 1.6 7.9 8.1 8.b 6.6 6.9 9.1
56 59 60 61 62 63 64 65 66 6?
CE PR ND PM St4 CU 60 YE 01 MO
9.b 9.6 9.9 10.2 10.1 10.7 11.0
10.0
11.3 11.5 11.6
10.2 10.4 10.7
66 69 IO ll 72 73 7s If 16 rr
El7 TN YB LU HF IA Y RE OS IR
12.1 12.1
76 79 80 01 62 63 Ok 65 06 67
f-1 AU Hf TL ce ill ?O AT RN TR
15.2 15.6 15.9 16.3 16.7 17.0 17.1 II.8 16.2 16.6
88 09 90 91 92 93 94 95 96 91
RI AC ttl PA U WC ?U AN CN EK
19.1 19.5 19.9 20.4 20.9 21.4 21.9 22.b 22.9 23.4
96 99
CF ES
:ao:
102 103 104 ::i 107 100 109
110
iit Na
LR Rf nA
Z'3 1313 13.6 13.9
14.2 lb.6 lb.9
6.4 t:: 7.1 7.3 7.S 7.7 1.0 6.2 8.b 6.6 6.9 9.1 9.3 9.5 9.6
10.9
11.1 11.3 11.6 11.6
12.0 12.3 12.s 12.7 13.0
Cl 3SZP
GO ZP3P
21.0 21.6
6.3 4.5 a.0
22.6 23.4 24.2 25.0 25.7 26.5 27.3
9.4 9.6 9.9 10.2 10.5 10.7
8.b 6.7 9.4 9.3 9.6
GZ PSSD 20.2
26.0 26.6 29.5 30.2
31.0 31.7 3z.c 33.1 33.6 3b.S 35.2 35.9 36.5 Jr.2 37.6 36.5 39.1 39.7 40.3 20.9
9.1
11.4 11.3 11.6 11.9 12.1 12.4 12.7 13.0 13.3 13.6 13.6
lb.1 1b.b 14.7 15.0 15.3 15.6 15.9 16.2 16.¶
Notation
(in eV)
GZ 2P3P 2: 9.4
10'::
1::: 10.4 10.7
10.5 10.8 11.1
11.4 11.3 11.6
ll.b 11.7 12.0 12.4 12.7
11.9 12.2 12.5 12.9 13.2
13.0 13.3 13.6 13.9 14.3 lb.6 14.9 15.2 15.6
Cl ZPSO
G3 2P3D
FO 353s
21.6 22.1 23.6 2b.5 25.4 26.2 27.1 26.0 26.9 29.0
12.b 12.9 13.4 13.9
66.5 14.5 T2.4 7b.b 76.4 76.3 60.3 62.3 61.3 06.4
66.6 10.6 T2.6 74.6 16.6 76.6 00.6 62.6 8b.I 66.7
88.b 9O.b 92.S 9b.5 96.6 96.6
36.7 90.6 92.6 PI.8 96e9 96.9
30.6 31.5 32.) 33.2 Jb. 1 35.0 35.6 36.1 37.5 36.4
13.5 13.6 14.1 lb.b lb.7
lb.1 lb.9 15.) 15.9 16.5 16.9 1r.c 11.9
16.4 16.6 19.3 19.6 24.3 20.8 21.2 21.7
bb.5 b5.5 46.4 b7.b 48.) 49.3 50.3 51.3 52.2 53.2
122:3 124.5 126.6 129.1 131.b 133.7
109.6 111.7 113.6 115.6 117.9 125.0 122.1 124.2 126.3 126.5
S4.1 55.0 56.0 56.9 57.9 56.6 59.0 60.7 61.7 62.6
130.6 132.6 13s.o 137.2 139.5
63.6 64.5 65.S 66.4 67.b 66.4 69.3 10.3 71.3 72.3
05.3 ll1.b 69.5 91.6 93.6 95.9 96.1 100.2 102.4 104.6 106.7 106.9
111.3 113.4 115.5 117.7 119.a 122.0 124.1 126.3
131.1 133.4 135.6 136.2 140.6 143.1
130.6 133.0 135.3 137.6 139.9 lb2.3
136.0 130.3 140.7 143.0 lb5.b
lb?.6
141.r
145.5
lbb.? 141.1 lb9.5 152.0
150.2 152.6 155.1 15r.5
144.0 lb6.3 lb6.6 151.0
114.5 15l.O
160.4 162.5 165.0 167.6
153.4 155.7
16.2 16.6 16.9 19.3 19.6 24.0 20.3 20.7 21.1 21.5
47.5 b6.3 b9.1 b9.9 50.7 51.4 52.2 53.0 53.7 51.5
26.7 27.2 27.6 26.0 28.4 29.6 29.3 29.I 30.1 30.5
111.7
119.6 122.1 124.3 126.5 126.6
120.5
bb.1
18.5
bb.6 45.1 55.6 46.0
16.6 19.2 19.6 19.9
16.4 16.7 19.1
46.b 46.6 41.2 47.6 47.9 b8.3 be.6 b6.9 b9.2 49.4
20.3 20.7 21.0 21.b 21.6 22.2 22.7 23.1 23.5 23.9
22.0 22.b 22.9 23.3 23.6 24.3 2b.l 25.2 25.1 26.2
21.9 22.2 22.6 23.0 23.b 23.9 24.3 24.7 25.1 25.5
55.2 55.9 S6.6 5?.3 56.1 S0.b 59.4 60.1 60.6 61.5
30.9 31.2 31.6 32.0 32.b 32.1 33.1 33.5 33.6 34.2
163.9 166.6 169.4 172.2 175.1 116.0 160.9
23.9 22.5 2s. 1 25.6 26.2 26.6 27.4 20.0 20.? 29.3
19.b 19.6 20.2 20.6 20.9 21.3 21.7 22.1 22.4 22.6
b9.7 49.9 50.1 50.3 50.5 SO.? 50.9 51.0 51.2 51.4
24.b 2c.e 2S.2 25.7 26.1 26.6 2?*0 21.5 27.9 28.b
26.t 27.2 21.7 26.2 2O.l 29.2 29.7 30.2 30.6 31.1
25.9 26.4 26.6 21.2 21.6 26.0 20.4 26.6 29.1 29.2
62.2 62.6 63.5 64.2 64.9 65.5 66.2 66.9 67.6 66.1
34.5 34.9 35.2 55.6 35.9 36.3 36.1 37.0 31.4 37.6
163.6 166.t 169.7 192.7 195.6 196.6 201.5 204.5 2or.4 210.3
191.0 193.6 196.3 190.s 200.6 203.1
29.9 30.6 31.2
23.2 23.5 23.6
51.s 51.7 51.9
26.6 29.2 29.7
3l.S 31.9 32.3
29.6 30.0 30.3
69.1 69.9 70.7
38.2 30.6 39.0
213.1 215.9 216.6
205.2 207-t 209.1
325
69.2 91.3 93.3 95.3 9T.b 99.4 141.5 153.5 105.5 157.6
61.4 63.1
109.2
lb.6 is.1
1r.o 11.3 11.1 16.0
34.5 35.5 36.5 37.5 34.5 39.5 co.5 41.5 b2.5 (3.5
111.2 113.3 115.5
:x 16:s 16.9 17.3 17.6
146.0 150.6 153.2 155.6 156.4
161.1
159.5 162.1 164.1 167.3
113.3 115.6 ::x*:
1to.
1
156.1 166.6 165.0 16S.C 167.9 170.3 172.e 175.2
100.6 163.2
165.9
177.6
18S.8 108.5
[email protected] 191.4 194.1 19b.9 199.7 2OLe5
160.0 162.3 164.6
1r5.3 117.9
Atm,c
111.1
1t2.7 175.3 177.9 160.6 163.2
lIO.0
172.6
Dda ad
FZ 3P3r
66.6 70.6 12.9 lb.9 76.9 79.0 81.0 63.1 65.1 67.2
109.1
18.0 13.4 16.7 19.1 19.5 19.9 20.3 20.7 21.1 21.5
16.0 16.3 16.7
10.6 72.7 14.8 I6.9 76.9
22.2 22.6 23.1 23.6 24.0 Zb.5 24.9 25.4 25.6 26.3
b1.5 42.0 42.6 b3.1 b3.6
11.2
FO JPJP
106.9
39.2 (0.1 44.9 b2.6 13.2 kb.3 (5.1 45.9 46.7
101.4 103.0
FO 3530
14S.l 107.2
15.0 15.3 15.1 16.0 16.3 16.6 16.9 II.3 17.6 11.9
41.6
loo.? 102.6 lOb.6
FO JSJP
13.2 13.5 13.6 14.0 lb.3 14.6
15.b 15.7
16.6 17.2 17.5 17.0
Integrals-Slater
Energies
See page 316 for Explanation of Tables
Fk and Gk Values 2 EL
Auger-Electron
ft 3' :
211:1
21X. 9 216.6 219.l
13.2 7b.2 75.2 76.1 7T.l 70.1 79.0 T9.9 80. iI 61.7
106.9 109.1 191.2 193.2 195.1 196.9
62.5 03.3 84.1 8b.8 l 5.4 06.0 86.5 67.0 07.3 81.S
19e.s 25OaO 261.2
O1.7 OI.6 or.5
Nuclear Dot. TobIer, Vol. 20, No. 4, October
1977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE III. Two-Electron Integrals-Slater and Gk Values
FL
2 EL
16 19 20 21 22 23 24 2S 26 21
20
3%
FO 3030
72 3030
61 3x:0
AR CA SC TI v CR UN FE co
32 33 34 35 36
6E AS SE BR KR
3?
RR
38
SR
39 40 41 42 43 44 45 46 47
v ZR 110 TC au RH PO 4G
46 49 so 51 52 53 S4 55 56 S?
SW SE TE I IL cs BA LA
58 59 60 61 62 63 64 65 66 61
NO
CD IN
CE PI? NO
PM SN EU
60 16 01 I40
r: :i 70 Ye 71
LU
72 Hf 73 IA 74 Y 75 Rt 76 OS 77 IR 76 Pf 79 AU 00 I46 61 IL 62 PB 83
01
84 PO 85 Al 06 RY 87 FR
JSJP
c2 3530
61 3P30
f0 3s4s
FO 3S4P
13.6 lb.9 16.0 17.1 lb.1 19.1
16.2 19.6 21.0 22.4 23.7 24.9 26.1 27.3
15.5 16.3 17.1
19.2 20.6
17.0 1a.b
26.5 29.6 30.7 31.6 32.9 33.9 35.0 36.1 37.1 36.2
17.9 16.6 19.4 20.1 20.9 21.6 22.3 23.0 23.a 2b.5
21.9 23.3 24.7 26.0 27.5 26.7 30.1 31.4 32.7 3b.0
19.6 21.2 22.5 23.6 25.1 26.5 27.6 29.0 30.3 31.6
39.2 10.2
25.2 25.9 26.6 27.3 26.0 26.7 29.1 30.1 30.6 31.5
35.3 36.6 37.9 39.1 40.b 41.6 42.8 44.0 (5.3 b6.5
32.9 34.2 35.4 36. ? 36.0 39.2 40.5 41.1 13.0 b4.2
26.4 28.3 30.1 31.9 33.6 35.2 36.7 36.2 39.6 40.9
Cl.7 b6.9 51.3 s2.5 53.6 55.0 56.2 57.5 5a.t
IS.5 56.7 b6.0 b9.2 5O.b 52.9 54.1 511.3 56.6
42.3 CJ.5 41.6 46.0 47.2 46.4 49.5 50.7 51.9 53.1
3p":o
t-0 3SbO
FO JSIF
10.8 11.9 13.0 14.1 15.2 16.2 17.3
K
ZN GA
Notation (in eV)
See page 316 for Explanation of Tables
10.3 19.b 20.4
28 WI 29 CU JO 31
Energies
31.3
33.7 36.0 30.3 40.6 42.9 45.1 47.3
14.7 15.9 17.1
16.3 19.4 20.6 21.7 22.6
49.S 51.6 53.4 55.9 58.1 60.2 62.3 64.4 66.6 69.7
32.0 33.0
70.6 72.9 75.0 77.1 79.3 61.4 llJ.5 65.7 37.85 69.9
34.0 35.0 36.0 37.0 31.9 36.9 39.9 40.9 41.9 b2.9
23.6 24.9 25.9 26.9 26.0 29.0 30.0
31.0
92.1 94.2 96.4 96.S 100.7 102.6 105.0 lOT.2 109.3 111.5
43.9 (4.9 45.6 b6.8 47.6 46.6 19.8 SO.6 51.7 52.7
113.7 115.9
53.7 54.7
116.1 120.3 122.s 124.7 126.9 129.1
131.3 133.6 135.0
136.0 140.3 142.5 144.6 147.1 149.4 151.7 154.0 156.3
::*3 S?:S SO.6 59.6 60.6 61.6 62.6 63.6 64.5 65.5 66.5 67.5 66.5 69.5 70.5 71.S 72.5
26.9 31.1 34.5 37.2 39.9 12.5 45.0 b7.6
50.1 52.5 55.0 57.4 59.6 62.2 64.6 67.0 69.3 71.7
74.1 76.4 76.6
61.1 63.1 85.8 86.1 90.5 92.0 95.1
14.7 16.2 17.6 19.0 20.4 21.7 23.1
10.1 11.0 11.9 12.6 13.7 lb.5
21.5 22.6 23.6 2b.7 25.6 26.9 26.1 29.2 3P.4 31.5
25.1 25.7 27.0 26.2 29.5 30.8 32.0 33.2 3b.5 35.7
15.4 16.2 17.1 17.9 16.7 19.5 20.3 21.1 21.9 22.7
32.7 33.9 35.1 36.3 37.5 36.7 40.0 51.2 42.5 43.7
36.9 36.2 39.) 10.6
23.5 21.3 25.1 25.9 26.7 27.4 23.2 29.0
b5.0 46.3 47.5 41.6
13.2
(1.6 43.0 44.3 bS.5 46.7 47.9
6.2 9.1
29.a 30.5
20.0 20.9
22.6 23.5 24.3 25.1 25.9 26.7 27.5 26.3 29.1
21.6
11.0 11.9 12.9 13.8 14.6
51.4 52.7 53.9 55.2 56.5
29.9 !0.7 31.4 32.2 33.0 33.6 34.6 35.1 36.3 37.1 37.9 38.7 39.6 b0.b 41.2 42.1 12.9 b3.6 Cl.7 45.5
52.6 53.9 55.0 56.0 57.1 so.2 39.3
32.3 33.0 33.7 34.4 35.1 35.6 36.5 37.2 37.9 36.6
so.1
41.3 42.3 43,s b4.4 b5.5 46.5 b7.5 18.6
49.1
31.3
32.1 32.0
113.9 116.2 116.6
so.3 51.5 52.7 53.9 55.1 56.3 57.5 56.7 59.9
33.6 Jb.4 35.1 35.9 36.7 37.b 36.2
57.8 59.1 60.4 61.7 62.9 64.2 65.5 66.8 66.1 6RI
120.9 123.3 125.6 126.0 130.3 132.7 135-o 137.4 139.7 142.1
61.1 62.3 63.5 64.7 65.9 67.1 66.3 69.5 70.7 71.9
39.0 39.7 40.5 bi.2 42.0 42.7 b3.5 4b.2 b5.0 45.7
70.7 72.0 73.3 74.6 75.9 77.3 76.6 79.9 61.3 62.7
46.b b7.3 b6.2 b9.1 50.0 so.9 51.9 52.6 63.6 54.7
60.3 61.b 62.5 63.6 64.7 65.6 66.9 66.0 69.1 70.2
39.4 40.1 40.6 41.5 42.2 42.9 b3.7 Lb.4 45.3 45.6
60.0 61.3 62.6 63.9 65.3 66.6 66.0 69.4 70.6 72.2
57.6 59.0 60.3 61.S 62.7 64.0 65.3 66.5 67.6 69.1
54.2 55.b 56.7 57.9 59.2 60.4 61.6 63.1 64.b 65.3
lbb.4 lb618 149.1
73.1 74.3 75.5 76.7 77.9 79.0
b6.5 b7.2 47.9 b8.7 b9.b so.2 50.9 51.7 S2.b 53.1
84.0 65.4 66.6 00.2 69.6
55.7 56.7 57.7 56.7 59.7 60.7 61.6 62.9 64.0 65.1
71.4 72.S 73.7 74.6 76.0 77.3 76.3 79.5 60.7 61.9
46.6 47.3 48.0 48.8 49.5 50.3 51.0 51.6 52.5 53.3
73.6 7s.1 I6.5
70.4 71.7 73.1 74.b 75.6 77.2 76.6 80.0
67.2 66.6 70.1 71.5 73.0 7b.S 7b.O 77.S 76.9 60.4
97.5 99.6 102.2 101.5 106.9 109.2
Ill.5
151.5 153.9 156.2 156.6 161.0 163.4 165.7
:?f 62:s 83.1
91.1 92.5 94.0 95.5 97.0
326
49.7 SO.?
51.6
50.1
3:*5 LO 62.5 64.1 65.6 67.2
Atomic Data ad
51.7
61.5 63.0
47.5 49.7
51.0 53.6 55.9 57.8 59.6 61.7 63.6 6S.S 67.3 69.2 71.0 72.6 74.6 I6.4 76.2 19.9
Nuclear bata ToMer, Vol. 20, No. 4, 0ctir
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
III. Two-Electron Integrals-Slater
105.6 107.4 109.2 111.1 113.1 115.1 117.2 119.3 121.5 123.9
100.2
103.4 101.9 1Ob.b 107.9 109.3 110.6 111.9 113.0
96.6 9a.i 99.6 101.2 102.9 104.7 106.6 106.6 110.6 113.3
9a.9 100.6 102.3 104.0 105.7 107.4 109.0 110.7 112.3 114.0
69.3 69.9 70.5
126.3 126.9 131.5
111.1 115.0 115.8
115.9 110.9 122.2
115.6 117.2 116.0
113.6 115.0 116.b 117.6 119.1 120.4 121.6 122.8 123.a 124.7
76.2 79.5 80.8 62.1 63.4 6b.7 86.0 07.2 86.5 89.7
95.9 97.2 90.5 99.a 101.1 102.3 103.6 101.9 106.1 107.3
66.3 68.9 69.5
125.6 126.3 126.6
90.9 92.1 93.3
10s. 4 109.5 110.6
RA AC tn PA u NP PU AM CM 8K
1511.6 160.9 163.3 165.6 160.0 110.4 172.0 175.2 177.6 180.0
73.5 II.6 75.6 76.6 77.6 71.6 79.7 ao.7 81.7 02.7
LIB.1 170.5 172.9 175.3 377.8 180.2 102.6 105.0 1a7.5 169.9
85.0 06.2 a7.4 66.7 89.9 91.1 92.3 93.5 91.7 95.9
53.9 5b.6 55.4 56.1 56.8 57.6 50.3 59.1 59.8 60.5
90 99
CF ES FM ND no LR Af HA
182.b 104.9 187.3 189.6 192.3 191.6 197.3 199.0 202.3 204.6
83.8 64.6 a5.a a6.6 a7.e 88.8 a9.8 90.a 91.7 92.7
192.3 194.0 197.2 199.6 202.1 20b.5 206.9 209.b 2ii.a 21b.l
97.1 96.3 99.5 100.7 101.9 103.1 lOb.3 105.5 106.6 107.8
207.3 209.a 212.3
93.6 95.5 95.3
216.5 216.9 221.2
ioa.9 110.0 111.1
3::o
61.9 62.7 63.5 6b.2 65.0 65.0 66.5 67.2 67.9 66.6
61.3 62.0 62.7 63.4 6b.2 6b.9 65.6 66.3 66.9 67.6
88 a9 90 91 92 93 9b 95 96 97
t-2 3PbP
II.7 63.b 65.2 06.9 ea.0 90.3 92.1 93.0 95.5 97.2
54.1 5b.6 55.6 56.4 57.2 57.9 56.7 59.5 60.3 61.1
Gl 353p
3::p
61.9 83.4 (4.9 16.3 37.0 09.3 90.1 92.2 93.6 95.1
63.1 64.5 65.6 86.9 B6.1 69.b 90.7 92.0 93.3 94.6
F4 JDlO
FO 4s3p
6b.S a6.0 87.9 09.1 90.6 92.2 93.6 95.b 97.0 96.6
66.2 67.3 68.5 69.6 70.11 72.0 73.2 74.5 75.7 77.0
F2 3030
2 EL
8a.a 90.4 92.0 93.6 95.3 96.9 9a.6 100.3 102.0 103.6
96.5 100.0 101.5 103.0 101.5 106.1 107.6 109.1 110.6 112.1
FO 3039
ioa 109 110
FO 3S4F
63 JP30
f2 3P3D
101 102 103 IOb 105 106 IO?
FO 3SCD
Gl 3P30
JP SD
F2 3PbD
FO 3P4F
f2 3P SF
f0 304s
FO 3DbP
FO 354s
FO JSLP
GZ 3530
z EC
100
Notation (in eV)
See page 316 for Explanation of Tables
Fk and Gk Values FO
Energlea
i0i.a
F2 3DbP
FO 3040
F2 3040
3;:D
36 37 3a 39 40 Cl 42 b3 14 4s
KR tie m v ZR NB MO TC RU Rii
19.2 20.5 21.9 23.3 24.6 26.0 27.b 20.7 30.1 31.4
17.0 18.4 i9.a 21.2 22.5 23.1) 25.1 26.5 27.8 29.1
3.2 3.6 b.0 4.4 4.0 5.2 5.7 6.1 6.5 6.9
19.6 20.9 22.2 23.6 24.9 26.2 27.5 26.9 30.2 31.5
17.0 16.4 19.6 21.2 22.5 23.9 25.2 26.6 27.9 29.2
3.3 3.6 4.0 4.4 b.7 5.1 5.5 5.8 6.2 6.6
b6 b? I8 49 50 51 52 53 5b 55
PO AG CD IN SN SB TE I XE cs
32.7
30.4 31.6 32.9 34.2 35.5 36.6 36.0 39.3 40.6 b1.6
1.3 7.a 6.2 6.6 9.0 9.5 9.6 10.2 10.6 11.0
32.0 35.4 36.7 30.0 39.3 40.6 41.9 b3.1 Cl. b
30.5 31.9 33.2 Jb.5 35.6 37.1 36.b 39.7 41.0 42.3
7.0 7.3 7.7 8.1 8.b 8.8 9.2 9.5 9.9 10.2
26.7 20.6 30.5 32.3 3b.O 35.r 37.3 36.6
5.1 5.7 6.5 6.9 7.4 7.9 8.b a.9
2: 2.0 3.1 3.3 3.6 3.6
56 57 5a 59 60 61 62 63 Lb 65
BA LA CE PR ND PM SM CU GO 19
45.3 b6.5 17.7 49.0 50.2 52.6 53.6 55.1 56.3
43.1 bb.3 45.6 46.1 ba.1 59.3 50.5 5t.a 53.0 5b.2
11.4 11.6 12.2 12.6 12.9 13.3 13.7 lb.0 lb.b ib.a
9.6 10.0 10.5 10.9 11.3 11.6 12.0 12.1 12.7 13.1
45.7 47.0 ha.3 b9.6 50.0 52.1 53.b 51.7 56.0 57.2
43.5 bb.a 46.1 bT.3 48.6 b9.9 51.1 52.4 53.6 54.9
10.6 10.9 11.3 11.6 11.9 12.3 12.6 12.9 13.3 13.6
40.2 b1.6 b3.0 bb.3 45.6 46.11 ba.0 19.2 50.) 51.6
9.3 9.6 10.2 10.6 10.9 11.3 11.6 12.0 12.3 12.6
1.3 b.5 b.7 b.9 5.1 5.2 5.b 5.6 s.7 5.9
66 67 66 69 70 71 72 73 7b 75
01 Hfl ER 7M YE LIJ Hf IA u UC
57.5 50.6 60.1 61.b 62.7 6b.0 65.3 66.6 6a.o 69.b
55.b 56.7 57.9 59.1 60.4 61.6 62.3 64.1 65.3 66.6
15.1 15.5 15.8
13.5 13.6 lb.1 lb.5 1b.a 15.2 15.6 16.0 16.4 16.6
50.5 59.3 61.1 62.b 63.7 65.0 66.3 67.7 69.0 7o.c
56.1 57.b 56.6 59.9 61.1 62.4 63.6 6b.9 66.2 67.b
13.9 lb.2 lb.5 lb.9 15.2 15.5 15.8 16.2 16.5 16.1
52.0 54.0 55.2 56.5 51.1 59.a 60.3 61.6 62.9 64.3
13.0 13.3 13.6 lb.0 lb.3 lb.7 15.1 15.b 15.0 16.3
6.0 6.2
76 77 7a ?9 60
OS IR PT AU H6 IL PEl 81 PO AI
70.0 72.2 73.6 75.0 76.5 77.9 79.b ao.9 a2.b 63.9
67.9 69.2 70.5 7i.a 73.1 7b.b 75.a 77.2 76.6 10.0
t1.7 73.1 7b.5 75.9 77.b 76.6 60.3
60.7 70.0 71.3 72.7 74.0 15.1 76.7 70.1 79.5 11.0
17.2 17.5 17.9 la.2
65.6 6I.O 66.b 69.9 71.3 72.0 74.3 7s.a 77.3 76.6
16.7 17.1 It.6
a1
a2 a3 a4 a5
Sk.0 35.3 36.6 37.9 39.2
10.1 41.6 52.9 44.1
51.b
16.2 16.6 16.9 17.3 17.6 16.0 lb.4 taia 19.1 19.5
19.9 20.3 20.7 21.1 21.5 21.9 22.4
3b.l 26.b 2a.3 30.2 31.9 33.6 35.2 36.6 311.2 39.6
41.0 b2.3 43.6 Lb.8 46.1 b7.2 41.1 49.6 50.3 51.9 53.1 5b.3 55.5 56.7 57.9 59.2 60.5
6l.a 63.1 64.5 6s.a 67.2 66.6 70.0 71.5 72.9 7b.b 75.9 77.3
5.2 5.8 6.4 7.0 7.6 a.1 6.6 9.1
17.3 17.7 16.2
la.6 19.1 19.6 20.1 20.6 21.1 21.6
17.5 b9.6 51.7 53.0 55.a 57.8
12.5 13.4 lb.3 15.2 16.1 17.0
59.7 61.6 63.5 65.4 67.2 69.1 70.9 72.7 7b.b 76.2
17.0 la.7 19.5 20.4 2x 22:a 23.6 2b.b 25.2
327
8i.a 63.3 64.6
II.6 18.9 19.3 19.7 20.1 20.5
Atomic Doto ad
Nucleor
18.0 16.1 16.9 19-b 19.9 20.1 20.9
4.1
2: 6.7 6.9 ::: 1.5 7.7 7.9
6.1 a.3 a.5 1.0 9.0 9.3 9.s 9.0
10.0
Doto Toblar, Vol. 20, No. 4. October
,977
F. P. LARKINS
TABLE
SemiempiricalAuger-Electron Energies
III. Two-Electron
Fk and Gk Values 2 EL
a6 a7 aa a9
RN Ffi RI hc
2
:1”
:J’ 94 95
n: PU AU
96 9? 9a 99 100
CH 8K CF ES FH
101
*o
2:
3
104 105
RF HA
106 101 loa 109
FO 4:iP
3P4P
as.4 (7.0 aa.5 90.1 91.7 93.3 94.9 96.S 96.1 99.a
al.4 a2.a a4.3 65.a ar.3 be.8
lOl.¶ 103.2 104.9 106.1 ioa.5 110.3 112.2 114.1 116.1
116.1 120.3 122.5 124.6 127.2 129.1
110
2 EL
FO 304F
90.4 91.9 9s.s es.0 96.6 96.1 99.7 101.2 102.7 104.2 105.7
lOl.1 100.4 109.7 110.9 111.9 112.9
ii3.a 114.5 f2 3D4F
FZ 3P4P
FO 3P40
FL 3PLD
FO 3PIF
F2 JPLF
304s
76.0 79.7 61.4 13.2 a4.9 16.6 aa. 90.0 91.7 93.4
26.0 26.6 27.6 26.4 29.2 30.0 30.7 31.5 32.2 33.0
66.3 17.9 69.5 91.1 92.6 94.4 96.1 97.6 99.5 101.2
95.0 96.7 96.4
33.6 34.5 311.2 36.0 36.7 JT.4 JY.2 36.9 39.6 40.3
102.9 104.6 106.4
22.a
7a.a
22.1
ao.3 61.7 a3.2 a4.6
90.3 9i.a
22.6 23.1 23.5 24.0 24.5 25.0 2S.4 25.9 26.3
27.4 2?.9 26.3 28.7 29.2 29.6 30.0 30.3 30.7 31.0
93.2 94.6 96.0 91.S 99.0 100.6 102.2 103.9 105.7 lD7.I
26.6 21.2 27.7 2a. i 26.6 29.2 29.7 30.3 31.0 31.6
31.2 31.5 31.6 31.1 3i.a
109.1 112.2 114.1 117.7 120.9
32.7 33.7 34.6 36.1 37.6
F4 3D4F
Cl 3%
Notation
(in eV)
See page 316 for Explanation of Tables
23.2 23.7 24.2 24.6 25.1 25.5 26.0 26.5 26.9
a6.1 al.5 aa.
Integrals-Slater
3S4P
100.1 101.7 103.4
105.0 106.6
lOi3.3 109.9
111.5
41.0 41.7 42.3 43.0 43.7
113.1 114.6 116.2 117.7 62 3540
G3 3S4P
FO
FO 3OOP 82.4
63.9 as.3 06.0 96.3 69.9 91.4 93.0 94.5 96.1
109.6 111.6 113.3
97.6 99.2 100.7 102.3 103.6 101.2 106.7
llS.0
106.0
116.6 116.2
109.4 110.6
ii9.a 121.4 122.6 124.2 12s.s
1ii.a ii2.a 113.6 114.6 115.3
108.1
Gl
F2 304P
21.4 21.9 22.3 22.6 23.3 23.a 24.2 24.7 2% 1 25.6
25.1
94.8 96.3 97.7 99.2
26.0 26.4 26.9 27.4 27.9 26.4 2a.9 29.6 30.2 31.0
25.5 26.0 26.4 26.6 21.1 27.S 27.6 26.1 26.4
29.0 29.1 29.1
116.7 119.6 122.9
t2 3P4P
1.2 1.3
0.1 0.8 0.9
0.9
ii::
::: 1.3 1.4
::i 1.3 1.4
:::
1.1 1.2
1.2
:::
1.3 1.4
::f
::: 1.1 1.a
::: 1.7 1.9
2’::
1.5
:::
2:
:::
::i
46 4? 46 49 SO
PO A6 co IN SW
1.9 2.0
2.0 2.1 2.2
2:: 2.a
2.0 2.1 2.2
51
SB
52 53 54 55
TL I XE cs
f:: 2.6
56 57 56 59 60 61 62 63 64 65
01 LA CL PA NO PM SH tU 60 18
2.9
3.1
::i!
3:: 3.4 3.6 3.7 3.6 3.9 4.0 4.1
66 67 6a 69 70 71
DY HO ER TN 18 LU
;: 74 IS
7: Ii RL
:-: 3:s xl
2: 4.1
2.9
3.1
f::
47.7 49.9 3:*: SS:l se.1
10.6 11.4 12.2
13.0 13.7 14.5
23 2: 6.7 7.1
::: 4.4 4.6 4.7 4.e 4.9
4.2 4.3 4.4 4.5 4.6 4.a 2:
S.1 5.2
31.9 32.9 34.0 35.3 36.9
11.7 11.9 12.2 12.4 12.6
12.6 13.1 13.3 13.5 13.6 14.1 14.4 i4.a 15.2 15.7 ::-: 17:s
18.5
61 3P40
3ZD
:::
:::
3ZF
1.0 1.1
1.8 1.0 1.1 :::
::5
103.9
109.6 107.5 109.5 Ill.7 114.0
0.9 1.0
::i
loo.? 102.3
2a.6 2a.8
KR RB SR r ZR ns NO TC RU RH
5:; 2-a 2.9 3.0
10.3 1095 la.7 11.0 11.2 11.5
do.3 41.6 63.3 64.7 66.2 (7.7 69.1 90.6 92.0 93.4
36 J? 3a 39 40 41 42 43 44 4s
2: 2.3
Fb 304D
20.9 21.3 21.7 22.1 22.s 23.0 23.4 23.a 24.3 24.7
GO 3P4P
3P4S
F2 3040
3.2
1.5 ::: 2: 1.a
::t ::i
::t 2.1
4.1 4.2 4.3 4.4 4.6 4.7 4.a 4.9
2: 2.3 2.4 2: 2.6 2.7 2.a 2: 1'::
:::
3:: 3.3 3.4
t:: 2:
328
5.1 5.2 5.3 S.4 5.6 11.7 ::: 6.1 6.2
5:: 2.5 2.6 2.7 2.9 3.0 3.1 3.2 ::: 3.5 ::: 3.a 3.9 4.0 4.1 4.2 4.4 4.S 4.6 487 t:: 5.0
Atomic
f:f 2.5 2.6 2.7 2: 3.1 3.3 3.4 3.5 3.6 ::: 4.0 4.1 4.3 4.4 40s 4.6
1.3 1.4 1.6
::: 1.6
2: 1.9
::i 2.0
2.0 2: 2.3 2.4 2.5 2.S 2.6 2.1 2.6
4.7 ;::
f:', 3.0
3.1 3:: S.4 3:: 9.7 5.9
Data md Nvchw
3.2 3.3 2: :::
2: 2.3 2.4 2.5 2.6 2.7 2.6 f:', 3.0 3.1 3.2 J.3 3.4 23 3.6 - -
3.7 3.1
6.9 7.S 6.2 a.a 9.4
10.0
Oab Tdahr, Vd. 20, No. 4, Octdmr
1977
F. P. LARKINS
TABLE
Semiempirical
III. Two-Electron
Fk and Gk Values 2
EL
FO 304F
FZ 3ObF
F4 304F
GO 3scs
Gl 35bP
OS IR Pl AU I46 Il. PS 81 PO AT
60.0 62.0 63.9 65.6 67.7 69.5 71.3 73.1 11.9 76.7
15.2 15.9 16.7 17.4 16.1 18.0 19.5 20.2 20.9 21.6
7.5 7.9 8.3 0.7 9.1 9.5 9.9 10.3 10.7 11.1
5.0 5.1 5.2 5.1 5.5 5.6 5.8 5.9 2
2: 5.9 6.0 6.2 6.3 6.5 6.6
86 87 88 89 90 91 92 93 9s 95
RN FR RI AC TH PA U WP PU An
78.5 80.2 e2.0 83.7 85.5 87.2 88.9 90.6 92.3 91.0
22.3 23.0 23.7 24.5 25.0 25.7 26.4 27.1 27.7 28.b
11.5 11.9 12.3 12.7 13.1 13.5 13.9 lb.3 lb.7 15.1
6.3 6.5
6.8 7.0
::i 6.9 7.1
2: 7.5 7.7 7.9 B. 1 e.3 8.5
96 97 98 99 100 101 102 103 104 105
CM BU CF ES FH no NO LR RF WA
95.7 97.) 99.1 100.6 102.5 104.1 105.6 107. b 109.0 110.6
29.1 29.7 30.4 31.0 31.7 32.3 33.0 33.6 34.2 34.9
15.5 15.9 16.3 16.7 17.0 17.b 17.8 10.2 18.6 10.9
7.9 0.1 8.3 0.b 8.6 a.1 9.0 9.2 9.5 9.5
112.2 113.8 115.4 117.0 118.5
35.5 36.1 36.7 37.3 37.9
19.3 19.7 20.1 20.4 20.8
9.7
t2 JObS
106 107 100 109 110
2 El.
Cb JPbF
36 37 3.9 39 b0 41 12 43 bb b5
UR a0 SR 7 ZR NB MO TC RU RH
1.5 1.6 I.7 1.6 1.9 2.0
b6 b7 40 49 50 51 52 53 54 55
PO At CD IN SN s.0 TE I XE cs
2.5 2.7 2.0 2.9
56 57 56 59 60 61 62 63 64 65
01 LA CE PR ND PW St! EU 60 18
3.7 3.0 3.9 1.0 4.1 b.3 b.4 4.5 6.6 4.7
::: 2.3 2.1
::i 3.2 3.b 3.5 3.6
Integrals-Slater
Energies
Notation
(in eV)
See page 316 for Explanation of Tables
76 77 I8 79 80 01 02 13 Bb 05
::: 7.6 7.7
Auger-Electron
5.b 5.5
8.7 6.9 9.1 9.3 9.5 9.7
G2 35.43 3.5 3.6 3.7 3.8 3.9 1.0 b.l b.2 5.3 b. b 4.5 4.6 b.7 4.8 ::: 5.1 5.2 5.3 5.1
t1 3P4S
a.2 8.7 9.1
6.4 6.5 6.7 6.8 7.0 7.1
GO 3P4P
G2 3P4P
Cl 3P4D
6.0 6.1 6.3 6.b 6.6 6.7
3.7 3.6 3.9 b.1 b.2 b.3 b.5 b.5 4.6 4.0
b.0 b.1 4.2 b.3 b.b 4.5 4.7 b. e 2.9 5.1
10.5 11.1 11.7 12.3 12.9 13.5 lb.1 lb.6 15.2 15.6
:::
5.2 5.3 ::: 5.7 5.6 6.0 6.1 6.2 6.3
16.4 16.9 17.5 18.0 16.6 19.1 19.7 20.2 20.7 21.2 21.6 22.3 22.6 23.3 23.6 2b.3 2b.7 25.2 25.7 26.1 26.5 27.0 27.4 27.6 26.2
63 3PbO
::: 7.6 7.0
2: 5.4 5.5 5.6 5.a 5.9 6.0 6.2 6.3
12.5 12.9 13.3 13.7 lb.1 lb.b 14.0 15.1 15.5 15.8
8.0 6.1 0.3 0.5 0.7 a.9 9.1 9.3 9.5 9.7
6.5 6.6 6.8 6.9 7.1 7.2 7.5 7.6 7.7 7.9
7.5 7.7 7.9 0.0 8.2 8.4 8.6 8.B 9.0 9.2
9.9 10.1 lD.b 10.6 10.8 11.1 11.3 11.5 11.1) 12.1
0.0 8.2 8.b 8.5 8.7 8.9 9.0 9.2 9.3 9.5
9.) 9.6 9.8 10.0 10.2 10.4 10.6 10.8 10.9 11.1
6.1 6.2 6.3 6.b 6.6 6.7 ,":I 7.2 7.5
6.5 6.6 6.7 6.6 7.0 7.1 7.3 7.5 7.7 7.9
1::: 1D.b 10.9 11.3 11.7 12.1
I":', 7.2 7.b
::: 2: 5.6 5.7 5.8 6.0
10’:: 10.3 10.5
::: 6.b 6.5 6.8
16.1 16.5 16.8 17.1 17.3 17.6 17.9 18.1 18.3 16.5
1a9:19 10.3 10.5
10.7 10.9 11.0 11.2 11.3
7.0 7.3 7.6 8.0 8.b
16.6 16.9 19.1 19.3 19.b
12.3 12.6 12.8 13.1 13.4
9.6 9.7 9.0 9.9 10.0
11.3 1l.b 11.6 11.7 11.9
7.7 a.0 6.3 8.7 9.1
6.2 1.5 8.8 9.2 9.7
Gl 3DbP
63 3DbP
GO 3040
G2 3010
3ED
Gl 3DIF
63 3ObF
G5 3DbF
FO bS4S
FD 4SbP
1.0 1.1 1.2 l.b 1.5 1.6 1.7 1.6 1.9 2.1
1.0 1.1 1.2 1.3 1.b 1.5 1.6 1.8 1.9 2.0
lb.9 16.0 17.1 16.2 19.3 20.4 21.5 22.6 23.7 2b..
14.1 15.2 16.2 17.3 18.1 19.4 20.5 21.5 22.6 23.6
2.2 2.3 2.4 2.5 2.7 2.8
2.1 2.3 2.5 2.5
:::
::t 3.1 3.3
2: 2.9 3.0 3.1 3.2
::: 2.3 2.5 2.6 2.8
3.b 3.5 3.6 3.7 3.8 3.9 b.0 1.1 b.3 b.4
3.3 3.4 3.6 3.7 3.1 3.9 4.0 1.1 1.2 4.3
2.9 3.0 ::: 3.b 3.5 3.6 ::: 3.9
5.5 5.6 5.7
G3 JS4P
::i
28 2.3 2.5 2.7 2.9 3.1 3.3 3.5 3.7 3.8 4.0 4.1 b.3 ::: b.6 b.O
329
a
62 JPlF
FO bSbD
i:: 2.4 2.5
25.9 26.9 26.0 29.0 30.0 31.1 32.1 33.1 3b.l 35.1
24.6 25.7 26.7 27.7 28.7 29.7 30.6 31.a 32.6 33.6
22.7 24.1 25.6 26.9 23.2 29.5 30.7 31.6
2.7 2.8 2.9 3.1 3.2 3.3 3.) 3.5 3.6 3.7
36.0 37.0 38.0 39.0 39.9 40.9 b1.9 b2.9 43.9 bb.9
3b.S 35.6 36.6 37.6 36.6 39.6 10.0 11.3 42.6 II.6
32.9 3b.O 35.0 36.0 37.0 36.0 36.9 39.9 LO.8 bl.3
1.5 1.6 1.7 1.9
Atomic Dot. and Nuclear
Data Tables, Vol. 20. No. 4, Oc+.,bar ,977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE III. Two-Electron Integrals-Slater Fk and ck Values G4 JPsF
7 EL
bb
DV HO El TM IB LU
b7 60 69
70 II 72 73 74 7s
GZ
Gl
3045
304P
4.0 4.9
5.1 1.6
5.2 5.3
4.5 4.6 4.7 4.3
5.1
IA Y RE
::: 5.7 5.0 s.9
77 18
OS CR Pf
7.0 7.3 7.7
5.6 5.7 5.0
79 00 01 82 433 06 es
AU HG IL PB BI PO Al
6.1 a.5
6.0 6.2 6.3 6.5 6.6 6.6
66
7b
37 00 69 90 91 92 93 94 9s 96 97 96 99 100 101
102 10s 104 105
6.9 9.3 9.7
7.7 7.9
13.0 13.3 13.7 14.0
a.7 a.9 9.1 9.3
6.2 8.3
CN BK CF ES FM no NO LR RF
14.4 14.7 15.1 15.4 15.7 16.0 16.3 1b.b 16.9 17.2
9.5 9.7 9.9
8.S 6.7
10.6 11.0 11.2 11.4
6.5 6.7 1.0 9.0 9.1 9.3 9.4 9.6 9.7 9.6
10.0 10.1 10.1
36
KR
37 so
RB SR
39 40
v .?I? NB NO rc RU RH
51
55 56 s7 50 59
60 61 62 63
6.9 7.0 7.2
10.6 11.2 1l.S 11.9 12.3
2 EL
52 53 54
1”:: r.2
b.0
RN FR RA AC TH PA u NP PU 111
12.6
PO AG co IN SW SB If
I XL cs 81 LA lx PR NO PN
JR
64
EU GO
b5
19
7.6 0.1 0.3 a.5
10.1 10.3 10.6
2: 7.7 7.6
a.0
GO JObD
4.1
5.1
6.2
5.2 5.3 5.5 5.6 5.6 5.9 6.1 6.3 6.4 6.6
6.4 6.5 6.7 6.9 7.1
6.7 6.9 7.0 7.2 7.4 7.5
6.3 0.5 6.7 6.9 9.1 9.3 9.1 9.6 9.6
2X 5.2 5.3 5.5 5.6 5.0 5.9 6.1 6.2
2: 7.7 7.9
6.1
b.4 6.5
6.7
10.3 11.0
6.1 6.4
3.1 3.4 3.6 3.9 4.2 4.)
11.7 12.3
b.6
4.7
13.0 13.6 lb.3
I’:: 0.0 0.4 a.8
::: 5.5 5.0 6.0 6.3
15.0 15.6 16.3 16.9 17.6 16.2 16.9 19.5
10.0
r’::
10.2
9.0 9.2 9.3 9.5 9.6 9.0 9.9
7.B a.0 0.1 0.3 6.4 8.6 a.7 0.9 9.2 9.4
24.7 25.3 26.0 26.6 27.2 27.9 26.5 29.1 29.7 30. J
10.0 10.1
10.2 10.6
a.8
10.2
11.0
10.2 10.3
10.3 10.3
11.4
12.4
FO 4PbP
F2 kP4P
FO 4PbO
Ft bP40
FO 4060
12.0
7.1 7.3 7.b
10.3
lb.5 10.7 10.9
11.1 11.4 11.6 11.9 12.3
G-3 304f
L.5 4.9 5.3 5.7
6.2 0.4 8.s 8.7 6.9 9.0 9.2 9.4 9.7 9.9
Z
63 3OCf
7.7 8.3 9.0 9.7
6.1
::: 1.0
10.3 10.6
19.4 20.5 21.5 22.6
2: k.7 4.a
Gl 304F
20.2 20.6 21.5 22.1 22.6 23.4 24.1
::: 7.7 7.6 0.0 0.2 6.3
11.6
18.4
3:: 5.4
4.9
4.0
3.6 5.9 4.0 4.1 4.2 4.3
20'
5:; 5.9 6.0
11.6
13.0 14.1 15.2 16.2 17.3
3%
3EO
4.0 4.2 1.3 4.5 4.6 4.7
17.11
12.0 12.2
Notation (in eV)
See page 316 for Explanation of Tables
17.6
16.1
46 47 4B 49 50
7.1
6.1 6.2 6.3 6.5 6.6 6.6
::“t 5.6 5.9 6.1 6.2 6.3 6.S 6.6 6.1
7.2 1.4
106 101 106 109 110
42 43 46 45
6.9
5*2 5.4 5.5
2: 5.2 5.3 5.4
10.0 10.4
HA
41
1.5 4.5 4.7 4.8 4.9
20’ ::: II.0 6.2 b.b
HF
3KP
Energies
9.2 9.5
1::: 10.7 11.1 11.5 11.9 12.2 12.6 13.0 13.4 13.0 14.1
FO 4545
FO OS&P
45.9 bb.9 47.9 43.9 50.0
bb.6 45.0 66.0 47.6 40.3 49.6 50.6
51.0 52.1 53.2 54.3 5s.1 56.5 57.7 se.0 60.0
Sb.O 57.0
55.1
so. 1
Sb.3 S7.b 5b.b 59.6 (1.0 62.2 (3.4
62.3 b3.5 64.7
b0.3 61.4 62.6
::", 7.1
66.0 b7.2
63.7 6b.9
66.4
66.1
::i 7.9
69.7 71.0
67.3
x:: 6.7 6.9 9.2 9.k 9.7
72.3 73.6 71.9 7b.2 77.5 76.9 60.2
69.6 71.0 72.3 73.6 74.9 7b.2 77.5
66.3 be.9
76.6 60.2 62.6 34. I as.3 66.6 67.0 66.9 90.1
76.8 76.0 79.3 80.b 61.9 63.2 64.6 66.1 67.6 09.3
91.1 92.1 92.9 93.7 94.4
91.0 93.0 95.0 97.3 99.9
FO 4SbF
FO bP4F
10.0 10.2
16.4
11.2
lb.6 17.1
11.5 11.7 12.0 12.2
81.6 63.0 65.4 05.9 37.4 00.9 90.1 92.0 93.6 95.3 97.0 96.6 100.6 102.6 lob.6
61
G3 bPb0
17.5
51.0 52.9 54.0
59.2
14.5
17.6
54.9
b2.7 43.7 b4.b 45.b 46.6 47.6 46.6 69.7 50.7
bl.1
11.9 15.3
15.b 16.0
51.0 52. e ss.9
Fe
4SbO
10.5 10.7
11.0
12.6
9.7
30.9
10.2
13.1 13.6 15.2
31.5
18.5
lb.9
10.1 10.4 10.9 11.4
32.1 S2.7 33.3
10.9 19.2 19.b
12.4 12.7 12.9 13.1 13.4
F2 4040
Fb 4040
51 4SbP
62 lSb0
4PbO
10.1 11.1 11.9 12.6 13.5 14.2 14.9 1S.b
13.7 14.3 15.9 16.9 17.6 16.b 19.5 20.2
16.2 16.7 17.3
21.0 21.7 22.3 23.0 23.b 24.2 24.6 es.4 2b.0 26.b
b6.5
(Il.5
65.6 (5.9 67.1 70.7 71.9 73.2 74.4 75.6
9.3
10.1 10.9
i:: 7.9 1.5 9.1 9.7 10.2
11.7 12.4 13.2 13.9 14.6
10.0 11.3
15.4
11.9
16.1
23.6 24.b 25.7 26.7 27.7 26.7 29.7 30.0 31.0 32.6
12.Q 13.0 13.5
16.6 17.5 16.2 16.9
33.6 3b.B 35.6 36.8 37.7 30.7 39.1 40.7 41.7 42.6
17.7 16.2 la.7 19.2 19.7 20.2 20.7 21.2 21.7 22.2
14.0 lb.6
19.1 1J.b
lb.2 lb.7 17.2
22.0 23.4 24.8 26.2 27.4 26.7 29.9
31.0 32.1 33.1 34.2 35.2 36.1 37.1 36.9 36.9 39.9 b0.8
10.9 11.7 12.5 13.3 14.0 14.6 15.3 lS.9 16.4 17.0 17.5
16.0 10.5 19.0 19.4 19.9 20.4 20.6
19.6 21.2 22.7 24.2 25.6 26.9 20.1 29.3 30.4 31.5 32.6 33.6 14.5 3s.s 36. b 37.3 36.3 39.2
9.7
6.4 7.0 7.6
10.6 11.5 12.3
e. 1 6.6 9.1
13.0 13.7 14.3
15.0
1:::
1f.b 16.1 16.6 17.1
10.4 10.0 11.1 11.5 11.6 12.1
17.b 16.1 16.6
12.b 12.7 13.0 13.3
19.0 19.5 19.9
330
19.b 20.3 21.0 21.b 22.3 23.0 23.7 21.4 25.0 25.7 26.4 27.1 27.7 LG. 4 29.0 29.7
17.8 16.3
16.6 19.3 19.7 20.2 20.7
0.4 9.1 9.6
10.4 11.0 11.6 12.1 12.6 13.1 1s.s 13.9
14.4 14.3 15.1 15.5 15.9 16.2 16.6
Atomic Ddo and Nuclear
Data Tobkr, Vol. 20, No. 4, October
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
III. Two-Electron
Fk and Gk Values Z EL
Integrals-Slater
Energies
Notation
(in eV) of Tables
See page 316 for Explanation
FO 4P4P
$2 4P4P
FO 4P40
$2 4PbC
$0 CObD
F2 4040
FO 4040
Gl 4SbP
G2 4540
Gl 4P40
G3 4P40
$0 4S4f
$9 &P&F
66 67 68 69 70 II 72 I3 74 75
ov MO ER 1R 'la LU nr 11 Y RE
43.6 44.6 45.5 46.5 5r.5 48.5 49.4 50.4 51.4 52.4
22.7 23.2 23.7 21.2 24.6 2S.l 25.6 26.1 26.6 27.0
Cl.? b2.6 c3.5 bb.5 45.4 46.b b7.4 48.4 49.4 50.4
21.3 21.7 22.2 22.6 23.1 23.6 24.1 24.6 25.1 25.6
bO.1 41.0 b1.9 42.9 k3.8 44.8 45.8 46.8 b7.8 48.9
2O.b 20.9 21.3 21.8 22.3 22.8 23.3 23.8 2b.3 21.8
13.6 13.9 14.2 14.6 11.9 15.2 15.6 15.9 16.3 16.6
30.4 31.0 31.7 32.3 33.0 33.6 34.3 35.0 35.6 S6.3
21.1 21.6 22.1 22.5 23.0 23.5 24.0 24.5 25.1 25.6
27.1 27.7 28.3 28.9 29.5 30.1 30.8 31.4 32.1 32.7
17.0 17.3 17.7 18.1 is.5 16.8 19.2 19.6 20.0 20.5
40.7 42.3 43.9 45.4 17.0 48.5
39.8 41.3 42.8 44.3 45.8 41.3
76 77 78 79 00 81 82 83 81
OS IR Pl AU HG TL PfJ RI PO
85 AT
53.1 54.4 55.s 56.5 57.5 58.6 59.7 60.8 61.9 63.0
27.5 28.0 28.5 29.0 29.5 30.0 30.5 31.0 31.5 32.0
51.5 52.6 53.7 54.8 55.9 57.0 58.2 59.3 60.5 61.7
26.1 26.7 27.2 27.8 28.3 28.9 29.5 30.0 30.6 31.2
50.0 51.1 52.2 53.3 54.5 55.6 56.8 58.0 59.1 60.3
25.4 25.9 26.5 27.1 27.7 28.3 28.9 29.5 30.1 30.7
17.0 17.4 17.8 18.1 18.5 19.0 19.4 19.8 20.2 20.6
37.0 37.6 38.3 39.0 39.7 40.6 41.1 41.8 42.5 b3.3
26.1 26.7 27.3 27.8 28.4 29.0 29.6 30.2 30.8 31.4
33.4 34.1 34.8 35.5 36.,2 36.9 37.6 38.3 39.1 39.8
20.9 21.3 21.8 22.2 22.7 23.1 23.6 24.0 24.5 24.9
50.0 51.4 52.9 54.3 55.7 57.1 58.5 59.9 61.3 62.7
18.7 50.1 51.5 52.9 54.2 55.6 56.9 98.2 59.6 60.9
86 87 88 89 90 91 92 93 94 95
RN FR RI AC TM PA u NP PU An
64.1 65.3 66.4 67.6 68.8 70.0 r1.3 72.5 73.7 74.9
32.5 33.0 33.6 34.1 34.6 35.2 35.7 36.2 36.7 37.3
62.8 64.0 65.2 66.3 67.5 68.6 69.8 70.9 72.0 73.2
31.8 32.3 32.9 33.5 34.0 34.6 35.1 35.6 36.2 36.7
61.5 62.1 63.9 65.0 66.2 67.3 68.4 69.6 70.7 71.8
31.3 31.9 32.4 33.0 33.6 34.2 35.7 35.3 35.8 36.4
21.0 21.4 21.8 22.2 22.6 23.0 23.5 23.7 24.1 24.5
61.0 44.7 45.5 46.3 47.0 bl.8 48.6 b9.3 50.1 50.9
32.0 32.6 33.2 33.8 34.3 34.9 35.5 36.0 36.6 37.2
40.5 41.2 (1.9 42.7 43.4 44.1 44.8 b5.5 46.2 46.8
25.4 25.9 26.3 26.1 27.2 27.6 28.1 28.) 28.9 29.3
64.1 65.5 66.9 68.2 69.6 11.0 72.4 73.8 15.2 76.6
62.2 63.5 64.8 66.1 67.4 68.7 70.0 71.3 72.6 73.9
96 97 98 99 100 101 102 103 104 105
CN EU Cf ES FM no NO LA RF HA
76.2 71.4 78.6 79.8 81.0 82.1 83.2 1)b. 3 es.3 86.3
31.8 38.3 38.7 39.2 39.6 40.0 40.4 bO.7 41.0 41.2
71.3 75.5 76.6 71.8 79.0 80.2 81.5 82.9 8b.b 86.0
37.3 37.8 38.3 38.9 39.5 20.0 10.7 41.3 42.0 42.8
72.9 74.0 75.2 76.3 77.5 78.7 80.0 81.1 82.9 RL.5
36.9 37.5 38.1 38.6 39.2 39.8 40.5 41.2 bl.9 b2.8
2b.8 25.2 25.6 26.0 26.3 26.8 27.2 27.7 28.2 28.8
51.6 52.4 53.1 53.9 54.6 55.2 55.8 56.4 57.0 57.4
37.7 38.3 38.8 39.4 40.0 40.6 41.2 41.9 42.6 43.4
27.5 48.2 48.9 49.6 50.3 51.1 51.9 52.7 53.5 54.5
29.7 30.1 30.6 31.0 31.4 31.9 32.3 32.9 33.4 34.0
77.9 79.3 80.8 82.2 83.6 85.0 86.4 87.0 89.2 90.7
75.2 76.5 77.7 19.0 80.3 81.6 12.9 84.2 85.5 86.7
87.1 87.9 ea.5 89.1 89.5
41.4 41.5 41.5 41.4 41.3
87.T 89.5 91.6 93.8 96.4
b3.6 44.5 45.5 46.7 47.9
46.2 88.2 90.4 92.8 95.5
43.7 44.7 45.8 47.1 48.6
29.4 30.2 31.0 31.9 33.0
57.8 58.2 58,s 58.5 58.5
41.2 45.2 46.2 57.4 48.7
55.5 56.6 57.7 59.1 60.5
34.7 35.b 36.2 37.1 38.1
92.1 93.5 PC.9 96.3 97.7
88.0 89.3 90.5 91.8 93.0
f2 4Pbf
$0 4Obf
f2 4Dbf
FL 404f
FO bf4F
f2 bf4F
Fb CF bf
$6 4FbF
G3 bS4f
62 4Pbf
Gb 4PLf
61 404f
G3 404f
106 107
108 109 110
2 EL 70 71 72 73 74 75 76 77 78 79
YB LU nr TA * RL OS IR PT AU
19.0 19.8 20.7 21.5 22.4 23.1 23.9 24.7 25.k 26.1
38.4 40.0 41.5 43.0 41.4 45.9 47.3 48.7 50.1 51.5
10.4 19.2 20.1 20.9 21.1 22.5 23.2 24.0 24.7 25.4
11.6 12.2 12.8 13.3 13.9 lb.4 14.9 lS.4 15.8 16.3
34.6 36.5 38.3 40.1 hi.8 43.5 45.2 46.9 48.5 50.1
16.3 17.3 18.3 19.4 a.3 21.3 22.2 23.2 24.1 25.0
10.2 10.6 11.5 12.2 12.8 13.5 14.1 lb.7 15.3 15.9
7.3 7.8 8.3 0.7 9.2 9.7 10.1 10.6 11.0 11.5
13.k 14.2 lb.9 15.6 16.2 16.9 17.5 18.1 18.7 19.3
16.4 17.2 18.0 10.7 19.5 20.2 20.8 21.5 22.1 22.7
11.3 11.9 12.5 13.0 13.5 lb.0 lb.5 15.0 15.5 15.9
21.6 22.5 23.5 2b.3 25.2 26.0 26.8 27.6 28.3 29.0
13.5 14.2 lb.8 15.4 16.0 16.6 17.2 17.7 18.3 18.8
80 82 83 84 85 86 87 88 89
HG ?L PE 61 PO AY RN fR RI AC
26.8 27.5 28.2 28.8 29.5 30.1 30.8 31.4 32.1 32.7
52.8 55.2 55.5 56.8 58.2 59.5 60.8 62.1 63.4 64.1
26.1 26.8 27.5 28.2 28.9 29.5 30.2 30.8 31.5 32.1
16.8 17.2 17.7 18.1 18.6 19.0 19.4 19.8 20.2 20.7
51.7 53.3 54.8 56.4 57.9 59.6 60.9 62.4 63.8 65.3
25.9 26.8 27.6 28.5 29.3 30.2 31.0 31.9 32.7 33.5
16.5 17.1 17.7 18.2 1.5.8 19.3 19.9 20.4 21.0 21.5
11.9 12.3 12.7 13.2 13.6 14.0 14.k 14.8 15.2 15.6
19.9 20.4 21.0 21.5 22.0 22.5 23.1 23.6 24.1 2b.6
23.3 23.9 24.4 25.0 25.5 26.1 26.6 27.1 27.6 28.1
16.4 16.8 17.2 17.6 18.0 18.4 18.8 19.2 19.6 20.0
29.7 JO.4 31.1 31.8 32.4 33.0 33.7 34.3 31.9 35.5
19.3 19.8 20.3 20.7 21.2 21.7 22.1 22.6 23.0 23.5
90 91 92 93 91 95 96 97 98 99
TH PA U NP PU AN Cl4 UK Cf ES
33.3 33.9 34.5 35.1 35.8 36.4 37.0 37.6 38.2 38.8
66.0 67.2 68.5 69.8 7141 72.4 73.6 lb.9 76.1 77.b
32.8 33.4 34.1 34.7 35.3 36.0 36.6 37.2 37.8 38.5
21.1 21.5 21.9 22.3 22.7 23.1 23.5 23.9 24.3 24.7
66.8 68.2 69.6 71.1 72.5 73.9 75.4 76.8 7.5.2 79.6
34.3 35.1 35.9 36.7 3T.5 38.3 39.1 39.9 40.6 21.b
22.1 22.6 23.1 23.7 24.2 25.7 25.2 25.7 26.2 26.8
16.0 16.3 16.7 17.1 17.5 17.9 18.2 18.6 19.0 19.4
25.1 25.6 26.1 26.7 27.2 27.7 28.2 28.7 29.3 29.8
28.6 29.1 29.6 30.1 30.6 31.1 31.6 32.1 32.6 33.1
20.3 20.1 21.1 21.5 21.8 22.2 22.6 22.9 23.3 23.6
36.1 36.1 37.3 37.8 38.4 39.0 39.6 bO.1 bO.7
23.9 24.3 24.8 25.2 25.6 26.0 26.5 26.9 27.3 27.7
81
331
Atcmtc Dato md Nuclear
41.3
Data Table,. Vol. 20, No. 4. October
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
III. Two-Electron
Fk and Gk Values 2 EL %! 2 102 103 104 105 106 107 1Oll 109
NO LR RF tlA
110
F2 bP6f
EL
b2.2 42.9 43.7 0.4 b5.2 45.9 46.7 47.4 46.1 46.8
27.3 27.6 26.3 26.7 29.2 29.7 30.2 30.7 31.6
19.7 20.1 20.4 20.6 21.2 21.5 21.9 22.2 22.5 22.9
30.3 30.0 31.4 31.9 32.4 33.0 33.5 34.1 34.6 35.1
3b.6 35.0 35.s 36.0 36.5 37.0 37.4 37.9
24.0 24.4 2b.7 25.1 2S.b 25.0 26.2 26.5 26.6 27.2
33.6
23.2
35.7
36.3
FO bS5S
FO 4ssc
FO 4350
FO 4PSS
FO bP5P
F2 4PSP
FO 4PSD
F2 bf50
r's:0
16.3
13.6 15.1 16.1
bObF
22.3 22.6 23.3 23.9 24.4 25.0 25.6 26.2 26.6 27.5
19.2 19.6 19.9 20.3 20.6 21.3 21.6 22.4 23.1 23.6
22.2 22.7 23.2 23.7 24.3 24.6 25.4 26.0 26.7 27.3
19.1 19.5 19.6 20.2 20.6 21.1 21.7 22.3 23.0 23.7
26.2 29.0 29.7 30.5
24.6 2S.b 26.2 27.1 26.0 26.9 29.0 30.7 31.6 32.5
26.0 26.6 29.5 30.3 31.1 32.0 32.9 33.7 34.7 35.6
24.5 25.2 26.1 26.9 27.6 23.7 29.6 30.5 31.4 32.2
27.3 28.4 29.5 30.5 31.5 32.5 33.5 34.4 35.3 36.1
36.5 37.5 38.5 39.4
33.1 34.0 34.9 35.6 36.7 37.6 36.4 39.3 40.2
45.1
41.1
37.0 37.6 36.6 39.5 40.3
46.0 46.9 47.6 40.7 49.7 50.6
bl.9 42.8 43.7 44.6 45.5 46.3 47.2 48.0 46.7 49.4
14.6
50.0 50.4 SO.8 so.9
lb.9 lb.9 lb.9 14.0
3:*; 49ZS
::*: 13:s
:i ES
11.4 11.6 12.2 12.6
13.0 13.4 13.6 lb.1 14.5 lb.9
17.5 17.9 16.2
19.4 19.7 20.1 20.4 20.t 21.0 21.3 21.5 21.6 22.1 22.4 22.7 22.9 23.2
31.1
16.6 16.9
ix 99
10.9
42.1
16.6 17.4 17.6 13.2 16.5 16.7 19.0
16.5 16.6 19.1
9.5
10.0 10.5
39.7 40.3 40.9 41.5
16.2 16.9 17.6 16.3 16.9 19.5 20.1 20.6 21.1 21.7
PU AM CM
109
61.0 32.4 63.7 05.1 66.4 07.0 09.1 90.4 91.7 93.0
32.0
9b 95 96
110
G2 4PbF
49.5
15.2 15.6 lJ.9 16.2 16.6 16.9 17.2
107
63 CS6F
94.3
PO AT RN CR RA AC TH PA U N?
1.0
F6 6FLF
26.6
84 85 66 67 88 69 90 91 92 93
106
F6 6FIf
44.9
Y RE OS IR Pl AU HC TL PO 81
Rf MA
F2 6F4F
90.6
74 75 76 77 76 79 80 61 62 63
103
FO 6fOF
45.0
GO 18 ov HO ER TM 18 LU nr TA
104 105
F6 6D6f
42.7 43.2 43.6 44.4
bO.5 41.1
64 65 66 67 66 69 70 71 12 73
Ilo LA
See page 316 for Explanation of Tables
41.7 42.2 42.6 43.4 43.9 15.4
17.0 17.8 16.4 19.0 19.6 20.2 20.6 21.3 21.6
102
39.1
(in eV)
25.0 25.4 25.6 26.2 26.5 26.9 27.3 27.6 26.0 26.3
54 XE 55 cs 56 01 S7 LA 56 CL 59 PR 60 NO 61 PM 62 St4 63 EU
100 FM 101 110
FZ CDkF
Notation
76.7 79.9 61.2 62.4 63.6 84.8 66.0 67.2 66.4 69.6
39.3 39.9
GS z
FO 404f
Integrals-Slater
Energies
31.4 32.2 33.1 34.0 35.0 35.9 36.9 37.6 36.6 39.6 40.8
41.6
33.4 34.3 35.2 36.1 37.0 37.9 30.8 39.7 40.6
42.7 43.7 44.7 45.6
41.5
SC.5 47.5 48.4 49.4 50.3 51.3 52.2 53.3 54.4 9.5
42.4 43.3 44.2 45.1 46.0 46.9 47.7 46.6 49.3 so.0
56.6
so.7 51.2
56.1 59.7
61.3 63.3 65.4 67.9
51.S 51*6 51.) 51.1 50.3
20.9 22.3 23.6 24.9 26.1
41.1 41.8
::*:I 4213 43.2 44.2
51.6
42.6 43.4 44.2
S2.5 S3.6 54.7
45.1 45.9 (6.7 47.6
55.9 57.3 SO.7 60.4 62.2 64.3 66.7
t:': 50:3
lb.1
3.0 3.5 3.6 4.1 4.2 4*3 4.4 4.4 4.4 4.5
13.7
15.0 16.0 16.7 17.3 17.7
16.1 16.4
15.9 16.7 17.4
16.0 10.7 19.3 19.6 2O.b 20.9 21.4
4.5 4.5 4.6 4.7 4.6 4.9
5.1 5.3 5.5 5.7 ::“, 6.5 6.6 7.2 7.5 7.6
8.1 3.5
6.0 9.1 9.5 1lt:"l
10.4 10.0 11.1 11.4 ll*7 12.0 12.4 12.7 13.0 13.3 13.6 13.9
14.1 14.4 lb.6
332
20.6 22.2 23.5 24.6 26.0
3.9 4.b
27.1 26.2 29.3 30.3 31.3 32.3 33.2 34.1 55.0 35.6
6.3 6e7 7.1
36.7 37.s 36.3 39.1 39.6 40.6 b1.4 42.2 43.0 43.7 44.5 45.3 46.2 47.0 47.0 48.7 b9.6
5:: 5.0
,'I,'
::r 9.5
47.1
31.9
f0 bD5C
F2 bD5P
CO 4050
13.5
lb.6 15.6 16.5 17.1 17.5 17.9 10.2
16.4 16.7 19.0 19.3 19.6
32.9 33.0 34.7 35.6 36.4 37.3 36.2 39.1 39.9 40.8
51.1
12.0 12.3
52.1 S3.2 54.3
12.5 12.0 13.0 13.3 13.5 13.0 14.1
27c5
36.3 37.2 30.2 39.1 40.1
ll*S
11.7
45.6 46.1 46.6
24.3 2s. 1 25.9 26.7 27.6 20.5 29.3 30.2 31.1 32.0
10.7 lb9 11.2
1::: 10.4
26.1 26.5 26.9 29.3 29.7 30.1 30.5 30.9 31.2 31.6
27.6 20.5 29.3 30.0 30.9 31.7 32.6 33.5 34.4 35.3
b5.7 46.6 47.5 48.4 49.3 50.2
$5.5 56.0 SO.2 59.9 tk,' 60.2
t3 bO6F
41.6
20.0 20.5 21.0 21.5 22.1 22.6 23.5
42.0 42.9 43.6 44.6
Cl 406F b2.4 42.9 b3.5 bb.0 44.6
21.9 22.4 22.9 23.5 24.0 24.6 25.2 25.6 26.4 27.1
41.0 2::
66 6P6F
41.7 42.5 43.4 bb.3 3: 4610 47.6 46.4 49.0 49.6
so.1 SO.4 5O.S SO.4 SO*0 49.2
Atomic Oato md Nuclear Date Tdh,
45.1
3*4 3.9 4.3 4.5 4.6 4.7 4.3 4.8 4.6 4.6 4.8 ::X ::i 3:: 3:: 6.0 6.3 2: 7.1 7.4 7.7 2: 6.7 9.0
2:
10.0 10.3 10.6 10.9 11.2
11.5 1l.b
12.1
12.4 12.7 13.0 13.3 13.6 23.9
14.1 14.4 lb.6 lb.7
20.6 22.1 23.4 24.6 25.6 27.0 26.1 29.1 30.2 31.2 32.1 33.0 33.9 34.0 JSe6 36.5 37.3 38.1 30.9 39.6 40.4 blb2 42.0 42.7 43.5
14.0
44.3
14.9
45.1
lb.6 14.6
bS.9 46.7
:t*: 13:2
x 49:3
Vol. 20, No. 4. October
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE III. Two-Electron Integrals-Slater Notation (in eV) Fk and Gk Values See page 316 for Explanation of Tables 2 EL
f2 4050
f6 4050
FO SS1F
co bf5P
72 bF3P
FO 4F 50
FL 4f5D
F4 SF50
60 bSS.5
Cl LSSP
62 bSSD
b%
GO bPfP
XE ES
0.7
0.7 0.9
1.0
36 sr 56 59 60 61 62 63
BA LA cc PR NO
2,” 0.9 0.9 0.9
1.0 1.0 1.1 1.1
2: 1.2
1.3 1.3
ii:: Oe6 0.8
PN
2:
SN PU
1.0 1.0
2: 1.1 1.1
::: 1.5 1.5
X2 0.9 0.9
6b 65 66 6I 66 69 ro 71 72 73
60 ?ci 01 HO tR TN 18 cu Nf IA
1.1 1.1 1.1
1.1
1.5
0.9
::: 1.2 1.2
0":: 0.9
1.2 1.3 1.3
::: 1.7 l.? 1.7 1.8 1.0
1.6
1.6 1.5
::i
?b 7s 76 77 76 79 60 61 BZ es
N RC OS
1.4 1.5 1.5 1.6 1.7
1.5 1.6 1.7 1.0
AU HG TL PO 81
4.1
1.9
1.7
2.2 2.b 2.6 2.6
1.6
::i 2.1
64 65 66 67 88 69 90 91 92 93
ro AT RN FR RA AC m PA u NP
6.5 6.9 7.3 7.6 0.0 8.1 6.7 9.0 9.3 9.7
9b 9S 96 97 96 99 loo 101 102 103
PU AN CN %R Cf ES fN NO NO LR
lab
IIF HA
54 55
10s 106 107 100 109 110
1.2
1.2 23.6 2b.b 2S.2 26.1
20.7 21.5 22.3 23.0
6.6 6.7 6.9 7.0
26.9 27.0 26.7 29.6 30.5
7.2 7.3 7.5
3S.l
23.9 2b.7 2S.Y 26.4 27.2 26.1 29.0 29.9 30.6 31.7
36.0 37.0 37.9 36.9 39.6 CO.0 41.6 42.a b3.7 61.7
32.6 33.Y 3b.S 3S.b 36.3 37.2 36.2 39.1 40.0 40.9
b-7
bS.7 b6.7
47.6
41.8 42.7 43.6 b4.4 bS.3 46.1 47.0 bI.6 46.6 49.b
12.3
2%
93.3 56.2 57.2
so.1
lb.4
SOa6
sa.1
3:-i St:9 53.6 s4.2
lb.6 16.7 lb.6
IR PI ::: 5.6 6.0
1X:', 1O.S 10.0
11.1 il.3 11.6 11.9 12.1 12.1
1.7
31.b
:::
32.3 33.2
3b.l :::
::: ::: 3.7 3.6 29 4.b 4.5
;:: S.b 2: 3::
12.6 12.9
610
13.1 13.6
i:i
::*: 1r:2
6:. 6.f 6.6
46.6 49.6 Es 52*5 53.4 Sb.b
59.0 s9.9 60.6
x:0’ 9:: 6.7 6.9 9.2 9.s
1::: 10.3 10.6 10.9 11.2
11.) 11.7 12.0 12.5 ::*: 13:3 11.5 13.7 13.9
lb.1 14.3
lb.9 14.9
15.0
1.2 1.3 1.3 1.3
20.6 22.0 23.3
20’ 5.b 5.9 6.3
2b.S
25.7 26.9 26.0 29.1
6.7 ::t ::“, 7.7
30.1 31.1 32.1 33.0 33.9 34.0 JS.7
1.9 2; 2.1 2.2
2.2 2.3 2.b 2.5 2.6 2.7 2.3
2:
2:
6.b
:::
e.7 9.0 9.3 9.5
6.1 1.2
f 1: 2.6 2.7
t::
22::
36.5 31.3 36.2 39.0 39.6 b0.S
9.6 10.1 10.3 10.6 10.6 11.6 11.3 1l.S 11.7 12.0
4.6 4.7
2.9 3.0
2::
3.1 3.1
2:
3.2 3.3
::; b.1
41.3 42.1 b2.9 43.7
2: 5.5 5.6
::: 3.6 3.7
::f b.4 2.5
3.6 3.9
1.6
12.2
4c.s 43.3 CC.1 66.9 b?.d 46.6 b9.5
12.4 12.7 12.9 13.2 13.4 13.7
333
::f 3.b 3.s 3.6 3.7 3.6
3:: 5.9 6.0
::"p
4.6 4.7 1.7
t:: 6.2
::: 4.9
23 4.s
2: 2:
1.1 1.1 1.2
2:
1.2
2.2 2.3 2.4
::: 1.1
l.s ::: 1.3 :::
f:: 2.7 2.6 2.9 3.0
::: :::
6.1 :::
0.S 0.7
f:: 2.3 2.4 2.3 2.6 2.7 2.1 2.6 2.9 f:: 3.2
::: 1.1 3.5 3.6 ::i b.0
4.1
2: 1.7 1.6 2; t:: 2: 5:: 2.s 2.6
4.2 2: 2: a.5 bat bill 2:
2: 3:: ::: 3.2 3.3
::: 3.5
3::
3.6 3.6
s::
:::
t::
3.3 3.b 3.b 3.4
::: 4.2
20' 7.4
:::: 3.3
Atomic Data and Nuclear Data TaMas, Vol. 20, No. 4. October 1977
F. P. LARKINS
Semiempirical Auger-Electron
TABLE III. Two-Electron Integrals-Slater
Fk and Gk Values 2 EL
G2 4P5P
61 CPSD
GJ bP50
G2 5340
63 5P40
xc es 0A LA CE PR ND PM sn EU
0.7 0.9
1.7
1.0
1.9
1.0
1.9 1.9 2.0 2.0 2.1 2.1 2.1 2.2
1.2 1.2
64 65 66 67 66 69 10 ?I 72 ?I
60 TB DI HO ER 711 18 LU HF TA
1.1 1.1 1.1 1.2 1.2
74 I5
Y RE
7b I?
OS IR
18 79 80 5s 62
Pl AU HG IL PB
83
BI
3b
PO
85 06 67 !Jd 69 90 91 92 93
Al RN FR RI AC tn PA U YP
94 95 96 91 95 99
PU AM CW BR CF cs
2: 102 103
:i NO LR
104 105 106 107 108 109
RF HA
110
1.0 :::
1.1 1.1 1.1 1.1
2.2 2.3 2.3 2.3 2.4 2.4 2.5 2.6 2.6 2.7
I.2
1.3 1.3 1.b 1.4 2: 1.7 1.11 1.9 2.0
1.0
0.8
9:: 2.3 2.4
::: 1.3 1-S
2.5 2.6 2.7
1.6 1.7
1.0
::i 1.6 1.7
2; 3.0
::X
1.8
:::
::f
2.2
2.1
::; 4.0 4.2 4.3 4.b b.6 4.7
f::
2:
::a"
2: ::: 3.3 3.b
:r:
2.5 2.5
:::
2*3 f:t
::", b-0 b.1 4.2 4.3 4.4 I*5
::: 5.4
2;
1.4 1.4 1.4 1.4
GJ 4F50
G5 4FSO
1.4 :::
1.7 1.8 1.9
1.6 ::t 2.1 2: 2.4 2.5 2.6
2.0 2.1 2.2 2.3 2.4 2.5 2.6
2-7 2.6 2.9 3.0 3.1 3.2 3.3 3.4 Ja5 3.6 J.? 3.8 3.9 4.0
6.1
4.5
t:: I*4
4.b
2: 6.5
4.5 4.4
be2 4.3 4.4 4.5
4.6
:::
t1 4fSD
1.3
1.6
2:
4-b
Cb
5Pbf
1.3 1.3 1.3 1.3 1.3
l.?
3.0
::'2
5Zf
1.3
:::
2: 3.4 ::: 3.t
63 554f
1.2 1.3
1.5 1.5 1.6
3.2
4.5 4a6 4.6 4.7 4.7
Gb 4050
1.0 1.1
1.5 1.6
::t 2.9
::i 3.1
G2 4clSD
1.3
::: 1.4 1.5
4.1 l .1
::3 P.? 2.7
GO 4bSD
1.3
:::
::: 5.6 b.0 6.1 6.3 695
22:: 2e9
b-5
2.6 2.a 2.9 3.0 3.1 3.2 3.3 3.4 3.6 3.7
::: 1.4
Notation (in eV)
See page 316 for Explanation of Tables
5”p:LJ
54 55 56 57 56 59 60 61 fZ 63
Energies
:::
0.9
1.0 3.5 1.6
2.1 2.6 2.9 3.0 3.1 3.2 3.3 3.4 3.5 3.6
1.4
1.1
1.5
:::
::t
:::
::: 2.3
::; 1.9 1.9
3.1 3.0 3.9 4.0
2.3 2.4 2.4
4.1
i:: 2.6 2.1 2.6 2.6 2.9
2.0
::: kf 3.2 3.2
2:;
2:
2; 5:: 3.0 3.1 ::: 3.3 ::f 3.5
2: 2.2 2.3 2.4 2.5 2.5 2.6 2.7 2: 2.9 2.9 3.0
3.0 ::", :::
2: 3.2 3.3 3.3
::f
4.1
::;
::t 2.6 2.b 2.6 2.6 2.6 2.1 2.7 2.?
1.3
22::
:::
3:: 3.3
2.9 2.9
::;
3.4 3.)
3.0 3.1
::: 3.6 3.1
4.0
::: 2.1
334
3.2
4.4 4.4 4.5 4.6 C.6 4.7
2:
::: 3.3
4.1
4.2 4.2 4.2 4.3
1.2 1.3
::", 3.1
2: 3.2
0.9
1.0 1.1 1.2 1.4
b.? b.7 4.7 4.7 4.7 4.6 4.4
3.b
4.1 4.1 4.1 4.1 4.1 4.1 4.1 b.1
1.0 1.1
4.2 4.3 4.4 4.5 b.6
4.2
::: 3.3 3.3
::: ::t
1.0 ::: ::: 2.3 2.4 2.b
:2 1.7
1.0
::t 1.3 1.4 1.5
2.0 2.1 2.2 2.3 2.4
1.6
f:S 22::
::t
2.9 2.9 3.0
2.b
l.? :::
f::
5.1
2: 3.9 4.0
5.2
4.0
3::
4.2 4.3 4.3 4.1 4.5 4.5 4.6 bob
3.9 3.9 b-0 b.3 4.2 4.2 4.3 4.3
:I09 3.1 3.1 3.2 3.2
3~2 3.3
4.4 b.4 4.5
3.3 3.3 3.4
3.5
f:‘,
4.7 4.1 4.8 4.8
:::
t*: b:8
::: 4.8
::3 5.b 3.7
3.0 3.0 3.1 3.1 3.2
2,”
2:
Z
5.5 5.6 5.I 5.6 5.9 6.0 6.1 6.2 b-3
4.1
Atomic Data ad
2:
2.6 2: 2.6 2.1 ::: 2.9
2: ::: 3.4
Lb 3.6
2.3 2.3
::; 2: 2.7 2.1 2.6 2.9 2.9
Nuclear Data Tables, Vol. 20, No. A, October
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
III. Two-Electron
Fk and Gk Values f0
sss3
FO SSSQ
12.9
11.6 12.7 13.5
62 63
XE cs BA La CE CR NO QN SN EU
17.0 17.6
64 65 66 61 66 69 10 ?I 12 13
GO 18 01 HO ER TN VB LU Hf TA
II.8 16.2 16.6
16.4 16.7
19.1 19.5 20.0 2O.b 20.9 21.5 22.0
11.4 11.9 16.3 16.9 19.5 20.0
16.2 16.6
14 IS I6 71 I8 79 80 e1 82 63
Y RE OS IR QT AU UG TL QB
22.6 23.2 23.6 24.5 25.2 25.9 26.1 21.b 26.2 29.0
2o.r 21.3 22.0 22.7 23.5 24.2 25.0 25.r 26.5 27.2
84 85 36 87 88 69 90
PO Al RN FR RI AC rn
26.0 20.6 29.5 30.3 31.0
91
PA
92 93
u NP
29.6 30.6 31.b 32.3 33.1 33.9 3b.1 35.5 36.3 3t.1
94 9s 96 9r 98 99
QU AN CN (Ia Cf ES
3t.9 33.r 39.4 40.2
bl.0 41.6
35.6 3c.3 37.1 IT.9 36.6 39.4
‘,t: NO La
42.6 43.4 44.3 45.3
40.1
it’: 102 143 104 105
RF HA
46.3 41.5 49.9 50.2
b2.I 13.1 43.4 43.5 b3.5 13.2 b2.5
2 EL 54 55 Sb 57 58 59
60 61
:s 101 109
110
61
13.5 14.1 lb.? 15.2
15.1 16.1 16.6
51.9
53.6 5%)
520
SPSP 10.7
11.6 12.6 13.2
14.1 16.6 15.0 15.3
5::Q
:::
14.0
1.6
1S.I 15.9
lb.3 lb.5 lb.7 lb.9
::', I.9 8.0
16.2
15.0
32.5 33.3 34.0 34.6
40.8
41.5 42.1
See page 316 for Explanation 520
SE0
FO 5050
5zl
(in eV) of Tables
fb 5050
61 535Q
19.3 19.9 20.6 21.3 22.0 22.1 23.5 2b.2 25.0 25.I
10.3 10.6
5.2 5.1 6.2
13.6 14.2 lb.? 15.2 15.7 16.2 16.7 17.2
11.1 16.2
2b.l 25.0 25.9 26.6 Et.6 26.4 29.2 30.0 30.6 31.5
26.5 27.2 26.0 26.1 29.4 30.2 30.9
14.0 14.6 lb.8
32.2 32.9 33.C 34.3 35.0 35.7 36.4 31.1 If.8 36.5
11.0 16.1 16.6
16.9 20.0 21.1 22.1 23.1
39.2 39.9 ::*I 42:2 43.0 4s.a
::*: 13:r
6.9 9.5 10.2
23.2 24.1 24.9 25.6 26.6 21.b
11.9
10.6 11.3
15.6 16.6 17.9 19.0 20.0
7.9 6.6 9.3 9.9
10.5
F:,"
11.0 11.6 12.1 12.5
1.4 I.3
15.b 15.8
31.0 31.6 32.3 33.0 33.6 34.3 34.9 35.5 36.2 36.6
lb.1 lb.5 16.6 17.1 17.5 17.8 16.1 l&C 18.8 19.1
26.8 29.2 36.1 30.7 31.3 32.0 32.6 33.2 33.6 34.4
13.3 19.6 15.9 16.3 16.b 16.9 11.2 17.5
19.4 19.6 20.1
18.3
bl.?
35.1 35.1 36.4 3r.o 3r.7 36.4 39.2
16.5 11.1
:z 19:o
37.5 36.2 34.8 39.5 40.2 41.0
31.6
16.2 16.6
32.3 33.0
1669 17.2
33.6 34.5 35.2 35.9 36.6 37.3 30.0 36.1 39.3 39.8
17.6 11.9 16.2
x 40:.
16.2 19.3 20.3 21.3 22.3
20.9 21.9 22.6 23.6 24.4 25.2 26.0 26.7 2t.4 26.1
15.1 15.5 lS.9
16.5 16.6 19.1
19.b 19.6 19.9 20.0 20.1 20.1 20.1
G3 5PSO
10.5 11.4 12.2 13.0 13.6
6.b
11.3 11.6 11.9 12.2 12.5 12.9 13.3
11.0 11.3 11.1 12.1 12.5
Gl 5QSO
10.1 10.3 10.4 10.5 10.7 10.6 10.9 11.1
17.5
62 5550
1.6 6.k 9.1 9.5 9.0
8.0 6.2 6.3 3.4 6.6 8.8 9.1 9.3 9.6 9.9
15.3
15.5 15.8
II.1
31.6
Notation
5.7 6.3 6.6
13.7
15.5
Integrals-Slater
Energies
26.1 26.6 29.6 30.3
12.4 12.9 13.4 13.6 lb.2 lb.6 15.0
z-3 21:3 21.7
335
13.0 13.4 13.6 14.2 14.6 lb.9
if.6 16.2
19.2 19.6 19.9 20.3 20.7
8.1 6.5 8.8 9.1 9.4 9.6 9.9
10.1
10.7 19.2 19.1 20.2 20.6 21.1 21.6 22.0 22.5 23.0
f:,' 6.2 8.8 9.4
10.0 10.5 11.0 11.5
lb.5 15.2 15.0
11.9 12.3 12.7 13.1 13.5 13.6
11.0
14.1 14.4
20.0 20.4 20.6
10.4 10.b 10.6 11.1
23.b 23.9 2b.3
24.1
1s.o
11.3 11.5 11.7 11.9 12.1 12.b
2s.2 25.6 21.0 26.) 2b.1 21.a
lb3 II.5 15.6
12.b 12.8 13.0 13.3 13.5
(I.2 2T.3 21~3 27.1 21.6 2C.3 25.5
16.8 1t.o 1t.3 1?.5 ll.6 16.1 16.4
13.6 14.1
lb.?
16.0 16.3 lb.5
Atomic Ddo ord Nuclear
16.4 17.6
16.1 10.6 19.1 19.5
:t*: 22:1 22.5 22.9 23.3 23.7
,‘:t 6.1 6.6 9.0 9.5 9.9 10.3 10.6
11.0 11.3 11.6 12.0 12.2 12.5 12.6 13.1 13.3 13-6 13.6 lb.0 lb.3
14.5 16.6
ft::
15.0 15.2 15.5
z-t 26:3 2b.6
:c: lb:3 lb.6
24.1
Doto Tables. Vol. 20, No. 4, October 1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
IV. Adiabatic
Relaxation
Energies
Correction Terms and Solid-State
Correction
(in eV)
See page 316 for Explanation of Tables 2 EL
K(ZSLS)
IO
NE
11
41
:::
12 IS lb 15 16 17 16 19
MG LL 55 P S CL AR II
7.1 9.2
MC2535)
K(3SfS)
a.(35458
KC4S4S)
K(4SSS)
K(SSSS3
SOLID STATE CORRECTION
9.3 6.2 7.5 6.6 9.6
II.6 13.7 16.0
10.8
18.3 20.6 22.9
5.5 6.9
2.2 3.1
e. 4 9.6 1l.b 12.9 II.4 15.6 17.3 16.7 20.0 21.3
4.a 2: 6.9 7.9 6.9 9.6 lo.e
13.6 14.s 15.3 16.1 17.0 $7.7 16.5 19.3 20.1 20.6
2.3 2.6 3.2 3.7 ::: 5.3 5.0 6.b 7.0
::: 2.1 3.3 3.9 4.4
7.6 6.3
5.0
6.6
20 21 22 23 22 25 26 27 20 29
CA SC II 9 CR NN FE co II CU
25.3 27.5 29.6 32.0 34.1 36.2 36.2
30 31 32 33 34 35 36 37 36 39
ZN GA GE AS SE BR III no SR Y
45.6 47.2
5O.b
22.6 23.6 25.0 26.1 27.2 23.2 29.2 30.1 31.0 31.9
40 41 42 b3 44 45 46 47 46 49
ZR NB NO TC AU RN PO AG CD IN
59.6 60.7 61.9 63.0 64.1 65.1 66.2 67.1 66.3 69.4
32.0 33.7 34.6 3s.s 36.3 37.2 36.1 39.0 LO.0 41.0
21.6 22.4 23.1 23.9 24e7 2S.6 26.4 27.3 26.2 29.1
i:t 10.3 11.0 11.0
SO 51
SW SB
i: 54 5s 56
‘: XE ES BA
:: s9
'c: PR
70.5 71.6 72.7 73.6 75.0 76.1 77.3 76.5 79.6
01.0
42.0 13.0 44. I 45.2 b6.k 47.6 4B.B 50.1 51.4 52.7
30.1 31.1 32.1 33.2 34.2 35.4 36.5 37.7 36.9 40.2
14.9 15.7 16.5 17.3 16.2 19.0 19.9 20.6 21.7 22.s
60
ND
62.3
s4.1
Il.4
23.4
40.1 42.0 43.6
48.3 50.4
51.0 S3.2 54.6 55.9 57.2
7.0 7.4
::: 6.6 6.9 9.2 9.6
11.e 1:::
12.7
::*: I‘:1
-1.0 -0.4
6.b 7.3
0.1
0.2 0.0
6.9 9.6
6.2 6.0 6.4
z*:.
6.3 6.6 7.)
;:a 7.5 Ia? 6.4 8.0 9.3
3:: ;:t ,‘:f 6.7
6.9
1.5 0.0
1::: 10.0
0.5
11.3
336
11.8 12.3 12.9 13.s 14.1 14.7 1s.4
3.7
se9 6.3
::: i:: ::i
3:: s.3 s.s
6-7
3.3
5.9
4.4 5.0
s.s
Atomic hto
S.6
and Nuclm
Data Tablsr, Vol. 20, No. 4, Ocfobr
1977
F. P. LARKINS
Semiempirical
Auger-Electron
Energie?
FABLE IV. Adiabatic Relaxation Correction Terms and Solid-State Correction (in eW Seepage 316 for Explanation of Tables
2 EL
61 PM
K(2SZSl
62 63 61 65 66 67 66 69
SN EU GO TE 01 NO ER TN
63.6 05.0 66.3 67.7 69.1 90.5 92.0 93.4 94.9
70 71 72 73 74 IS 76 77 76 79
VB LU HF la u RE OS XR PI AU
80 at 62 a3 04 85 66 87 88 69
HG IL PB 81 PO AT RN FR RL AC
90 91 92 93 9b 95 96 97 96 99
TH PA U NP PU AN Cl4 BK CF ES
122.5 123.6 124.7 125.6 126.9 126.1 129.3 130.7 132.1 133.6
FN RD ND 103 LR 104 RF LOS HA 107 101 109
135.2 137.1 139.1 141.3 143.6 146.6 149.0 lS3.3 157.3 161.7
110
166.7
100
101 102
106
K(ZS35~
K(3S3S)
KC45531
SOLIO STATE CDRR~CTIDN
K(55-55)
7.0 7.3 7.6 7.9 6.3 6.6 6.9 9.3 9.6
3.6 3.9 b.2 4.5 4.7 5.0
s3.0
16.1 16.6 11-S 16.2 19.0 19.7 20.5 21.2 22.0
::: 5.0
5.8 S.6 5.6 5.7 6.0 6.1 6.1 6.2 6.2
61.5 69.6 71.1 72.b 73.7 7b.6 76.0 77.1 76.1 79.0
54.3 55.5 56.6 57.7 93.8 59.6 60.6 61.7 62.5 63.3
31.9 32.7 33.5 3b.2 35.0 35.7 36.4 37.0 37.7 36.3
22.7 23.4 24.1 25.0 25.5 26.1 26.T 27.2 27.7 2e.1
10.0 10.3 10.7 11.1 11.4
6.0 6.2 6.5 6.7
5.9 6.4 6.7 7.0
11.6 12.1
1”:: 7.b 7.7 7.9 a.2
:::
79.9 60.7 81.4 02.1 62.7 63.2 83.7 85.2 65.7
65.0 64.6 65.2 65.0 66.3 66.7 67.1 67.S 67.9 66.3
36.9 39.5 10.1 40.7 41.2 bl.ll b2.4 b2.9 43.5 44.1
20.5 20.9 29.2 29.4 29.6 29.6 30.0 30.1 30.2 30.3
13.6 13.9 lb.3 14.0 15.2 15.7 16.3 16.6 17.5 11.2
6.5 6.9 9.2
5.4 6.0 6.5 6.9 7.1 7.7
66.7 69.1 69.6 70.2 70.9
30.5 30.6 30.9 31.2 31.7 32.3 33.2 3b.2 35.6 37.3
16.9 19.7 20.6 21.5 22.b 23.4 24.b 2S.b 26.3 27.2
13.b
72.6 7b.l 75.r IT.5
bb.8 45.4 46.1 46.9 47.7 46.6 49.6 50.7 51.9 53.3
97.6 100.5 lOb.0 108.1 112.9 110.5 125.0 132.5 lb1.1 151.0
79.3 62.b 65.6 69.3 93.6 98.7 104.s 111.3 119.0 127.0
514.3 56.5 36.4 60.5 62.9 65.5 66.4 71.7 75.3 79.3
39.4 41.9 45.0 b6.7 53.1 56.3 61.3 71.4 79.S ENJ.ll
27.9 26.5 21.9 26.9 26.6 27.9 26.6 24.6 21.0
16.1
20.6 21.1 21.1 21.6 21.5 21.2 20.6 19.6 16.3 16.4
162.2
137.6
63.6
99.6
13.3
14.1
42.7 bb.0 43.3 b6.6 17.9 b9.2 SO.5
96.1 97.6 99.3 100.7 102.2 103.6 105.0 106.4 107.6 109.2 110.5
113.1 114.4 115.6 116.8 118.0 119.1 120.3 121.b
K(454S)
2b.3 25.2 26.1 26.9 27.8 26.6 29.5 30.3 31.1
5s.s 56.9 so. 3 59.6 61.2 62.7 6b.l 65.6 67.0
111.0
1(354S)
85.1 65.6 66. I 66.6 67.3 88.0 69.0 90.1 91.5 93.2 9S.2
51.6
11.6
337
12.5 12.6 13.2
7.7 7.4 7.5 6.3
1::: 10.5 11.0 11.6 12.1 12.6
5.0 b.8
3.1
2,” 5.1
14.1 lb.9 IS.6 16.4 17.2 17.9 16.7 19.5 20.0
Atomic
Data
and
5.4 5.4 s.3 5.3 5.6 5.6 5.7 5.7 5.8 5.6
Nuclear
Data
bbler,
“0,
20,
No.
4,
October
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation 2 EL 10 11 12 13 14 IS
NE NA NG
4L Sl
150 K-LlLl 740.7 920.t
1103.7 1301.0 1517.6 1742.3
16
P S CL 6R
19
fa
20 21 22 23 24 25 26 21 26 29
cr SC II Y CR NY FE co Nl CU
3126.5 3454.6 3aoo.t 4167.6 4sss.2 4957.4 5374.4
7214.0 7712.7 a2i3.7
16
l?
3P2
::::*: 2513.9 2616.6
.
5aio.s 6266.5 6735.5
SO
IN
31
64
32 33 34 35 36 If 3lY 39
CE AS SE BR NR RB SR Y
10992.7 11591.9 12210.6
40 41 42 43 44 45 46 A? 46 49
2R NB NO TC RU RH PO A6 CO IN
12646.3 13501.2 lLl77.2 14664.0 15571.1 16294.0 17037.1 17795.3 16561.5 19346.3
SO
SN
51
SE
52 53 54 55 56 57 50 59
1E I NE cs 0A LA cc PR
20151.2 20972.1 21609.6 22664.5 235111.0 24416.9 25320.1 26245.6 27195.S 26167.5
20714.6 21566.4 22436.5 23325.1 24210.9 25150.2 26093.6 27061.6 26054.0 29071.9
60 61
NO PN
29160.0 30167.4
“,: 64 65 66 6? 66 69
:i 60 18 DY tt0 ER TN
32246.5 33315.7 34403.9 35517.4 36645.9 37795.6 38966.9
70
YB LU tw TA * RE OS
40163.9 41373.8 42606.3 43646.4
a751.0 9265.3
9032.5 1040J.5
31196.1
71 72 73 74 75 76
77
IR
73 79
Pl AU
60 81 62 63 64 as 86 67 an a9 90 91 92 93 94 95 96 97 90 99
100
;IG TL
451l4.4 46407.9 477t5.4 49049.6 50405.0
51706.6 531a3.3
PB
54592.2 56033.5
81
57496.11
PO ~1 RN FR RI 4c
569.54.1 604V4.9 62022.7 63562.0 65155.0 66774.4
rn PA U NC PU A" CII BK Cf ES
61411.2 ?OOE?.O 7i78i.a 73506.6 75269.1 77046.3 76863.6 60716.0 a2591.1 a450.?.2
FR
(16458.2
I-LILJ
781.8 967.0
7ai.a 967.0 ll48.7 1353.5 lS75.3 11104.7 2662.2 2321.7 2601.4 2912.5 322a. 3564.1 3920.1 4295.1 4691.0 5099.3 5526.1 597i.a 6434.6 6915.1 7403.7 7911.3 842a.2 a97t.a 9521.3
lP1
3Pl
M'l.iL3
7
806.1 995.7
799.2 907.2
1192.3
1353.1 1574.7 1003.a 2061.0 2322. I 2599.3 2909. II
1618.9 1050.3 2117.5 2382. a 2666.6 2981.9
1172.3 1301.3 1605.5 la36.5 21C2.4 2366.5 2649.0 2963.0
1850.5 2117.8 2363.2 2667.1 2962.5
6386.2 686b.3
3225.1 3559.6 3914.1 4287.5 46al.8 5080.2 5513.1 5956.6 6417.4 6695.9
3304.1 J644.6 4008.6 4368.3 4786.8 5201.6 563S.7 6186.3 655S.5 7C46.2
3284.0 3623.0 3905.2 4363.2 4759.7 5172.0 5603.3 6053.0 6516.8 7003.3
3304.11 3645.2 4008.9 4360.6 4706.8 5201.0 5634.4 6086.2 6552.4 7041.7
7348.8 7652.6 8365.3
7380.6 76a4.4 8397.1
7540.~ 8054.6
7492.9 8000.5 8523.4
69OL.5 9449.1
(1936.3 94110.9
10005.4 lOSR4.9 lllb2.1 11790.4 12411.2
IOCJ?. 10616.b 11213.5
13063.5 13725.0
13094.6
2685.3
3226.0 3561.2 3916.4 4290.5 4665.4 5092.4 5510.6 S963.2 6425.0 6904.9
3199.4 353?.6
1ooa3.2 10660.7 11273.0 11666.1 12523.9
11862.7 12496.6
13179.0 13aso.4 14545.0 i5252.a
lSPbO.9 16727.2
33149.4 13819.1 14512.0 15218.2 15944.7 16609.4
17493.1 t6275.6 19OCa.2 19602.6
:x2 19025:7 19838.6
3086.7 4259.4 4652.9
5558.8 54bJ.l 5926.1
14401.9 15105.3 15020.6 16553.5 17304.5 18071.2 18846.7
19642.5
20669.2 21519.5 22308.1 Z327S.E 24167.5 25097.5 26039.4 27005.9 27997.0
20454.6 21285.5 Z2132.8 22996.7 23663.6 24768.6
25682.4 26618.7 27577.8
13756.2 14440. 15136.5 15851.9 16594.9
20467.7 21318.2 221b5.9 23030.1 23897.4 24802.7 25717.') 26653.7 27613.2 28595.6
21174.5 22Q54.7 22954.7 23874.7 268C6.3 25767.7 26746.7 27756.1 211769.3 29830.5
20736.9 21576.0
3093t.2 32944.7 33176.5 34335.0
29599.1
30581.2 31620.1 32680.7 33766.6 3486’). 3 35982.9 37122.9 36283.6 39467.1
30618.0 31657.3
4t749.a 43044.1 44361.3 45692.0 47054.4 4a447.3 49661.5 51303.2 52772.9 54273.0
41675.9 42960.8 44284.6 45614.6 46974.9 48366.2 49779.0 51219.2 526a7.5
55792.1 57336.0
56615.4 aa774.4 90982.5 93244.5
32718.4
33798.8 34899.0 36022.1 37162.7 30323.0 39507.9
35518.7 3b728.6 37964.6 39227.1
bO316.7 41¶33.6
40673.8 41697.7 ‘3140.1 44394.7 45673.5 46979.5 48302.5 4964a.7 51017.9 52411.3
40715.2 41939.6 43182.6 44437.1 45717.2 47023.9 48347.4 49694.3 51014.1
431¶2.3 b4556.5 65951.6 47310.1 4.803C.7 50320.4 51636.1 533a5.i
52458.1
56582.7
55703.7 57246.1 58623.5 60429.8 6206$.9 63733.S 65424.1 67154.2 68911.0 70713.2
53al9.8
53867.3 55295.6 56150.2 5a230.Z 59733.4
58221.6 59097.9 61611.7
72546.0 74421.7 76334.4 76286.3 80278.6
69202.4 70.991.0 72605.6 7434a.3 76122.7
81307.5 84382.4 86500.1
86657.3 90863.7
779ll.S 79756.1 81619.6 b351Z.B as440.1
79815.1 81679.4 83573.4 85501.5
93124.0
(17409..3
87471.5
56186.1
55z47.5 56701.4 58181.7 59661.2 61209.7 62752.1 64327.0 65910.7 67550-a
13271.6 13940.2 14630.4 15334.6 16056.b 16797.4 17555.6 19113.0 19916.4
29562.9
80389.1 81419.l 64496.1
13430.9
ibitn.2 I
19476.3 20315.8
31110.2 32190.2 33294.6 34420.9
72649.8
12760.9
9616.6 101ao.1 10766.3 11369.a 11985.3 12618.5
18878.7 19674.7
31171.5 32252.9 33350.6 34466.3 35636.6 36012.6 30009.4 39230.3 40b76.6
74527.1 76461.5 7a395.0
11482.2 12112.0
9063.1
18329.5
28561.0
70815.5
0564.6 9131.9 9694.1 10267.6 10665.3
17336.1 18103.0
30052.9
60S22.7 62160.4 43629.5 65521.6 67253.3 69011.7
1392.5
b1260.5
b2603.6 64379.3
65971.7 67604.5 69256.8 70946.1 72661.5 74405.0
76180.1 77977.1
54966.7
63361.3 65146.7 66971.4 61825.1 70726.4 72667.5 74653.0
7b612.3 7a7sa.i lMd(l9.3 (13060.6 85291.5 05571.5 *9905.3
3Pl K-l.2l.3
K-l.Zl,P
14e29.0 15555.2 16302.0 1706.9.5 17bSS.b 18659.7
29013.4
5aeis.o
1
11821.6 i244n.b
30112.7
35569.8 36744.3 379J9.7 39159.2 40404.3
IS0
781.7 967.0 1148.7
2600.1
7391.3 7897.3 8412.5 0954.6 9502.4 10062.5 10646.2 11248.7
of Tables
3PO ?.-LJLS
2910.4
lbC4.1 2061.4 2322.7
K-LL
3PO K-LlLz
K-LlLz 771.9 954.3 1134.3 1337.2 1557.2 1784.0 2040.5 2300.2 2576.0
l14b.7 1353.2 1574.9
Energies
22431.6 23303.6 24102.9 25092.9 26016.3 26962.3 27929.6 20920.6 29933.1
30961.4 32009.5 33079.4 34169.1 35279.3 36410.1 37560.7 31731.4 39926.1 41141.7 42370.7
43630.1 44898.3 46187.0 47504.6 48842.4 50199.6 51501.9 52966.2 54405.6 55851.3 51316.9 58811.6 6032(1.4
61869.7 63425.9 65315.7 66625.2 68269.2 69934.7 71635.2 73368.8 75126.6 7b91C.O 73726.2 nosa4.a 82458.5
606.2 995.7 1182.3 1392.6 1618.2
606.2 995.7 1182.3
803.4 992.3 1170.3 13ba.2 1613.2
1845.1 2111.8 2376.8 2660.2 297S.2
29a4.5
3307.4 3648.6 4013.6 4394.6 4794.2 5210.1 5645.1 6096.7 6566.9 7058.7
3297.1 3637.2 4000.b 4379.9 4777.8 5191.7
5624.8 6076.2 6542.1 7031.1
7554.4 8069.3 8600.4 9148.8
7523.b ao34.7 8561.5
9105.4 9663.6 10232.6
9712.0 10266.0 tonas. 11503.1 12133.9 12783.7
1337s.a 14054.5 14755.7 15471.6 16206.8 16961.0 17734.3 10524.1 19324.9 20147.0
10824.9 11435.4 12058.4 12699.9
1336l.d 14040.1 14I41.0
13454.6 14142.9 14654.6 lSSbl.6 16329.3 17096.6
209a7.3 21647.7 2272b.3 23622.9 24529.0 2S465.4
15456.6
lbl91.4
i7884.4
16945.3 17718.2
10669.5 19507.0 20347.3
16507.7 19JO9.1 20129.9
21206.8
20969.9 21829.9 22708.1 2J604.4 24510.1 25446.2
220n7.8 22988.6 23909.4 24841.8 25804.1 267a5.9 27794.7 2aa26.0 29890.0
26416.3 27396.1
28396.7 29423.6
Zb398.8 27376.1 Zb376.4 Z9402.9
30473.6 31542.4 32633.1 33740.0 34885.4 36046.1 3?230.2 38437.5 39668.3 40926.0
30977.5 32065.6 sszin.4 3b377.7 35562.2 36772.a 3aoo9.6 39272.9 40563.2
42207.7 43515.0 44641.0 46185.9 47557.3
43230.4 44607.4 46007.4 41423.5
46nai.9
68961.8 50390.4
50372.3 51491.5
51642.9 53325.5 54836.4
5343n.s
42103.0 43490.0 *4a15.7 46160.2 47531.2 48935.3 55363.6 51~lSr7
55020.9 566J7.6
53298.0 54600.4
56366.3 57927.9
50277.3 59954.3 61666.9 63419.Z 65205.3 67030.6 b6885.2
56338.0 57899.3 594n9.3 b1111.8 62763.2 b4446.5 66151.0 67)9?.7 69673.3 71466.3
61141.1 62792.9 64476.6
66182.2 67928.4 697C4.4
70787.3 72729.1 74715.3
71519.6
733b7.7
76745.0 76621.0 809S3.7 63133.7 95357. b 8563a.o
75256.7
771a9.7 79159.9
972J’l.S 99795.9
ba293.1
94110.3
Atomic
Data
30452.8 31SZl.l 32611.3 35725.9 34662.9 36023.3 37207.0 38413.9 39644.4 46901.7
41883.2
595tn.3
84368.9 06111.5
9472(1.6
102 I(-CZL3
1392.9 1618.6 IRSl.2 2118.6 2384.4 2660.6
7534.5 8045.9 a573.0 9117.3 9675.6 10245.1 10837.6 11448.5 12071.9 12713.6
a1164.8 a2212.5 b5308.3 a7437.4 89613.3 918J6.J
92186.6
3P2 KILIL3
md
73335.9 75224.5 7t157.2 79l27.l 61131.6 62176.9
89972.6 92356.5 94797.2 97300.0
65274.5
99065.0
94075.1
Ndsar
874OJ.2 a957n.n
91801.4
Data
Tables.
Vol.
20,
No.
4,
October
1977
F. P. LARKINS
TABLE
V. Auger-Line
Semiempirical
Energies (in eV)
Auger-Electron
Energies
K-L L With Configuration
Interaction
See page 316 for Explanation of Tables 1so
2 tL 1-a II 12 13 14 15 lb I? 18 19
hE hA kC AL 51 p s CL AR K
C-LILl 747.0 C26.1 1101.5
1598.6 1514.9 1739.4 1915.4 2241.1 2510.6 2b15.3
3P2 K’LlL3
3Pl K-LlL3
1Pl KlLlL2
3PO If-LlL2
3PO K.L3L3
150 I(-LZL2
3Pl I-L2L3
3P2 K'L3L3
102 I-LZL3
741.8 967.0 1140.7 1353.5 lS75.3 1604.7 2002.2 2323.7 2601.4 2912.5
7a1.e 967.0 114b.7 ~353.2 1574.9 1004.1 2061.4 2322.7 2600.1 2910.8
770.9 954.3 1134.3 1337.2 1557.2 1764.b 204C1.5 2300.2 2570.0 2885.3
7111.7 967.0 1140.7 1353.1 1514.7 lbO3.b PObl .O 2322.1 2599.3 2909.0
Bob.1 11e2.3 1392.5 1011.0 lb50.3 2117.5 2302.9 2bbb.7 2Vw?*O
000.9 949.2 1174.5 1303.7
bob.2 995.7 llb2.3 1392.b lblb.2 lb5015 2117.6 2393.2 2bb7.1 2982.5
bob.2 995.7 1102~3 1392*9 lb19*b lb5102 211b.b 2304.4 2bb9.b 2994e5
103.4 992.3 1178.3 13aa.2 1613.2 1041.1 2111.a 237b.B 2bb0.2 2975.2
3226-4 3561.2 3VlD.4 4290.5 4605.4 5092.1 5518-b 5963.2 642510 690499
3199.4 3532-b 3bbb.7 42SV.4 4b52.9 5050.0 54a3*1 S92b.l b3bb.2 6064.3
3225.1 3559.6 3914.1 4207.5 4601.0
3304.0
3307.4
3297.1 3137.2 4000.6 43r9.9 4777.9 5191.7
995.7
3217.5 362b.b 39aa.a 4366.9 47b3.4 5l75.7
7OOb.9
7041e7
7542.2 b05b.2 b5bb. 3 9133.1) 9696.1 10269.9 10167.5 114a4.s 12114.4 127b3.3
7491.4 a004.0 bSZb.7 90bb.b
7534.5
3122.9 3450.9 3796*4 4163.b 4553.v rv53.1 53)O.O 5bOb.O b2b1.7 b730.7
3228.7 3504.1 3920.1 4295.1 4691.0 5099.3 5526.1 5971 .a b434.6
30 LN 31 (IA 32 GE 33 AS 34 SE 35 bR 3b IIR 37 RB 38 SR 39 y
7209.1 7707.6 nf45.7 92S0.0 9827.2 10390.2 10907.2 115ab.5 17205.1
7403.7 7911.3 b428.2 a971 *a 9571.3 lOOK3.2 10668.7 11273.0 11a1a.a 12523.9
7391.3 7097.3 8412.5 B954.b 9502.4 10062.5 lObbb.2 11246.7 11862.7 12496.0
7348.8 7852.b b3bSa3 a904.5 9449.1 10005.4 10504.9 11192-l 11790*4 12417.2
7300.6 78.54.4 8397.1 B93b.3 94ao.9 10037.1 lOblb.4
40 .1 42 43 ,4 45 bb 47 ,I 49
ZR LB MO TC RU RH ro AG co IN
12842.8 13495.7 14171.0 14850.4 15565.4 16209.1 17031.5 177aP.b 11555.8 19342.b
13179.0 13a50.4 A4545.0 15252.8 15900.9 16727.2 17493.1
13149.4 13819.1 14512.0 15210.2 15944.7 lbbb9.4 17453.7 10234.b 19025.7 1983O.b
13013.5 13725-O 14400.9 15105-3 15b20.6 16553.5 17304.5 10071.2 lbb4b.7 19642*5
13094*6 13756.2 14440-l 15136.5 15051.9 lb504.9 17336.1 18103.0 lSb70.7 19b74r7
13433.4 14120.0 14b31*b
50 51 52 53 54 55 56 57 56 59
SN 50 TE 1 XE cs YA LA CE ru
20145.5 20Vbb.4 21b04.1 22bSa.a 2351203 24411.1 25314.4 2b239.8 27109.7 2Clb1.7
CO714.b 215bb.4 2243b.5 23325.1 Y421b.9 25150.2 26093.6 270bl.b 2a054.0 ;t9071.v
20669.2 21519.5 2230a.1 23275.2 24167.5 25097.5 26039.4 27005.9
204S4*a 21295-5 22132.6 22990*7 23bb3.b 247611-b 25602-4 2bbla.7 27577.8 20560-O
20417.3
*o bl b2 b3 04 b5 64 67 68 69
110 PM SM LU GO TB 01 HO tR TN
29154.2 30161.7 31190.3 32240.0 33310.0 34390.2 35511.7 36640.2 37769.9 3”Vbl.Z
30112.7 41171.5 32252.9 33350.6 44446.3 35636.6 36012.6 3B009.4 39230.3 4047b.I)
30052.9 31110.2 32190.2 33294.b 34420.9 35569.b 36744.3 37939.7 39159.2 40404.3
29562.9 305a1*2 31620.1 32600.7 33760&b 34060.3 359a2-9 37122*9 3bZb3rb 39447bl
29599.1 30blb.O 31b57.3 32710.4 33798.0
7” II 72 ,3 74 75 Tb 77 70 79
‘Ifi LU MF TA * HE LJS
4)l749.0 43044(rl 44301.3 45692.0 47054.4 40447.3 V9bb1.5 51303.2 52772.9 54273.0
41675.9 44284.b 45blv.b 46974.b 483bb.2 4977V.O :::z . 541bb.l
40673.8 41097*.7 43140.1 44394.7 45b73.5 46979.5 40302.5 49bbb.7 51017.9 52411.3
40715.2 41939.6 431bZ.b 44437.a
PT AU
40158.2 4136b.l 42b00.6 43a40.7 9SlOb.7 4b402.2 41709.7 49044.1 50399.4 517ao.v
e.0 81 82 83 *4 85 Bb 07 08 BP
HG TL ra t1 ro AT NN bR HA AC
53177.b 54536.5 56027.9 57491.1 5C97b.4 60489.3 67017.0 03576.4 65149.4 46760.7
55792.1 57336.0 58915.0 bOS22.7 02160~4 038.79.5 b5521.b 47253.3 49011.7 70815.5
55703.7 57240.1 51023.5 60429.8 62065.9 63733.5 65424.1 67154.2 6nvll.O 70713.2
5301v*a 55247e5 56701.4 5blb0.7 59603.2 61209.7 b2752.1 b4327.0 b5910*7 b755OeB
53Eb7.3 55295eb Sb750.2 99230.2 59733.4 b1210.5 bZbO3.6 (4379.3
90 TN VI rl 92 u 93 IiP 94 PU 95 .A* 96 ‘M 91 bK ‘I* LF 99 cs
611405.5 7ooa1.3 71776.1 73500.9 ?5263.4 71040.3
72b4V.I 74527.1 76441.5
7254b.0 I4421.7 76334.4
b9202.4 70091.0 72605.6 74340.3 76122.7 7791b.5 79756.1 81619.6
69256.8 70946.1 72bb1.5
28 29
100
1R
I*
bPO8.6
691508
10275.6
19060.2 19082.6
70395.0 bO349.1
;:$:‘:
42vbU.b
7B201.3
80710.2 e251593 84491.4
01419.1 b44vb.l Qbb15.4 60774.4 YOv82.5
802711.8 31307.5 84312.4 66500.1 bbb57.3 9Obb3.7
L6452.3
“32.4.5
93124.0
79b57.8
.
5Ob.S.2
5513-l 595b.E 6417.4 6095.9
::2:‘: . 12440.4
21310.2 22165.9 23030.1 23097.4 24b02.7
25717.0 2bb53.7 27613.2 2b595.b
1839.4 2105.3 2369.6 Zbs2.2 29bb.5
3304.3 3b44.7 400b.b 4300.7 4787.4 5202.3 Sb30.5 bOb9.2 655b.b 7047.4
20 CA 21 SC 22 11 23 v CR 25 k.N 26 iE 27 CO N1 cu
2.
IbOb.
5607.0
bOSb.b b520.5
9bi9.9
10113.3 107b9.5 1137310 llPbb.3 12621.b
bSS2a4
II%: 9117:3 Palbra 10245*1 10037ob 11443aS 12071rP 12713.b
29936.4
30977.5 32095.4 33219.4 34377e7 3SSbZe2
3093Y.7 32047.2 33173.9 34337.4 35521.1 3b730.9
53223.4 59bQV.b 01113.4 03363.0 b5141.3 bb973.1 bbb26.7 70724.0 72bbQ.0 74b54.5
54409.7 55855a2 57320.4 5BtllS.b
56366.3 57927.9 S9Slb.3 b1141.1 b2792.9 6447beb
43512.0 b5440.1
79815.1 blb79.4 03573.4 15501.5
7bbO3.5 78759.6 aoa90.7 83070.0 1I5292.9 05573.2 0990b.7 92209.9 94729.9 97232.0
b993b.V 7163913 73373.1 75132.9 7bPla.4 79732.b a05a9.1 b24b2.9 04373.4 ab31b.l
87409.3
a7471.5
99797.2
bb297.7
74405.0 77977.1
339
20969.9
2120b.b
42207.7 43SlS.O 44041.0 4b195.9 47SS7.3 489bl.a 50390*4 51b42a9 53325.5 54Ob.4
TblSO*l
::::::: 20129.9
20987r3 21b47r7 2272b.3 23622-9 2412980 2546564 21419*3 2739bal 2039br7 29423ab
41145.3 42302.3 43633.7 44901.9 bblVO.7 47SOb.b 49946.1 50203.3 SlSS5.7 52990.0
::,‘;:::
::::x 20347:3
20740.0 21579.0 22434.9 23306.0 241bb.0 25091.0 26019.5 2b915.5 27932rb 26924.1
431b4.4 44Sb0.b 45959.9 473bO.l 40032.7 50322.3 51a40.7 53307.0 54964.b 56594.5
40347.4 4Vb94.3 510b4.1 52450.1
E:::‘: . 1709b.b 17S84.4
133b1.0 14040.1 14741.0 154Sb.b lb191.4 lb945*3 17718s2
21177.2 22057.4 22957.4 23877.4
::::::: 30734.9 39929.7
45717.2 47023.9
13454.6 14142.9
:::::‘: 19919:4
2S770.3 26751.3 27759.3 2b791.b 29853.0
3Oqb4.7
32012.9 33002.8 34172.5 35202.7
b0332.4
b2873.7 b3429.9 65019.7 bbb29.3
68273.3
bO16.2 6542.1 7031.1 7523.6 (034.7 8561.5 9105.4 9bb3.b 10232.6 10024.9 11435.4 12OSbr4 lZb99.9
:::EJ 20310:5
24009.9
5b24.8
7SS4.4 llOb9.3 9bO0.4 9149.a 9712.0 1022.b.b 10905*3 11503.1 12133.9 12703.7
lb304.b 17071*1 17asa.1
::::x * 4051a.v 4lb38.0
34699.0
:::2 bO99:7 bSbb.9 7OSb.7
13375.9 14054r5 1475sr7 1547l.b lbZOb.1 16961.0 1773463 1a524*1 1932469 20147.0
3047318 31S42*4 32833sl 3374990 340514 3bOIbel 37230.2 38437*5 39bbbr3 4092b.O
36022.1 37tb2.7 30323.9 39507.9
:::",': 439.A 479442
:::::': * lS337.b 1bOSP.a lbaOO.4 1755b.b
1555749
13274.6
3b4f.2
4008.9 4363.b 478b.8 5201*0 5634.4 bOSb.2
14854.b
:::::*:
::%‘: 23909:. 24941.a 21804~1 21705.9 27794.7 29128*0
23bO4:.
24510*1 ::::“,:: 2737b.l 29376.4 29402.0
29b90.0
x9; 32bll:3 ::z:
36772.1 3000%. 39272.9 40563*2 41b03.2
3bO23:3
6
43230.4 44b07.b
kbO07.4 4742a.S 4a01.9 50372.3 51a91*5 S34M.5 55020.9 Sbb37.6
Sb33b.0 57999.3 S9499.3
b3419*2
bllllra b2713.2 64440.5 bbl51.8
bbIb2~2
:,“:::‘: 74715:3
7121)b*7
allbbab
aZ212e5 as301.3 a7437.4 09613.3 PIb36.3 94110.3
53290.0 5400b.4
Sb277.3
67928.4 b9704~4 71SlV.b
77199.7 7915919
42103.0 43490.0 44a15.7 4blb0.2 47531.2 49935.3 503b3.6 51a15.7
S9954.3 blbb9.9 b5205* 3 6793O.b bSbb5.2
733b7.7
37207.0 3a413.9 39644.4 40901.?
b7897.1
7b745.0 73921.b bO953.7 a3133.7 a5317.4 05b38rO 99972rb 923Sb.5
94797~2 97300ro 99abs.a
Atomc Data and Nucle.,
:::::*:
.
73335.9 75224.5
77157.2 79127.1 a1131.b b217b.9
a5274.5 b7403.2 b957b.9
91a01.4 94075.1
Doto Tabler. Vol. 20, No. 4. October
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron Energies
V. Auger-Line
Energies (in eV)
K-LM
Seepage 316 for Explanation of Tables 3Sl
2 EL 1e AR I9 K
20 21 22 23 2b 25 26 2t
CA SC 11 v CR
2e 29 so 31 32 33 Sk 35 36 J?
bl CU z* 61 6E kS SC 8R
IN FE
CD
KR
RE
31 SR 39 1 44 LR
191
I-LlI(1
IS0 K'LlNL
392 I-LlN3
3Pl K-L193
K-LlK2
2.53b.O 3106.2 3546.2 3926.3 4332.1 (759.1 s210.3 5675.9 6162.7 6672.2
2631.3 3103.3 3s43.0 3924.7 4326.3 4755.2 5201.9 5671.1 4157.4
2e49.0
2049.9 3203.7 3565.6
2946.3 3202.9
3161.6 39S0.6 43M.4 4766.4
7201.3 7752.1
3313.7 606.1 9493.6 LO121.5 107s7.a 11409.2 12005.4 12790.5
7195.6 7746.1 8307.b
86e9.4 9416.6 10114.0 10749.2 11401.0 12076.9 12761.6
3950.6 4358.4 4783.4
5242.1 5111.1 6201.2 6712.9
::::*:
62Ol:Z 6712.9 7244.2 7797.3 0361.9 e94a.6
7244.2 779r.3 0361.3 3949.9 9551.2 10162.6 10824.4
9549.9
10161.3 10023.1 11460.3 121S6.9
11461.6
12160.4 12671.2
6711.3 7242.6 7795.6 b340.0 3945.1 9543.2 10175.7 1011t.1 11473.0 12152.0 12161.2
2141.9 3203.7 3Sb¶. 6
2910.6 3266.6
3Pl I-L3Nl
3636.6 4025.1 443e.e 4e73.1 5320.7
2910.2 32O.9 3635.6 4024.2 4437.9 4672.0 5327.5
5601.5
4201.2 6712.1
5602.7 6296.6 6317.0
6291.3 6eIS.6
1244.2 7797.3
7352.4
t350.9 7913.1 6483.. 9013.9 9666.5 10319.9 10969.6 11635.7 12325.7
3950.6 4356.4 bIb6.4
5242.1 Sf11.1
036l.O 3946.') 9544.1 lOlr6.7 10619.1
I914.6 0405.0 9075.7 9606.3 10321.8 10971.3
11474.0 12153.1
1163i.9
12662.3
::;::-:
13562.0 14326.0 15092.I 15679.2 16693.3 11523.6
13790.3 14536.6 lS315.3 16115.9 16943.3 ll769.9 16659.6 19553.2 20470.0 21407.7
48 49 SO 51 52 53 54 55 56 57
co
21096.4 22e39.7 23613..3 24610.7 25829.4 26969.3 27913.3 29OOl.e 30112.b 31249.4
21372.7 22e25.4 23799.0 24195.5 25613.T 26653.1 21696.6 20990.6 30094.6 31231.1
22034.3 22994.9 23976.9 24982.2 26009.9 27059.7 20114.1 29219.7 30335.2 31479.2
22031.6 22992.1 23973.9 24979.2
29216.3 30331.6 31475.6
21990.6 22955.4 23933.2 24934.3 25951.1 27002.0 2eOs0.6 29150.4 30256.7 31396.1
58 59 CO 61 62 63 64 65 66 67
CE PR
32411.1 33595.4 34.317.5 360S4.9 3?3&?.4 36613.6 39923.4 41265.2 42640.0 44036.3
32392.4 33576.1 3479I.7 36034.5 37301.5 38592.2 39906.5 41242.7 42617.0 44014.7
32652.1 33955.7 35086.? 36339.1 37616.3 31923.7 40255.7 41611.3 43001.4 4b415.4
32649.3 33151.9 JSO82.7 36535.0 37612.1 3a91r.4 40251.4 41601.3 42996.9 4b410.7
32S62.6 33759.4 34979.2 36222.4 JI493.2 36?e9..2 40109.1 41453.0 42632.6 4b231.4
32564.7 33760.5 34981.3 36224.6 3?495*4 3Kl90.4 40111.4 41455.4
45351.7
:::::-: 41046:s 42444.2 43880.4 45345.7
68 69 70 71 72 73
ER
45469.9 b6909.2 46367.5 49891.2 51417.3 52964.0 54541.6 56152.9 577er.e 5943a.4
45*45.7 46663.4
4~~Jb.b
45649.6 47315.3
45657.9 47112.3 4OS99.5 SD10S.6 51639.3 53169.6 54772.5 56346.9
45660.4 47114.9
46853.4 40365.6
46647.2 46359.5
6dbO2.1 50108.3
49919.9
69913.5 ~1500.4 s3109.9 54746.6
61116.2
IN SN
se TL I KC cs 81 LA
NO PM
SN EU
60 18 01 ND TN
vu LU
NF
11
7b Y 75 RE 16 OS 77 1R 76 I9 00 01 82 63 a4 85 66 I?
P? LU NG 1L P0 81 PO It RN FR
61146.l b26Ib.P 64625.6
II 69 90 91 92 93 94 95 96 97
Rb AC tw Pb U NP PU IN CN eK
79156.1 61811.5 83196.7 96030.0 99.194.4 90601.0 92650.5 94935.9 97271.1 99650.9
96 CF 99 ES
100 FN
66402.4
60214.2
:x: . 73046.4 75730.2 ??75?.?
102069.1 104537.7
10706O.f
48362.1 49865.2
s1390.7 52936.6 54513.6 56124.4 577sa.7
59420.6 c2a45.0
bb¶93.? 66369.6 6alao.e 70024.6 71901.7
::I"::': . 17543.7 10199.4 19274.2 20177.S 21099.1
47326.2 :o”;::*:
.
:::::*:
.
55069.2
56706.0 se367.e 60061.9 61737.4 63546.4 65320.2 :::::*: . rQ86a.7 ::::z
.
:::::*:
.
79720.7 61774.5 83656.6 95969.1
6Ol63.2 32634.7 05019.3
102021.2 104411;1
107010.5
OILO4.1 69425.b
22000.1 22957.0 23934.3 2493¶.9 25956.9 27003.9 29052.6 29152.3 302bO.T 31399.2
22361.2 23341.1 24343.5 25370.5 26420.6 27493.5 26577.0 29703.0
33226.7 34457.9 35727.4 37015.0 38334.3 39679.9 41052.2
24006.7 27OSb.S 26110.7
73610.4 75743.6 ?7720.4
98152.6 903S6.3 92606.6 94691.2 97225.9 99604.1
13530.9
:o"::z 51694.6 53461.6 55063.9 56100.5 S6362.1 60056.2
14324.6 15091.q
15177.9 14692.0 17'122.4 i3374.a 19250.0 20146.4 21066.6
19376.2
19251.4 20149.9 21066.1
4263?. 442J3.9
516b2.0 53192.4 54775.3 5639l.I 56032.6 59103.9
32025.4
2
424!50.0 43666.2
51506.9 53116.5 54753.4
2903.
3265.4 3632.2 :::i-: . 4164.0 5316.6 5790.6 6264.9 690t.2 7334.3 7693.)
13777.6 14534.0 lS312.6
16113.1 16940.4 17706.9 19549.9 20466.6 21404.2
22357.5 23337.3 24416.5 27469.3 26Y72.6 29696.5 3oeb2.2 32020.7 33223.9 34452.9 31722.2 37009.6
45943.9 47393.7 40682.1 50399.2 5193b.b s3495.0 55062.7 56?05.6 50355.5 60029.2
4s947.0 4t396.9 bEOOS.3 50402.4
61742.4 63463.0 6S2b3.5 67033.3 63661.6 10721.7 t2613.9 74530.6 76466.1 711476.3
:::z . 76007.3 7907Q.S
66676.6 63493.6 70349.3 72232.2 74150.0 76990.7 reo74.1
::;::-: . 73014.2 75040.9 77107.6 79204.1 01352.3
._ _.
94234.6 0637I.l ees48.4
63537.2 45774.4 WOS3.5 90366.6 92760.7
63526.2 65765.4 95044.2 90377.0 92759.0 95192.2 91671.2 992Ot.Z
60492.1 62559.0 946YS.4
eooes.2
62141.0 94231.1
32144.t
66373.2 69544.5 90757.1 93014.4 95307.9 97654.5
90761.0 93016.J
91692.0 94002.5 96353.0 9rtst.r 101207.0
91694.2 9s994.s 96344.6 99I49.4 101196.6
100040.7
1ooo4s.a
95312.0 97659.t
97691.3 99217.5 102610.9
105454.9
::::::*:
103701.3 10624?.1 109951.1
103692.7
10246e.O
102472.3
106154.6
104233.3 106942.2
104943.6
104946.1
11091O.2
106144.0 110907.2 113r33.6
107475.6
340
lOt460.1
95202.1
113744.6
65239.b 67034.3 699¶?.0 70717.6
:::::-: . 76461.6 76473.9
:::::*: 91207:1 93467.2 9sr70.3
.
16021.7 1038.4 17673.6 ies30.8 19410.9 20313.0 2123S.l
JZI67.9 33901.6 35213.O 36461.5 3?732..7 39039.r 40364.7 41712.4 43095.7 4450s.0
41716.? 63479.2
66061.6
7335.2 7694.7
32765.5 33979.2 35211.2 36436.9 3I736.6 39036.9 4OJ61.6 41709.4 43092.6 44502.0
63443.6 65290.3 67160.6 69OrO.6 71016.6 l3ao6.0 ?5032.6 71099.1 79195.5 61343.5
60774.1 eZe77.5
6265.6 6802.0
31615.1
63451.2 65297.9 61166.3
6140Y.7 63141.6
61402.7 63136.5 64O93.1 66675.7 66495.4 76346.6
5319.5 S791.6
22171.7 23133.2 24116.2 25122.3 26150.0 27191.5 26255.5 29355.5 30470.2 31617.5
bb696.8
::;::'D' .
4665.5
13713.1 14b61.1 15230.9
22169.6 2Sl31.3 24114.2 25120.2 261b1.9 27196.4 26233.2 293'13.2 30467.6
24339.6 25346.5
2906.6 3265.9 3632.6 4020.6 4432.3
lJ?ll.e 14459.6 15229.5 16020.2 :::x 16529:Z 19409.2 20s11.2 21233.3
16656.6
i
6461.9 9046.9 9657.2 10266.3 10931.4 11591.6 12275.7 12903.0
9656.2 10265.2 10930.3 11590.4 122I4.5 12996.7
56416.5 56125.7 59066.0 61634.4
sei32.a 59673.2 41441.4
3PO
n-L211
9461.0 9041.6
56423.4
61761.6 63540.4 65322.2 67131.7 66900.1 ?oeb2.2 12776.7 I472e.J 76704.9 13126.1
5501s.5 er19r.s 39417.3
30946.6
191
K-L2Nl
13045.1
17429.1 13276.7 19150.3 20044.b 20959.6
16602.6
13591.0 14336.3 15104.s 15692.6 16109.6 17541.4 10396.1 192?3.0 20175.0 21096.5
*
b.? NO 43 tc bb RU b5 RH 46 PO 47 4G
18
13592.7 14336.1 11106.4
12649.6
3564.7 3949.6 4357.Y 4767.3 5240.6 5709.7 6199.9
3P2
K'LJKl
13490.1 14230.4 1s000.1 15?02.5 16591.6 1741T.6 lO266.0 19137.9 20031.5 20945.2
bl
13507.5 14249.2 15010.3 15793.l
6466.*
3203.7
3PO K-LlN2
93124.7 100513.6 102946.b
105431.1 107964.2
w: SSOO6:L 56709.4 53359.1 60032.9
00497.2 62563.6 b4i60.5 66605.6 38936.7 91212.1
934T2.3 95?7¶.5 96129.9 100516.9 102953.6 105437.2 107971.6
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
V. Auger-Line
Energies
K-LM
Energies (in eV)
See page 316 for Explanation of Tables 3PO *-LINS
1so K.LLll2
1Pl u-L393
3Sl K-L3R2
NW CE co
2::': . 6853.9
2921.7 3281.3 3650.0 4040.7 4456.8 4892.1 5346.6 5824.1 6321.3 CI39.6
2927.7 3266.2 3656.1 4Ob9.9 4467.0
CR
2924.9 3204.9 3654.2 454s.s 4462.9 4899.6 5357.6
2926.2 3286.7 3656.5 4046.2 4466.0 4903.0 5361.4 5838.9 6338.3 68SR.8
1 EL 16 AR 19 K 20 CA
21 fC 22 23 24 25 26 tr
11 9
20 w1 29 CU JO 73
31 32 33 34 35
GA SF. AS SE ER 36 KR 37 RB
30 sit
39 40 41 42 43 4.
'I ZR 18 110 IL RU
45 RN 46 PO 47 AG 40 co 49 1N 50 SN
51 se 52 TE 53 54 55 56 57
I XE cs 81 LA
58 CC 59 PR 60 ND
61 PK
62 SK 63 EU 64 GO 65 18 66 01 67 NO 66 69 70
71 72 73 74 75 76 77
ER TN ‘(0 LU NC TA I, RE OS IR
70 PT 79 AU 80 NG 81 IL 62 cn 63 BI 84 PO 65 Al 66 RN
a7 ?R 80 a9 90 91 92
IA AC IN PA U
93 94 95 96 97
4905.1 3363.6
5841.3 6340.9
6061.6
7391.1 7955.3 8520.3 9124.1 9740.1 10376.6 11032.0 11703.6 12395.6 1312J.S
10337.5 10948.4 llSS2.2 12336.7 13os5.0
13134.4
7961.1 6534.b 9127.1 9740.5 iosta.7 11034.6 11704.6 12397.6 13121.3
13157.4 14617.9 15402.4 16207.6 17041.5 1704.1 10760.6 19667.0 20591.k 21536.0
13762.6 14533.t 13307.9 16102.0 16923.2 17162.1 10621.9 19505.4 20411.6 21337.5
13672.0 14633.2 15418.4 16224.6 17059.0 17912.3 10717.6 19667.6 20611.9 21557.3
22496.4 23483.2 24493.3 25527.9 26516.6 27669.0 20762.3 29099.1 31053.3 32230.5
22271.0
2211a.s 23S06.1 24516.7 25552.4 26611.0
33452.4 34700.5 35970.4 37280.7 30609.2 39970.5 41359.6 42776.2 4422b.a 45707.6 47216.2 40755.7 50335.2 51941.0 ::x . 56926.7 50661.2 60420.0 62221.1 64065.9 65941.6 67144.1 697I6.0 71771.0 7379s.e 75858.6 77966.9 00105.9 82297.s
7374.9 7936.6 6506.3 9095.0 9703.9
7399.4 7964.2 0537.0
9134.1 9750.7 103w.o 11044.1 11716.1 12406.9
7396.5
36620.6
37901.1 39205.6 40536.6 41091.1 43279.3 64608.7
46125.5 47591.3 49007.3 50606.8
63733.9 65500.1
67299.0 69131.1 70996.9 72394.0 74a26.3 76tao.5 70770.3 00006.9 82077.9 94901.5 67135.2
aoibo.0 62353.5
22322.6
22295.1 23260.6 24247.7
22505.6 23492.9
22476.8 23b60.4
34627.5 35095.7
37169.5 36512.2 39661.7
41240.3 42645.4
53347.7 34964.4 36663.6 54378.6
19539.5 20446.9 21370.5
23291.S
16215.1
16203.5
21545.1
24301.1 25530.3
17666.2
16759lO _. 21519.1
24466.6 25497.8 26552.2 27630.3 20716.5 298b9.9
33033.1
33463.1 34713.5 35991.7 37294.3 3K623.2 39964.8 41374.2 42791.1 44242.1 45723.2
333II.b 34625.7 35a93.9
36037.4 39354.6 40697.8 42064.1 b3462.4 44887.6
32954.8 34160.6 35391.7 36645.7 37926.6 39231.7 40S63.4 41918.6 b3307.4 44717.4
46337.1 41814.7 49329.1 5086S.6 52426.6 54008.0 55620.4 57269.4
b6156.0 47621.3 49110.1 50630.1 52101.6 53746.3 55339.¶ 56966.7
47232.1 48771.9 30351.e 5195r.9 53592.9 55250.2 56944.6
34246.4 35407.4 3673C.3
60651.7
65954.1
61761.9 69642.4 71540.2 73469.4 75436.2 77426.9 79463.2
91554.2 93022.-- i 96133.0 90490.2 105094.0
915m.9 94026.6 96522.6 99063.5 100665.4 104328.6 107043.3
9960S.3 103210.1 io5abi.4
92S14.2 94335.7 97204.2 99620.0 1020a7.3
96 CF 99 ES 100 FN
109731.1 11259L.3 115496.6
103337.0 105820.0 108371.6
109020.0 112661.3 115569.0
100570.0 111341.6 114171.0
109775.7
98060.8
13856.2 14613.8 13399.2
32116.6
KP PU A” CN BK
69321.1
13409.3
32250.0
62390.6 64160.0
86115.9 W402.1 90744.3 93133.7 93573.3
14624.5
25250.3 26290.6 ZIIk4.5 26406.6 29s12.3 30631.1 31779.3
63717.0 65571.0 67447.6
03873.6
9740.1 10378.2 11034.2 11704.0 12396.8 13120.6
23297.1 26333.9 27392.5 28459.9 29571.2 30696.9 31851.4
5aers.
71319.5 73313.4 75345.5 77420.3 79524.0 01671.3
21354.D
21262.5
60125.3 61902.7
69363.3
9712.6
10653.0
04530.0 66814.6 09145.0 91528.b 93967.0 96459.9 98999.6 150600.3 104262.2 106975.0
94597.9 66672.6 992Ob.J
7399.0 7963.6 0337.3
22476.0
47049.7 48578.4 50140.6 51739.3
65919.5
7376.4 7940.3 631O.b
ii636.0 20577.3
47254.5 48794.7 50375.2 ~19al.n 53617.3 55275.2 56970.1 5a755.5 60473.2
67093.0 69036.7 71021.9 73847.7 75911.7 78020.0
7396.0
7961.4 6534.6 9128.6 9744.6 10381.7 11036.0 11709.0 12401.4 13126.5
7394.0 7956.4 0331.6 9126.5
ii676;i 20600.2
b4006.9
64112.9
r379.3
7941.2 6511.4 9103.3
2927.4 3287.9 3657.0 4049.6 4467.5 4904.8 3363.3 SObI. 6340.5
19520.7 20427.6
45552.0
61907.2
7382.0 7944.1 0514.4 9103.9
5639.2 6338.6 6659.2
2923.5 3213.2 3652.0 4042.1 b459.1 6094.6 3353.3 362b., 6324.4 6042.9
17035.6
44263.4
62273.0
6043.0
5361.7
2925.7 3263.6 3653.3 COb6.9 4bL4.5 b901.3 5359.5 5636.9 6336.1 6656.3
17049.0 17901.9 11776.6
45745.0
52149.6 53713.6 53306.5 36934.7 58590.3 60272.4
4459.6 4995.3 5352.1 3627.7 6325.3
3656.9 4046.6 4466.3 4903.4
13863.7
33306.6
34731.4 36030.1 37313.2 30642.5 40004.6 41394.5 42811.9
4043.6 b
3207.1
102 K’LLMI
13T9b.2 14545.9 15323.5 16135.2 16936.9 17I76.3 16636.7
33462.5
35367.3
b461.
4997.3 5354.2 5630.6 6327.7 6646.4
2926.7
3P2
13600.3 14533.1 13329.2 16125.4 16948.9 17790.6
32931.7 34136.9
2924.2 3263.9 3652.6
K-L3R2
13057.0 14616.6 15400.0 16204.3 17036.5 176a7.1 1876O.i 19657.1 20576.4 21529.2
32267.7
29926.7 31081.7
2925.2 3205.2 3634.2 4045.2
302 K-L3K3
10346.7 io99a.o 11662.3 12349.3 13066.1
26271.2 27324.5 203as.e 29491.0 30609.2 31736.6
27695.0 28709.1
3Pl K-L2112
9716.2 10349.0 11000.5 11666.1 12352.5 13070.6
23461.6 24467.9 25b99.1 26553.7 27631.7 28720.0 29051.5 30999.1 32170.4
23242.9 24229.5 25239.4
301 I(-L2W3
61531.3 63644.K
05T96.0 67990.2 90230.6
lo4590.? 107139.5
341
1
26597.3
27600.0 21773.7 29910.7 310bS.2
58679.5
58i25.0 60307.0
60446.6 62246.6
62023.3 63775.0 65537.7 67330.2 69170.2 71036.6
64065.2
:::::fs . 76022.1 70021.5 80053.0 62922.9 95027.4
B7182.D 69372.T 91602.0
93071.6 96163.S 98549.7 100946.S lD3391.J
105682.5 106427.1
63961.2 67a64.0 69801.1 71791;7 t3816.9 75000.2 77980.6 aoi2a.o 02319.9
645S3.6 06837.0 89166.3 91552.4 93991.4 96464.6 99024.6 150625.1 1042aa.i 107002.5 109777.9
11261a.3 115526.0
30997.5
37107.6
3a,10.3 3909.7 41230.3 42643.3 44064.7 45550.6 47047.4 40376.0
50138.3 31727.9 53345.2 s49r5.9 S6661.3 S137b.O 60122.6 61099.9
63713.0 65568.2 67444.7
69360.) 71316.4 73310.3 75342.3
77417.1 79520.7 01675.0 e3ato.o
86112.5 ae390.5 90740.7 93130.0 95369.6
91051.0 99601.3 103206.2 105057.4 106566.7
111337.3 114173.6
303
K-L3KJ
6661.2
9102.9 9715.1 10347.9 30999.4 11665.0 12351.3 13069.4
9133.9 9750.5 [email protected] 1104b.S 11715.9 12408.6 13134.2
13199.1
13871.0 14633.0
14551.0
15327.9 36124.0 16947.5 17789.2 10651.3 19537.9 20447.3 21376.9 22320.9 23289.8 24260.7 25295.3 26332.1 27390.6 2645l3.0 29569.3 30694.9 31049.3
1543b.2 16224.4
17051.8 17912.1 1878?.5 19687.4 20611.7 21551.2 22518.3 23505.9 24516.5 23552.2
26611.7 27694.9 20789.0 29926.6
31061.6 32267.6
33030.9 34244.3 3340.2 36740.1 3ao35.1 39352.3 40694.6 42061.6 43460.0 44585.1
33462.4
46334.6 47012.0 49326.5 50662.9 52423.9 54005.2 55617.6 5t266.5 58943.2 6064O.I
b7294.4 40794.7 50375.1 51901.7 53617.2
34731.3 36010.0 37313.1 33642.4 40004.5 41394.4 42811.8 44263.3 45744.9
3SZl5.1 56970.0 59705.5
60413.1 62273.7
62367.5 64157.7 65950.9 67778.? 69639.1 71536.9 73466.0 75432.7 77423.4 79459.6
64112.9
blS27.7 03641.2
04507.0 06872.7 ~9204.2 91588.8 94020.6
94631.7
99063.4 100665.3 104328.5 107043.3
03790.2 07986.4 90226.? 92530.3 97200.1 99623.9 102003.2 104394.5 107155.2
109771.3
65969.S 67092.9 69036.7
71821.6 73947.7 :::::*: . aO160.0 82353.4
96522.6
109QLO.O 112661.2 115s69.a
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV)
K-LM
See page316 for Explanation of Tables 2 EL JO 31 32 33 34 35 36 37 38 39
303 K-L1 MS
102 K-LlwI
302
K’LlK5
JO1 KILlC4
JPO K-LJN4
3Pl K.LJ”S
1Pl K-LJK4
301 II-L2M4
IN 64 GE AS SE BR KU RO SR I
3446.3 9040.2 9647.1 10284.a 3093l.a llS94.7 12201.0 12999.S 13726.3 14480.0
a446.3 9040.2 9647.1 10264.a 10931.8 115911.1 1228i.l 12996.8 13727.3 14478.9
0444.1 9037.8 9644.4 10211.7 10920.3 11591.4 12277.1 12994.4 13722.6 14473.0
0446.3 9043.2 9647.1 10204.a i093i.a 11594.6 12260.6 12996.0 lJ726.4 14477.0
a61e.6 9220.7 9842.7 104a6.0 11147.4 11024.0 12523.a 13255.6 13999.6 14766.8
0610.9 9221.1 9abs.i 10466.4 11147.8 11624.5 12524.3 13256.2 14000.4 14767.5
0617.2 9219.2 ea4i.o 10464.0 11145.2 11022.6 12522.3 13254.2 13991.4 1476S.4
a595.i 9193.3 9011.0 10449.l 11106.2 11777.0 12470.5 13195.1 13931.4 14690.1
46 tn 41 YE 42 MO 43 TC 44 RIJ 45 RH 46 PO 47 AG 46 co 49 IN
15255.5 16051.1 16373.8 17713.2 16576.7 19462.2 20370.9 21300.2 22243.3 23212.0
15254.3 16049.8 16072.3 17711.6 1857b.a 19460.2 20Jba.6 21297.7 22240.6 23209.1
15240.0 16043.9 16066.0 17704.9 10567.6 19452.5 20360.4 21208.0 22231.1 23198.9
15253.1 16041.3 16470.5 17709.7 10572.5 19457.S 20365.6 21294.1 22236.5 23204.3
lSSS(1.6 16371.6 17211.6 10070.9 16954.0 19860,il 20791.6 21743.6 22711.6 23706.1
15559.4 16372.4 17212.6 18371.9 10955.2 19662.2 20793.2 2174S.6 22714.0 23709.1
15557.2 16370.3 17210.5 10069.7 18953.0 19860.0 20790.8 21743.0 22711.1 23705.7
15472.9 16276.0 17105.2 17953.0 iaa23.3 19716.6 20632.7 2150.0 22520.0 23496.0
50 51 52 53 54 55 56 57 58 59
SN SB 1E I XE cs BA LA CE
2b202.2
241118.1 25200.5 26235.7 27292.4
24193.7 25206.5 26241.4 <7296.2 28360.4
PR
24723.7 25766.6 26833.0 27922.13 29024.3 30160.7 31330.7 32525.0 3374l3.S 35003.9
24727.J 25770.7 26637.6 27929.4 29030.9 30175.9 31339.5 32535.0 J37S9.4 JSOl6.7
2b723.4
2S215.9 26251.1) 27310.: 28373.0 29406.6 30611.3 31765.4 3294a.5 34161.0
24199.0 25212.5
26aJL.e 27922.6 29024.2 301611.2 31330.7 32525.0 3374a.5 35003.9
24494.2 25516.0 26560.0 27625.3 28700.2 29816.0 30951.3 32114.3 33304.7 3452b.7
60 61 62 63 b4 65 66 67 60 69
NO P” sn CU GO TB OY 140 ER 1N
35400.3 36662.9 37949.5 39266.8 40607-a 41975.0 43375.0 4479a.o 46249.5 47729.4
36280.5 37590.9 36936.2 40303.9 41700.1 43126.5
36288.6 37599.0 30936.3 40304.1 41700.3 43126.7 b4sa4.5 46072.2 47590.0 49141.1
35771.0 37042.2 3a337.3 39660.4 41009.2 42385.4 43790.2 4S221.6 46679.6 4Bl60.1
‘16 LU
70 71 72 73 74 75 76 77 ,I 79
Wf
IA Y RE OS IR Pl
AU
80 UG 01 1L a2 PB 83 81 34 PO a5 AT 06 RN 07 fR 06 RA a9 AC 90 91 92 93 94 95
IH PA U NP PU AN
:: “8: 90 cc 99 ES 100
v-n
26246.2
27306.2 2b360.9 30606.9
PEJ54.5 29466.7 30569.9
11760.6 32943.5 341s5.a
31742.S 32924.3 J4134.7
35394.0 36657.1 37943.5
35371.9 36631.9 37917.3 39230.7 40569.3
294at.
3
29472.6
30595.9 31746.6 32930.5 34140.9
46205.5 47682.5
b6071.9 47509.7 491ro.s
36303.1 37615.7 30954.0 40325.4 41723.6 43151.6 44613.0 46102.9 47624.4 49171.2
49304.i 50717.5 S2275.9 53152.6 55463.1 57100.0 58770.4 60400.6 62215.2 639a2.1
49191.1 50724.5 52283.0 53059.7 55470.3 57116.1 5a705.7 604aa.o 62222.6 63989.7
50724.3 52341.1 539.53.2 55650.2 57353.2 59097.2 60872.4 62680.7 64528.6 66412.9
SO7b3.1 52302.1 S4027.7 55697.9 5740S.O 59152.4 60932.1 62745.3 64597.6 664ab.a
50724.6 52341.4 53983.5 5S650.5 57353.6 59097.6 60672.8 62601.2 64529.1 6641J.b
496a5.9 51232.7 52100.5 54391.1 56011.9 57669.6 59354.0 61067.5 62815.5 64593.6
65062.4 67687.0 69550.5 71447.6 73377.a 75344.5 77336.2 79376.6 a1444.7 03562.3
65774.2 67593.2 69450.9 71341.7 73266.0 75226.3 77212.6 79244.0 a1304.2 83413.9
65701.3 67600.8 69451.6 71349.5 73273.6 75234.7 77220.5 79252.0 81312.3 83422.0
68326.1 70276.9 72273.0 74307.0 76380.3 78498.1 LO646.a 82849.2 85093.4 87386.0
60404.S 70362.8 72362.5 74b02.7 764al.a 7160S.4 00762.0 82971.2 65223.2 87523.6
68326.1 70279.5 72273.6 74307.6 76381.0 78496.a 60647.5 e2a50.0 65094.1 I7JIb.a
66397.0 ba234.0 70103.6 72009.9 7394.S.7 75924.4 77924.1 799IO.S 8204a.6 a4170.2
85726.3 67920.6 9017O.b 92456.2 947aa.9 97159.6 99500.6 102050.2 104564.7 107132.6
(15115.5 87917.9 90159.4 92445.1 94777.7 97140.3 99569.3 102039.7 104553.2 107121.0
95559.2 67751.6 (9916.2 92262.0 94535.7 96945.3 99357.3 101815.6 104319.3 106075.2
05567.3 a7759. n 89994.4 92270.2 94593.9 96953.6 99365.6 1011124.2 104327.7 1066aJ.b
a9727.2 92119.6 94572.1 97074.9 99621.5 101239.2 104909.1 107632.6 118418.1 113269.0
a9a72.7 92274.9 94734.3 97246.9 99109.4 101430.9 105109.6 107644.0 110640.3 113503.0
89721.1 92120.5 94s73.1 97075.9 99629.6 101240.3 104910.3 107633.0 110419.3 113270.3
86329.4 aa533.7 90767.2 9JO80.0 95414.6 97792.2 100223.2 102691.7 105212.1 107703.0
109759.9
109740.2
109490.5
109490.9
11610a.2
116bJ4.1
116109.5
110410.2
39266.6
40601.3 41963.3 43360.1
43934.6
46242.2 47721.9
43330.a 44751.1 46198.7 47675.7
49239.6 50775.4 52337.7 53917.6 55532.7 57182.1 saa56.4 60563.7 62303.0 64075.1
49231.9 50767.6 52329.7 53909.6 5SS24.3 57173.5 58a47.7 60554.8 62293.9 64065.8
65a71.6 67696.6 69560.2 71457.S 733117.0 75354.7 7734a.s 793a7.0 ai455.3 a3573.0
44790.9
35378.1 36635.3 37923.7 39237.1 40575.a 41941.2 43337.4
25766.3
44757.9
342
44504.3
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
K-LM
Energies (in eV)
See page 316 for Explanation of Tables L fL
102 K-LJK5
302 K-&3K4
SF2 K-L2115
3P2 K-L2C4
303 K-L3*5
IF3 II-L3U4
3F3 K-LL"5
3F4 K-L3K5
30 31 32 33 34 35 36 31 36 39
2N GA 6E AS SE BR KR RB SR v
0620.9 9223.4 9045.6 10409.2 11150.9 11028.5 12520.6 13260.9 14005.6 14773.2
6619.3 9221.5 9043.5 10406.9 11140.3 11025.5 12525.3 13257.3 14001.6 14760.0
0597.7 9196.4 9014.5 10453.7 11110.5 11761.7 12475.6 132Ol.5 13937.3 14696.3
0596.2 9194.7 9612.5 10451.5 11100. i 117aO.2 12473.9 13199.0 13935.9 14695.0
6620.1 9222.4 9644.6 iobaa.0 11149.6 11626.9 12526.9 13259.1 14003.6 14771.0
6617.7 9219.7 9041.5 10464.6 11145.0 11622.6 12522.4 13254.2 13996.3 14765.2
6595.7 9194.0 9611.6 10450.7 11107.2 11779.2 12472.9 13197.9 13934.7 14693.6
0620.8 9223.3 9845.6 10409.2 11156.9 iia28.9 12529.1 13261.6 14066.4 14774.1
CO 41 42 43 44 45 46 47 40 49
ZR NB NO rc R” RN PO 4G co IN
15565.4 16379.0 17219.7 10079.4 10963.3 19a70.6 20002.3 21755.2 22724.1 23719.7
15560.0 16375.9 17214.1 10073.5 10956.0 i9063.a 20794.7 21746.9 22715.0 23709.7
15479.5 16263.0 17112.7 17960.9 16631.6 19725.4 20642.0 21579.2 22531.1 23500.2
15479.2 16261.9 17111.a 17960.0 18031.1 19725.2 20641.7 21579.4 22529.6 23506.2
15563.1 16376.5 17217.0 10076.5 10960.2 19067.5 20196.6 21751.5 22720.2 23715.5
15557.0 16369.9 17209.9 16069.1 10952.2 19659.9 20769.7 21741.7 22709.7 23704.3
15476.9 16260.5 17110.4 17950.5 10829.6 19723.6 20640.3 21577.5 22529.3 23506.3
15566.4 16300.1 17221.0 iaoa0.a 10964.9 19a72.5 20604.2 21757.2 22726.3 23722.0
50 51 52 53 54 55 56 51 56 59
SW 5.8 1E I KC cs 0A LA CE PR
24730.3 25702.2 26049.7 27941.1 29043.6 30109.0 31353.1 32540.9 33773.11 35031.4
24727.6 25770.6 26637.2 27927.2 29020.9 30173.0 31335.6 32530.1 33753.n 35a09.4
24507.3 25530.2 26575.3 27642.3 20710.2 29037.5 30972.4 32136.9 33328.7 34551.0
24504.6 25527.0 26571.4 27631.0 26712.4 29630.6 30964.3 32127.6 33310.5 34538.0
24733.9 25777.5 26644.9 27936.0 29036.3 30163.4 31347.2 32542.8 33767.4 35024.7
24722.5 25764.8 26631.3 27921.2 29022.I 30166.7 31329.2 32523.6 33747.L 35002.5
24505.4 25520.2 26573.3 27640.2 26716.0 29035.3 30970.1 32134.6 33326.3 34540.5
24740.3 25764.6 26052.5 27964.1 29046.0 30192.3 31356.5 32552.5 33777.5 35035.3
60 63 62 63 64 65 66 6? 66 69
NO PM SK EU 60 16 01 HO ER TM
36310.2 37631.2 30969.0 40341.6 41740.2 43160.6 44630.3 46120.7 47642.5 49196.7
36294.2 37604.0 30942.2 40310.2 41706.6 43133.1 44591.1 46079.0 47596.9 49140.3
35600.3 37073.3 36369.7 39696.9 41041.1 42426.3 43635.1 45269.1 46731.2 46222.1
35736.3 37057.1 36352.6 39676.0 41025.2 42401.6 43607.0 45230.7 46697.1 46166.0
36311.3 37624.0 36962.5 40333.9 41732.3 43160.5 44621.9 46112.0 41633.6 49137.5
36207.2 37597.6 36935.0 40302.9 41699.2 43125.6 44533.5 46071.2 47569.0 49140.2
35797.0 37070.7 30367.1 39694.2 41045.4 42423.5 43332.3 45266.3 46720.3 48219.0
36322.3 37635.5 30974.2 40346.2 41745.0 43173.5 44635.4 46125.0 47647.6 49202.2
70 11 72 73 74 75 76 ?I 76 79
18 LU MC TA I RE OS IR Pl LU
50762.0 52401.3 54047.3 55717.9 57425.4 59173.1 60953.2 62766.1 64619.5 66509.0
50731.9 52346.9 53991.1 55656.3 57361.5 59105.7 60COl.l 62609.7 64537.6 66422.3
49742.3 51291.7 52063.4 54457.6 56002.Ll 57744.3 59433.6 61152.2 62905.0 64610.3
49704.2 51251.3 52019.5 ::::z . 57609.7 59374.5 61066.4 62036.6 64615.1
50772.6 52391.e 5i037.5 55707.9 57415.1 59162.7 60942.5 62755.6 64606.4 66497.6
50723.7 52340.5 53902.6 55649.7 57352.6 59696.6 LO'I72.1 62600.5 64526.4 66412.6
49739.3 51200.6 52660.3 54454.4 56079.6 57741.0 59430.3 61140.9 62901.6 64604.8
50767.6 52407.1 54053.2 55723.9 57431.5 59179.4 60959.7 62713.3 64626.2 66515.6
80 81 62 a3 a4 a5 06 a7 aa a9
WG TL P6 n: ~0 At RN FR RI kc
60427.1 70305.7 72305.0 74426.3 76505.9 70629.a 60766.7 62996.3 65246.6 07549.4
60335.0 702IO.6 72202.9 74317.1 76390.7 70500.6 60657.6 02060.2 65104.5 6l397.4
66496.4 66339.4 70215.0 72127.0 74072.7 76054.6 70062.4 00115.9 62202.2 64331.9
66416.9 66256.2 70126.2 72032.0 73971.9 75946.0 77946.0 79994.7 62073.2 64195.1
66415.5 70373.9 72373.6 74414.2 76493.5 ?0617.2 00773.9 02983.3 05235.4 67536.1
66326.2 70270.9 72273.0 743OI.l 76300.5 78490.3 60647.1 82049.5 05093.6 17306.5
66492.9 66335.6 70211.3 72124.1 74069.0 76050.0 76056.6 60112.0 02190.3 04320.0
60434.0 70392.6 72393.0 74433.7
90 91 92 93 94 95 96 97 90 99
TM PA U NP PU IN CN BK cf ES
a9srs.e 92301.4 94761.1 97274.1 99a36.e 101456.7 105137.6 107072.5 110669.1 113532.2
09730.8 92131.4 945ar.i 97067.1 99640.9 101251.0 104922.0 107645.7 110431.4 113202.5
66499.2 00713.7 90974.3 93277.2 95621.0 90009.7 100449.6 102929.4 105461.0 ioao44.0
06354.6 66559.3 90013.1 93106.2 95441.3 97019.0 106250.2 102119.0 105239.6 107a11.0
69005.3 92207.7 94747.2 97260.0 99622.7 101444.3 lO5123.3 107057.6 110654.3 113517.3
69727.6 92120.2 94572.6 97075.6 99629.3 101240.1 104910.1 107633.6 110419.1 113270.1
K6495.3 00709.7 90970.3 93273.1 95616.0 96no5.5 lWb45.6 102925.1 105656.7 106039.7
69907.0 92309.6 94769.4 97202.5 99045.4 101467.3
100
CN
116463.6
116201.9
110603.3
110430.5
116440.5
116109.4
13067a.9
116472.7
343
A+mk
:::::*: . 00794.4 03005.1 65256.5 07557.4
::::iz 110676:l 113541.2
Do+to md Nuclear
Dtitto Tables, Vol. 20, No 4, Oaober
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation IS0 2 EL
L3-NlHl
ia 15 20 21 22 23 24 2¶ 21 21
AR II CA SC 11 v CR NN ft CD
174.6 216.4 249.2
26
If
616.7
:: 31 32 33 34 35 36 31
f:: GA GE AS SE BR nn RB
30 39 40 ,I 42 43 44 45 46 41
SR I 2A YE WO TC Ill au PO A6
1200.6 120.4 1336.1 1407.4 14eb.3
46 CD 49 1Y SD SW 51 SB 52 1E 53 I 54 IIE ¶S cs Sb IA 57 LA
19b2.4 2443.9
aa 59 60 bl 62 $3 b4 65 ‘6 67 66 69 70 71 72 73 74 75 7b 7r
JCZ LS-RlR3
3Pl L3-llllll
of Tables
3CO L3-nlR2
SC0 LJ-R3R3
LSD LI-ntRL
JCL LJ-I2Il3 205.1 212.b 269.6 331.7 3.50.3 b18.5 483.4 SW.0 593.7 ‘IS.1
501.1 557.6 614.9 670.3 71b.l 769.) 647.1 906.9 972.4 1035.9 1095.2 1151.0 1232.1
670.3 734.1 769.4 941.7 904.9 9‘9.0 3032.2 1090.6 1146.9 1227.1
655.9 719.1 773.7 629.1 666.6 952.0 lOlb.6 3072.4 1127.7 1247.2
670.3 73b.1 769.4 343.2 901.6 966.5 1029.6 1067.4 1143.7 1223.2
710.7 776.9 031.0 694.6 956.6 1026.0 1095.5 1159.3 1217.5 1303.6
703.2 766.9 624.5 183.4 943.6 1012.2 1061.0 1142.6 1201.2 1234.9
1216.2 1301.4
1300.4 1373.3 $447.9 1525.1 1609.5 1693.1 1777.0 1664.7 l*SS.b 2046.1
129b.6 1366.6 14b4.7
1273.6 1345.0 1417.9 lb93.3 1575.6 1656.6 1736.3 1621.4 1911.5 1996.6
1269.7 1361.2 1434.2 1509.7 1592.1 1673.2 1754.6 1639.9 1926.0 2015.1
1375.9 1452.6 1533.2 1615.2 1705.7 1795.2 1~03.~ 1977.2 2074.9 2172.4
1354.1 1426.9 1506.5 1565.5 1‘72.5 1757.4 1641.0 193D.b 2022.0 2113.9
1372.5 1441.6 1527.6 1606.b 1697.7 1rss.e 1671.9 1963.3 2056.6 2153.2
2161.9
2060.2 2166.0 2252.3 2340.3 2129.3 2516.0 2565.9 2669.1 2776.2 2875.3
2096.6 2162.5 2266.4 2356.6 2445.9 2534.7 2602.6 2705.6 2793.0 2692.2
220.1 2360.4 2456.2
2199.5 2266.6 2314.7 tb70.6 2SbS.9 2‘57.6 2730.1 2636.b 2929.2 3028.0
22b2.2 2335.3 2429.4 2525.9 2‘23.9 2722.‘ 2600.6 2915.2 3013.2 3119.5
2274.0 2370.7 2bb6.9 2569.5 2C72.1 2775.6 2659.4 2979.6 3084.6 3197.3
2236.2 2329.2 2b23.2 2519.5
2973.9 3071.5
1299.9 3426.2 JSSC..? 3‘90.0 S620.2 3956.1 4096.3 b23Z.3 4376.9 4527.7
3132.1 3243.l 3355.5 S4b9.9 y”,:*;
3229.3 3348.3 3471.0 3593.7 3717.6 303.6 3971. b bD95.7 4232.9 4366.8
3315.4 3440.1 3573.0 37Db.b 3835.1 3973.5
3734.1 JISb. 3 397b.3
2991.0 3090.6 3204.5 3312.1 3426.6 3536.4 36b6.9 3752.D 3674.4 3992.6
::::*: 4395: 1 4544.3
3221.9 3340.6 3bbJ.b 1515.a 37DR.8 3835.‘ 39bS.t 4067.3 4224.4 4356.1
b499.5 b244.6 bJZb.8 4411.6 4546.1 4655.6 47‘3.0 4671.9 4979.3 50‘0.5
x: . 4343.7 4460.6 4565. b 4675.1 b762.6 4691.6 b999.4 5100.9
4‘72.4 4616.1 4979.6
4294.0 (415.3 4543.4 4bbt.b 4774.9 4a97.9 5000.5
4499.5 4b32.2 4776.4 4914.4 SDbb.7 5174.9 53Ob.8 Sbbl.‘ 5575.9 5706*9
409.3 4633.3 4997.1 5349.9
4490.6 4623.3 b769.3 4905.1
::::‘: 559‘: 1 5751.2 5906.2 6042.0
:s:*: . 5297.1 5431.6 SSbS.9 SO&?
5165.9 5292.2 5365.6 Sb7.8.8 557D.4 56‘2.1 5751.7 5639.3 5913.7 5995.9
5206.5 5313.0 SbD6.6 5500.2 5592.0 5664.0
6200.3 6359.0 6511.b ‘$64.8 6621.6 6902.b 7140.1 7303.4 7456.6 7620.4
5448.7 55‘1.4 S‘bO.9 5759.1 5~51.7 5956.‘
5643.‘ 59I9.b b105.8
503s.3 59b9.1 ‘095.2
‘14b.b b226.2 6316.2
w: ‘8bs:r 699D.O
622P.I 079.3 b532.1 b6IS.B (662.9 7004.1 7362.1 732S.b 7479.2 7b45.3
LOCI.8
6094.1 ‘165.7 b235.0 (317.1 b363.9 ‘446.b 6514.i
x:': . RlOR.6 6263.6 64Sb.b 6634.6 6613.9 9995.0
b391.0 64?7.3 6555.2 (644.3 b717.5 bT61.9 bOb1.2 7926.5
7110.0 7232.5 7353.b 746b.6 7b10.1 7714.D Ia61.2 ODS.?
::::. : 8ldb 8107.B 8491.1 @bS9.b 9439.0
::::*: r341:4 747b.S 759l.I 7I22.2 7446.5 A972.9
z:': . bb91.2
::::*: .
7ObJ.J
6241.6
‘:::F: 9397:4
b739.5 (703.3 bD22.4
9562.4 9752.6 9944.5
7120.4
036b.l
9500.‘
7171.0 7216.9
04Ob.9 6bOb.9
::::‘:
679.7 731.6 783.0 640.6 299.9 9Sb.b 1014.4 14‘2.9 1137.6
::::*: 172D:O 1603.4 1665.5
1517.3 1600.9 ::::': . 1053.b 1943.6 2033.b
::::*: 2293:1 23l6.2 211b.7 2536.4 2616.0 27ib.a
ct CR ND CN SN EU GO TB 01 HO
2010.3 2697.7 3412.2 3113.3 3223.9 3329.2 Sb32.6 3530.2 3647.0 376b.2
3079.b 3195.6 3309.9 3b26.6 3547.5 3669.7 3791.2 3906.b 4440.6 4174.2
3056.9 31‘S*‘ 3266.6
ER IN ve LU uf 1A I RE OS lil
3693.0 3962.5 4094.2 4206.1 4304.6 4410.0
s311.9 4b20.6 45‘6.9 *too. 5 4623.2 49b9.1 5076.5
78 ct 79 AU a0 Mb
4907.5 5007.0 5094.3
92 a3 64 IS a$ 8I
CB BI CD Al RN CR
86 69 90 71 92 93 94 95 9b 97
RA AC rn CA U N? l u AN CN BK
::::*: . 2464.1 2573.0 ::::': 2647:b 2952.b
::z: 3r4r:s 3765.2 3661.7 4013.3 4146.1
192.0 237.7 273.0 311.9 351.5 bD3.9 454.2 54b.l 557.6 614.9
205.2 252.‘ 209.6 331.7 3b0.3 436.5 4r3.4 536.8 593.7 653.1
240.7 2b7.5 264.2
102 Ls-ReRl
566.1
531.)
165.7 229.6 26b.3 302.5 3bb.b 393.1 bb2.6 49i.9 544.6 601.2
I?2 L3-R3*3
:::*t . 3ba.a 415.9 461.6
2117rs 2206.1
98 CC 99 ES 100 r*
L3-RlR2
Lg-MM
192.9 LJt.7 273.4 311;9 3Sb.S 443.9 454.2 SOb.1 557.6 614.9
191.4 237.7 273.0 311.9 156.5 b43.9 454.2
2131.0 2220.4 2310.6 2403.1 2496.9 2590.6 266b.l 2773.2 2A67.5 2973.2
11 TL
lP1
Energies
310t.3
3294.8 3409.1
3516.6 3629.1
5334.b 54sa.9
::",:-: . 4536.3 4669.6 (791.7 4917.7 5043.6 5172.7 5300.4 5424.1
5566.2
5552.7
::::*: 5350:0
563R.2 5959.3 bD79.6 6203.4
5921.6 ‘041.7 6164.5
3: . SS(10.5 SbS6.4
::::*: 6557:s b677.9
::x:*: . 6516.5 6636.2
5716.9
b766.1 6945.7 7020.0 7144.3 72bD.9 7379.b 7496.2 6614.9 7734.7 7653.2
b7b5.7 b662.7 6976.2 7099.9 7215.7 7333.7 7451.6 05b~.5 7b86.7 7004.4
6293.2 6359.4 6423.9 ‘4a9.1 7548.5 ‘b10.0 ‘665.2
79‘6.5 6002.3 .193.*
7919.1 9032.2 9142.7
6713.2 6756.6 ‘795.5
bS11.6 4614.9 4715.6 4606.4
5716.9 5646.5 5921.3 5960.1 ‘036.2 609S.i
7146.0 ‘196.2 6243.6 ‘282.5
(316.5 6347.6
5206.1
5717.9
5691.7 5901.5
6142.1 6211.1
::::-: 5936:s 6016.9
344
::::-: 2763:9 2647.2
2967.1 30?1.7 3164.0
5132.1
5279.9 5426.6 5577.3 5732.1 Saab.7 6042.3
:'I:*: r23:r 475.9 52a.r 595.2 144.1
710.7 776.9 (135.0 694.5 9Sb.9 1025.1 1494.6
1157.5
36lb:3 3920.3 4OSS.b 4173.9
5114.7 5228.2 5337.9
::x . 649D.O
6051.3
7001.1
611b.S
Atomic
205.4 252.6 229.6 331.7 3ao. 3 430.5 463.4 SJI.8 593.7
653.1 710.7
77b. 9 835.0 697.b 9bS.D 1430.1 1099.6 1164.2 1222.3 1309.0 13a1.6 1459.2 1539.9 1622.4 1713.3 1903,P 1692.2 1926.0 2014.1
Data m-i Nudeor
LOS.5 :::*: 329:2 317.1 427.6 460.4 SS3.6 SM.3 649.5 706.9 772.9 130.1 290.6 953.3 1021.3 1090.5 1153.4 1211.9 1297.0 1367.9 1443.9 1523.0 1603.7 :'t::: 1lb‘:b
1957.6
2053.0 L147.b
::::': 279b:D 2906.3 3006.1 3112.2
6223.1 6349.4 b479.0 ‘605.3 ‘734.6 ‘252.2 (976.3
:::i-:
.
.
1352.9 14r3.5 DS93.4
Dota Bblu.
Vol. 10, No. 4. Ock~ber 1977
F. P. LARKINS
TABLE
3p1 L3.WlC13
193.0 237.f 273.0 311r9 356.5 403.9 454.2 504el 557ab 614.9
192*9 237.7 273rO 31189 35be5 403r9 454r2
blbrb bl7.b 729sb 7b191 b3b.5 691.9 954.4 100**0 1ObO.b 1135*5
670.3 734.1 709.4 847.1 908.9 972.4 1035.9 1095n2 1151.0 1232.1
4.70.3 734.1 789.4 144.7 904.9 969.0 103262 1090.b 114b~b 1227rl
30 SR 39 ‘I 40 ZR 41 NU 42 No 43 TC 44 RU 45 RM 46 PO 47 A6
1195.6 12bb*l
1300.4 1373.3 144r.9 1525.1 1609.5 1693.1 1777.0 1864.7 1955.6 2046.1
48 49 50 51
CD XN SN SB
:: 54 55 $6 57
‘: xt cs UA LA
1959.9 2041.3 2123~2 2206.4 2290.5 23’3eb 243b.l 2533.4 2416.1 2714.0
2131.0 2220.4 2310.b 2403.1 2496.9 2590.6 2bb4el 2773.2 2bb7.5 2973.2
$8 59 60 61
CE PR ND I’M
:: 64 63 bb 67
:cI GO 72 D” Ho
2b07.5 Pb95.0 30.09*5 31lO*b 322lal
lb 19 20 21 22 23
24
AR K CA SC 11 v CR
IS0 L3WlMl 173.2 214*9 24?@b 283*0 323*2 367*2 414.3
:: :: 27 CO 21) N1 :o’ 31 32 33
:: GA (rL AS
:: ;: 36 RR 37 RE
:: 77
5 IR
:: b0 bl
:: hb TL
:: :: a4 PO b5 47 46 RN b7 7n
::::: b14.9
lP1 L3-MlN2
3?0 L3-*IN2
3PO L3-Y3M3
lb5*7 229*b 264.3 302.5 340-L 393*1 442eb 491.9 544*b bole2
192.0 23f.7 273.0 311.9 35b.5 40319 454.2 504.1 557.6 614.9
205.2 252.6 2b9.b 331*7 3bOa3 430.5 4b3.4 536.0 593.7 653.1
655#9 719-l 773.7 b29*1 bbb*b 952*0
670.3 734.1 709.4 143.2 901.0 966.5
::t: . 1127*7 1207-Z
t”O:x . 1143.7 1223.2
710.7 776.9 (35.0 b94.b 959.2 1026.4 1096.0 llS9*9 12lb~O 1304.2
1273-b 1345*0
1613.6 1766.7 lb53.b 1943.b 2033.4
:z: 1534:o 1616.1 17Obe7 1796.2
2::': l575:b 1bSbeb 173b.3 103.4 1911*5 1991.6
it::
l :
ZO?b:o
1SO LI-YZYZ
LR-MM
3c1 L3'Y2Y3
205,4 252.b 2b9.b 331.7 3bO.3 430.5 4b5.4
20315
::::: b45.b
::::: b53al
2:‘: b53:l
2:‘: b49:S
703.1 7bb.b 626.5 bb5.1 945.1 l013.b
710.7 :::*: b94:5 95ba9 toiist IO94bb 1157.5 121b*2 1301*4
710.7 7tb.9 OS*0 (97.6 963.0 lOlO*l 1099*b 116412 1222*3 1309.0
706.9 772.9 130.1 00.0 953.3 1021.3 1090.5 1153.4 1211.9 1297.0
13bl.b 1459.2 1539.9 1622.4 1712.3 tbO3.2 lb9212 19bb.O POb4.1 2121*9
13b7.9 1443.9
1931.b 2024.2 2115.2
13?2~5 l44b@b l527eb lbOb*b IO?.? 111512 lb?149 19b3r3 205b*b 2153*2
2214.0
225b.2
fl9?*3
:x 2519:s 2bl?o3 2715e9 2194.0 290b.3 1OOb.l 3112.2
3313.4 5440.1 Sb?3*0 3104.b 3*55* 1 59T5.3 4111*9 424bo2 4395*l 4544.3
3221.9 314O.b 34b3.4 35b5Bb 3709.b 3b35ab 39b3.2 40b7.3 4224.4 435b.l 449O.b 4625rI 4Tb9.3 4905.1 5035.2 5lbS.3 529t.i 5451.b 5555.9 bb9b.7
15bb.9
2173.5
209bab 21b2.5 22bb.b 235b.b
2265.2
2200~9
2242*2
::t::: 2559e7
2573.0 2645.7 2754.0 2047.4 295214
20b0.2 2166.0 2252*3 2340*3 2429*3 25lbaO 25b5*9 2bb9.1 2??6*2 2875.3
:::::: 247261 2565r2 2b5b.9 273164 2b39.b 2930.5 3030.2
:::::: 2525*9 2b23*9 2I22.b 2bOOob 2915*2 3013.2 311915
305ba* 3163.b 32bb.b 3402.) 3523bL 3644*5 3765.2 3bb1.7 4013.3 4146.1
2973*9 307395 3lb?*3 3294.1 340981 35lb.b 3629*1 3734.1 3b56*3 3974.3
2991.0 3090.6
3133.5 3244.5
322963 23bba3
3644e2 3761.4
3070.4 3lbSab 3309.9 3426.6 3547.5 3665*7 3791.2 3901.4 4040.6 4174.2
5bb3.b 59?1,4 4095&I 4232b9 43bbrb
4205*3 4301.0 44OtaZ 4501.9 4612~2 4713.1 4005.3
4311.9 4421.6 4546.9 4700*5 4023.2 4949eb 5076s) 5206.1 5334*4 5450.9
42b3.2 4399.3 4534ab 4669.8 4791.7 4917.7 $043.) 517267 5300*4 542411
449985 4b32t2 411.84 49lbr4 5044*7 51?4*9
4bb9*5 4b53.3 499r.3 5109e9 YIQb*o
5rOb.9
5QOb*2 bOb2*0
2117.5 22Obbl
554bn2 5717.b 5b3ba2 5959a3 b079*b
43bO.2 4529aO
4099*5 4204eb 4324ab 444leb 454b*l 4655*b 4763.0 4671a9 4979*3 50b0.5
45bSa4 4675at
46’3.0 4#17*4 49blal 513314 52bl.1 542t.b
4295.6 44lb.b 4544.9 4bb4.1 4??6*2 4bb9.4
::::*: 4999:4 5100.9
6043.5
:::::: 53blrb
5206.5 ¶313*0 ~406~8 5100*2
::::‘: Sb.2:
5510*7 5517.9 5653*7
w: 5913:7 s995*9
b745r7 bbb2.7 6976.2
bObb*b blblbl 921111
5714.2
b7bb.l
:: 93 94 95
‘: NC PU Au
::
::
59??*4 6035.5 6092.4 7143*4 bl93*5 6241.2
::::*: 7144:3 7260.9 7379.6 I492.2 0614.9 7734.7 7053.2
90 99 100
CC cs f*
6219.9 b315*9 6345.2
79bb.5 bObZe3 9193.4
3301.2 348t.b 35bQe I
:::‘o*: 35b7:b 3701.2 5bl7.7 5919.7 4057.0 4175.3
620.3 b40ba5 6516.5 6636.2
RI AC TH
2bbba5 2960~4 3073.1 31084
342bab 3536-L 306.9 3752.0 3b74e4 3992.6
::::*: b446:7 655745 bb77.9
84 09 90
::::*: 2bOZ:b 2705.b 2793.0 2b92.2
5bb5ab 59?9rb blO5ab b251,9
bW5.9 bb22*?
l
bO9Onl b165.7 b255rO
741?.b 7621.4
b229.b b5lTr9
::::*: bblb:5 b?bbaI bbb54? b99hO
77b0.0 7944.1 b109.b
b59ba7
?llO*O
::I::: bb4bd 019.1 b?bQa b
%Z
:::t:
b220.3
?lb2*1 ?52S*b ?4?9*2 1b43.3 :::::: b132eb
x::
b567.5 7bbb.7 7b04.4
::::i: 754b.5 bblO*O bbbb.2
9Ib4.3 9H2.3
TOb5.2
bibleb
9151.4
7919.1 b032e2 b142.7
b713.2 b15b.b bI95.5
95b3.2 97S8.b 9945.3
?122*2 ?l?lrb ?220*?
b5bbal Lb5149 bbbba9
95bb.b 9??9*5 99?1*5
345
102 LI-Y2P3
::t*: 33,:r 3bOs3 430*5 4S3*4
202* 1 249.9 205.7 327.2 375.3
20513
I?2 L3-*3*3
2015.1
68 CR 69 TM 70 18 :: :: 73 1A 74 *
Energies
V. Auger-Line Energies (in eV) With Configuration Interaction See page 316 for Explanation of Tables
3P2 LJ-w;wI
2 LL
Semiempirical Auger-Electron
w
.
::::: 42766 4bOe4
l9Y?*b 2053eO 2147.4
::::*: 60962 b221.1 b3b9.4 b419.0 bbOlr5 bI34.b 6552.2 b9Ib.5 ?OIb~t r220.5 T5bl.4 ?b?4#¶ ?59?*?
b558r9 @4?8.¶ b595.4
F. l? LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation 2 EL
Energies
of Tables
303 I.30NlW5
302 L3-MlM5
102 l.3-lt1114
301 LJ.I(Ill4
JPD L3-N3Nb
3Pl L3-N3N5
301
lP1 L3-12114
866.4 930.3 999.0
a60.9 924.3 991.6 1061.1 1129.4 1194.5 1257.5 1345.0 1420.1 1496.6
866.4 930.3 998.0 1068.0 1136.6 1201.5 126k.a 1352.5 1427.8 1506.7
914.7 984.3 105s.9 ::::*: . 1274.7 1340.4 1434.8 1513.8 1597.5
914.7 9ab.2 1055.7 1129.3 1204.4 1274.7 13bO.4 1434.0 1513.9 1597.7
913.9 981.5 1051.a 1125.7 1200.6 1270.7 1336.5 i429.a 1509.3 ts92.a
906.7 973.a 1042.6 1116.5 1190.6 12159.7 1325.3 LLl7.3 1495.3 1577.5
/LI-l314
30 31 32 33 34 35 36 31 30 39
LN GA 6L AC SE BR NR AU CR I
:i:z . 1202.6 1266.0 1354.0 1429.7 15oa.9
866.4 930.3 990.0 ioba.0 1136.6 1202.0 1265.3 1353.2 lb2a.b 1507.7
60 61 62 63 bb 45 46 67 48 49
2.4 NB no rc RU nn CO At co IN
1590.6 1615.2 ll66.1 1656.1 1949.7 2044.5 2142.1 2240.2 2332.? 2433.3
1509.3 ib73.a 1?64.b iasb.3 1946.6 2041.7 2139.5 2237.3 2329.6 212b.a
i5ao.i 1664.2 1754.5 lab+.0 1935.9 2030.6 2121.1 2225.3 2317.1 2b13.7
i5a9.2 1672.4 lIb2.9 1952.6 1944.5 2039.3 2136.a 2234.1 2325.9 2k22.b
1605.4 1775.6 1072.1 1961.5 2065.6 2166.7 2271.6 ZJI6.4 247S.a 2579.a
lba5.6 1775.3 1072.5 1960.9 2066.2 2167.5 2272.5 23r7.s 2477.1 2501.5
1600.4 1769.9 1.966.9 1962.9 2OCO.l 2161.2 2266.1 2371.0 2470.3 2574.6
1663.7 1751.6 1846.6 1940.4 toss.2 2133.7 2235.7 2337.0 2b33.1 2533.4
50 51 52 53 5b 55 56 5r 50 59
SW SB n I XE cc 01 LA ct WI
2528.7 2629.2 2IJl.l 2633.0 2914.8 3031.a 3135.1 32J0.6 3365.9 34a2.1
2525.0 2625.2 2726.8 2a2a.3 2910.0 3026.6 3129.6 3244.9 3359.9 3475.7
2511.3 2610.0 2711.7 2ai2.2 2193.2 3ooq.a 3110.7 322b.a 333a.e 3452.9
2520.2 2619.a 2720.7 2a2i.i 2902.2 3017.a 3119.7 3233.a 3347.9 3462.0
26a5.b 2793.6 2903.5 3014.0 3105.6 3232.5 3345.4 3466.7 3591.9 3725.5
26a7. b 2795.9 2906.3 3017.6 3109.6 3237.2 3351.0 3413.2 3599.2 3734.2
2610.2 2700.5 ta90.6 3009.3 2s 3341:o 3b62e4 358l.7 3721.5
2634.0 273a.5 tdb3.7 2949.2 30 35.1 3156.0 3261.6 3376.3 3495.0 3620.7
60 61 62 63 64 65 66 b? 68 b9
NO PII Sll EU GO 16 OV HO ER W
3614.3 3740.9 3071.0 6003.0 k133.2 4261.2 4403.l 6546.0 4696.0 4126.6
3607.5 3733.9 3a63.a 3995.2 4125.1 4253.0 4395.1 4537.1 46a6.a 4811.2
3593.0 3707.3 3a36.0 396b.l 4092.0 4218.2 4356.9 4496.5 4642.6 4770.3
3592.1 3716.3 3945.2 3973.3 4101.2 4227.4 4366.1 4505.9 4652.0 c779.7
3064.5 4003.9 4142.6 42ab.9 4432.1 4577.7 4731.3 4006.9 5040.5 5195.7
317b.9 4016.1 4155.7 4303.3 4450.4 b597.4 4754.3 4912.0 5069.1 5226.9
Ja60.6 4000.2 413a.o bza3.3 bb2a.b 4574.2 4727.3 baa3.b 5037.1 5192.3
3749.6 3879.6 4011.1 4143.5 4277.5 4410.9 C554.5 4694.6 ba35.r b979.4
70 71 72 73 lb I5 I6 11 I8 79
IO LU l4F IA N RE OS Ill Pi AU
4969.7 5116.1 5249.1 s3an.b 5527.7 5669.5 5610.1 5947.4 bO90.2 6232.7
4960.1 5106.2 5239.0 5377.9 5516.9 565a.5 579a.e 593Y.9 607a.4 6220.6
4911.6 5055.4 51aL.b 5320.3 5455.2 5593.3 5729.2 5IIbl.4 5999.4 6136.7
4921.2 5065.2 5194.4 5330.3 5465.3 5603.5 5739.4 5071.7 bQ09.1 6147.3
5363.1 5526.3 5681.2 5037.7 5997.2 6161.1 6323.9 bb(17.9 665S.2
5395.5 5560.7 5719.1 5079.6 6042.9 6209.2 6376.3 65k4.9 6716.6 6ana.2
5359.1 5522.a 5677.7 5a3b.2 s993.7 6157.6 b320.b bbO4.3 66S1.7 bata.
5i2a.n 5275.1 5b11.9 5551.3 5691.5 5834.9 5976.8 6117.6 6261.1 6404.0
00 81 02 83 84 65 I6 a? 86 89
IIG TL
63b7.? 6503.5 663a.a 6776.9 6913.6 7050.4 7177.9 13.l5.0 7442.9 7576.3
635S.3 6OO.a 662¶.a 6763.7 6903.3 7036.6 7163.a 7300.6 7k2a.3 75bl.4
6267.0 6396.8 6526.2 6657.9 6708.6 6919.0 703a.6 7161.4 728B.l 7blJ.b
6277.7 6407.7 653?.2
b9e.S. 2 71bh.1
6961.6 71b4.5 73io.a 74ao.b 764a.o 7a20.5 79a3.0 015?.1 6326.0 ar9a.3
(540.9
6799.8 b930.4 7049.9 7100.0 7299.9 7425.3
7055.4 7223.0 7395.6 7571.2 7744.5 7922.7 4092.0 0273.6 6450.2 a630.2
7693.1 7a3b.9 7970.9 aioa. t a2ba.2 93ab.2 (519.6 a6s7.b a792.2 a927.4
7537.2 7669.2 7791.3 7925.7 8056.9 9iaz.i 6301.5 ab35.5 8559.4 8be2.a
7549. b 701.5 7alo.o 7938.3 a069.7 9195.0 0321.7 8448.9 a573.0 6696.5
a67a.s oa61.5 9047.8 9235.4 9427.0 1011a.2 9814.0 10011.2
nai3.9 9006.7 9199.7 9396.9 9597.9 10799.0
ac74.3 ODSI.4 9043.7 9231.2 9b23.b
An CM Ml cc ES
77oa.b 7a50.5 r9a6.a ai2b.3 a26k.7 9401.0 a53b.7 6b74.9 aai0.0 6945.5
::K’: . IO422.0 10634.2
. ‘w: 10006.a 10207.0 10407.s
7an.s aoi9.5 Il55.6 a209.0 ab2a.2 9561.4 0690.9 aa32.9 I965.9 9096.3
m
9079.2
9060.8
aaob.3
ooia.2
lD614.0
10141.7
10610.3
922b.9
90 91 92 93 94 95 96 97 9n 99 100
PB
81 PO Al RN FR II* AC TN PA U NC PU
6669.9
346
(622.2
::::*: . 7651.7 7824.3 7906.0 0160.9 8329.a a502.3
:::::*:
.
Atomic Dote ad
6676.0
6013.4 6951.3 7oa7.2 r225.5 7351.8 74a7.a 1617.5 77b7.7
Nvclsar
De,a bl,las,
Vol. 20, No. 4, October
,977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) See page 316 for Explanation of Tables 102 L3.llJI(5
JCL L3-ltlllb
3P2 LI-*LM5
302 L3’Wnb
3F3 LI’WIY5
303 L3-*3I4
lF3 LJ-II265
3f4 L3.8!3)15
920.2 969.1 106O.a
:: :: 38 SR I 39
::::*: . 1201.3 13b7.b 14b1.4 1521.6 1605.9
919.3 906.5 1056.7 1131.0 1206.2 1276.2 1342.b lb35.6 1515.3 1599.0
9lb.7 963.b 1053.5 1127.9 1202.9 1272.5 1336.6 lb31.3 1510.0 1592.7
913.9 983.b 1019.9 1123.6 1196.3 1266.1 1334.4 1426.7 1505.2 15n7.9
920.2 960.6 1060.0 1134.2 1209.6 12ao.1 13b6.3 1439.9 1519.6 1603.6
913.9 902.5 1053.2 1127.1) 1202.0 1272.9 i338.a lb32.2 1512.0 1595.6
905.4 972.7 lObl.0 1115.b 1169.7 1259.1 1324.6 lb16.9 1495.b is7a.o
920.2 990.2 1062.2 1136.2 1211.7 1213.3 1349.b 1443.7 152b.J 16aa.s
b0 bl 42 b3 bb 45 b6 47 b8 49
2x4 IIn NO TC RU nn PO A6 co IN
1694.2 !78b.b 1802.1 197a.a 207b.7 2176.b 228b.0 2369.7 Zb69.6 259b.9
1606.0 1776.5 1a73.7 1970.0 2067.3 2160.5 2273.5 2376.5 2b78.0 2562.2
1679.3 1767.7 1663.2 1957.b 2052.5 2151.1 2253.9 2355.6 2152.1 2552.7
1674.4 1762.6 1656.5 1952.6 204n.2 21b7.3 2250.0 2352.3 2bb9.2 2550.5
1691.6 1701.5 1ara.7 1975.1 2072.5 2173.9 2279.1 238b.2 2484.0 2566.5
1663.3 1773.0 1070. I 1966.0 2063.3 2165.3 2269.2 2374.0 2b73.2 2577.3
166b.5 1752.9 1046.5 19b2.6 203C.b 2137.6 2240.5 2342.9 2439.9 25bl.S
1696.9 17a7.4 1665.3 1962.1 2060.3 2162.3 2266.0 2394.0 2b9b.3 2599.6
50 51 52 53 54 55 56 57 56 59
SN SB IL I xc cs EA LA CE PR
2701.b 2610.5 2921.5 3033.6 3126.0 325b.b 3360.7 3b91.5 3610.1 3753.6
2667.9 2796.2 2906.3 3016.9 3106.6 3235.7 33b8.7 3b70.2 3595.5 3729.2
2655.6 2756.7 2864.3 2971.2 3056.0 3100.b 3267.6 3b03.9 352b.0 3651.9
2652.9 2757.7 2664.0 2970.1 3056.4 3177.7 3203.0 3390.9 3510.1 3644.1
2694.6 2003.3 2913.9 3025.4 3117.5 3245.4 3359.3 3401.7 3607.6 37b3.1
2662.9 2190.0 2900.7 3011.b 3102.7 3229.6 33bZ.b 3463.6 356a.a 3722. b
2643.8 2748.a 2055.2 2962.4 3049.b 3171.9 3279.3 3395.7 3515.6 3643.a
2706.3 2815.7 2926.9 3039.2 3131.9 3260.5 3375.1 3496.1 3624. I 3760.1
60 10 61 PM 62 51 63 EU 64 CO 65 1B 66 ov 6? MO 66 LR 69 1N
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::::*:
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3773.3 3903.9 b036.5 blb6.7 4303.2 bb37.0 4501.1 4721.6 b863.1 5007.3
3603.6 4625.2 b165.0 b312.6 4459.6 4607.0 4764.0 b921.8 5079.0 5236.9
3061. b b000.0 5139.5 b283.9 4429.0 b574.5 b72B.2 4663.6 5037.4 S192.6
3775.0 3907.7 40bl.3 4177.2 43i3.a 4449.2 b596.8 b739.6 4104.a 5031.7
3902.3 b04b. b 4164.6 4333.1 b460.9 4626.7 b706.4 b9bb.8 $102.6 3261.1
70 71 r2 73 7b 75 76 77 78 79
TB LU YF IA Y If OS IR PT ALU
5121.0 5506.7 57b5.5 5905.5 6069. b 6237.1 6bOb.7 6573.6 67bb.0 6916.1
5360.5 5531.7 56a6.a 58bJ. 5 6003.0 6167.1 6330.0 6bPb.l 6661.6 662a.7
5190.5 5339.4 5b60.3 5623.3 5766.0 5915.2 6062.0 6206.0 6356.b 6505.3
5157.1 5303.9 5b41.2 5541.1 5721.7 5665.6 6000.0 61b9.2 6293.2 6437.4
5405.6 5571.1 5729.6 5669.2 6052.7 6220.1 6307.3 6556.0 6727.6 6099.5
5359.7 5522.7 5677.6 5a34.0 5993.5 6157.4 6320.2 64ab.l 6651.4 6616.3
5102.9 533i.a 5472.7 5615.7 SI60.3 s907.5 605b.4 6200.3 6358.7 6497.6
s430.4 5596.3 5755.3 5915.5 6079.7 6247.6 6415.4 658b.7 6757.1 6929.4
00 61 82 63 Ob 65 66 b? 88 a9
NG 7L PI II PO Al (IN CR RA AC
7065.7 725b.6 7b26.9 7603.0 7776.0 7955.5 6126.1 8307.b 8bIb.5 6665.0
6991.7 715b.6 7321.3 7b91.0 7656.0 7831.b 799b.O 6160.3 0337.b 6509.9
66b6.3 67b7.b 6930.9 7075.3 7217.5 7362.0 7b96.6 7639.7 7777.7 7916.2
657b.l 6709.7 6147.6 6986.0 7122.4 7261.2 73a1.0 7524.5
7066.a 7235.4 7bO7.2 7563.6 7756.4 793b.7 8lOb.9 a285.9 8b62.S 0642.7
6961.2 714b.l 7310.4 7b10.0 76b7.6 7820.0 7902.5 8156.6 1325.5 8497.a
6630.6 6779.7 6923.1 7067.S
7097.3 7266.4 7438.9 7615.3 7769.3 7966.2 6139.0 0320.5 a497.a 66I6.6
90 91 92 93 9b 95 96 97 90 99
rn PA ” VIP l U A” CM WI CF ES
8iTb9.2 9012.5 9236.0 9b33.7 9635.2 10636.6 lOOb1.7 10250.1 lOb61.b 10676.1
66a6.0 6669.3 9055.7 92bS.b 9b36.0 10626.5 9622.3 10019.7 10220.0 lOb20.7
0055.2 8206.b 83b9.8 8b93.b OCb1.9 9?a6.3 6933.1 9078. b 9222.6 9365.2
7916.9 8058.b b195.1 6329.0 6466.8 9602.5 6740.6 a675.2 9006.7 9139.7
aa26.5 9019.4 9212.5 9409.0 9611.0 16612.1 10016.6 1322b.6 lOb35.S 106b7.9
a673.n sa5c.e 90b3.2 9230.7 9b23.0 10613.4 9809.1 10006.2 10206.3 lObO6.9
6047.1 al9a.L 13b1.5 6265.1 1633.S 9II7.9 6924.6 9069.6 9213.9 9356.5
6063.0 9056.6 9250.2 94b8.2 9656.6 10651.1 10656.9 10265.6 10477.1 10690.1
FN
10669.2
10623.6
9506.1
9270.9
10162.5
10609.7
9b99.3
10905.4
2 EL so 31 32 53 34 35
100
IN CA CL AS SL BR
.
:::z
347
.
::“,:*: . 7400.6 7631.7 7769.6 7906.1
Atomic Data ad
Nuclear Doto Tables, Vol. 20, No. 4. October
1977
F. p. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation 1 EL IO 31 32 33
Jb 35 36 JY 36 39
1Y GA CE 65
SE CR (111 118 sn I
b0 ZR bl WC b2 b3 bb b5 bb b? b0 b9
no TC nu RN co AC CD IN
50 SM 51 to 52 lf. 51 I Sb 15
55 SC I? 5) 59
cs CA LA lx PR
60 61 62 61 6b 65 66 b?
CD ?I! sn LU CD II 01 no
JPO LJ.M5N5 99b.L 1010.2
9CC.b 1061.6
llb7.6
11b0.7 122O.b
1226.1 1306.7 1335.5
Cl Bl ab PO @I AI 66 RN I? CR cc 111 69 AC
1620.2 1916.6 2419.6 2122.0 222r.1 2JJS.2 2bbC.C
2bCl.b
JOLT.0
3265.5 3365.9 17Sb.7 1692.6
JOSb. 6 399b.9
blC5.l
blbO.0 b266.9
blJ7.1
bbJJ.6
bb86.0
b5CJ. 6 b7JS.b bC90.1
b6bJ.b
5650.2 5211.9 517b.O 5SbO. 1 S?lO.C SCbb.2 6ObS.C
6153.2 6325.5 ::"I:-: . bCCO.@ 7012.1
::::*: rs,1:7 6722.2
3261.3 JJ61.3 lb96.1 3616.1 JIb9.b JCCb.7 bOLT.1
:::::*:
9991.2 .
1127b.C 115.~.0 117bb.b
112Jl.b
2916.3 3015.5 315b.C 127b.9 3315.7 1511.6 3615.2
2911.1
:::z
:::t : MN::;
9SW.b
102OJ.6 llb11.9 1062S.5 lOcb2.6 11062.1 11265.2 11511.0
2921.2 3060.6
2906.6 JD22.9
SbOb.1
5S61.7
5716.7 5952.1
5732.6 5906.b 62Jb.J
3:': . 67bC.l
.
69bC.b Il69.7 llb9.T
CSS9.2 9119.3
::::*: . 6996.9
9115.6
9107.2
9961.7 [email protected] lObOl.5
2bCO.C 2792.9
5232.7 5395.2
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9537.5 97bC.S
21b1.9 22bC.l 21sr.1 2bO.S 2562.2 2669.5 2601.9
5010.6
6176.6 6165.6
9175.6 ~51c.a 97.3.e
1611.0 1926.1 2Dll.c
21b6.9 2bbO.T 2572.5 2679.2 2790.7
1639.6 1937. b 2011.7 21 bb.9 2251.1 2361.2 tb7b. 1 2507.5 2695.5 2CDC.7
SblS.0
7527.b 7?05.1
(7bb.S a9bb.S
1611.6, 2016.9
b755.1 b910.3
7615.1 7796.7 1965.6
cclc:o CC06.9 c993.7 9161.9
1611.7 1926.6 2032.2
b15C.b bJ05.9 bb52.9 b609.1
6081.6
9361.1 95C2.2 9760. b 999b.P lOLOC.2
11622.C :::fP
. :
1160.1
J2C0.5 3361.5 JSl?.C JCbl.3
377b.l 191o.c bO55.5
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2bCl.J
2571.7
llb1.1 32S9.9 lJS9.9 Jb9b.I 3616.7 JTb1.9 soa3.2
bO25.6
blob.6 bJJb.2 bb82.5 bbJ6.6 b791.1 b9bO.O 5112.1 S27b.C 5bbJ.l 5612.7
b205.0 b157.0
blI2.9
bSO6. b
bb70.b bb2b.b bT7C.C b935.2
57c5.1 5961.5 112r.2
5131.2 6009.6 6179.2
5771.1
bCCC.9 7071.0
bbbb.5 b821.0 b979.6 Slb1.5
Sllb.6
Sb8b.7
5657.1
6152.0 6520.7 6700.6
6296.7 069.1 CCbS.7
h122.b
5099.2 526J.6 Sb2P.7 5599.0 59b1.1 (112.0 bLC2.1 bb%..J 6630.6
1269.6
IJS9.6
7bb2.0
((05.9 69C2.C 7163.9 71bl.c
7bbJ.O
7u7.7 77lS.C 7697.2 6061.6
762b.J
7521.)
C127.9 Cb95.b
(02.6
:z-: c756:c
l cb2. 5 9Ob2.0
:t::*t . P199.0
9226.9 9bLO.l 9619.5
9J9J.l
1615.3 7790.9 7969.0 91b9.6 6643.5
9016.1 1002l.S 11221.0
11060.6 11-1.1
11775.0
11517.8
11261.0
348
2915.9 JDJ2.b 3150.6 3269.9 3370.1 1505.1 JC27.b 37SC.C
2lJb.S
22bc.b 2319.2
6621.2 699C.b Ill9.7
11517.2
[email protected]
1935.0
6910.2 709b.1
::::i-: 1oc39:3 11C50.0
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lb6b.b
15S6.6 lCbS.8 1715.9
bObC.1
7062.1 Ttb7.9 TdJ2.C
1bbJ.b 1Sbb.J
lbSJ.b 17bb.l
3606.3 37%. b 1612.7 boll.2
::::*: .
1211.6 1312.b 1390.6
1312.b 1169.7
993.5 1DW.b
llb6.9 1221.1 1107.5 113b.b lb¶?.9
1rsc.7
135J.C JbC7.5
bJ2I.J bb75.b b629.6 b7CJ.7 b9bO.b 51Db.l 5266.6
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1073.2 1151.0
161
Ll-RbR5
lS%*C
125b.b
*II?.9
JCb
LJ-*sn5
1651.6 lIb2.2
2901.b 1019.5 3116.9
Jb99.b 1621.5 3752.7 lOC.1 bOJ0.6
SlbO.0
996.9 1073.2 1151.0 1231.6
2llb.c 22bQ.l
3365.6
1767.9
99b.t 1010.2
1656.7
Jib).? JZbb.5
3901.) bOb3.9
LJ'RbMS
lJOC.? 1165.6 lb59.C 1559.6
3027.5
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7522.7 77OC.b
11190.1 10392.7
2516.0 2685.2 2797.6
SF1
LJ-Mb*4
llb7.C 1226.1
2353.1 2165.5
2561.0 2690.6 2603.6
of Tables SC2
lCJb.2 1911.6 tDJ5.b 211C.J 22bb.l
5621.2 6001.1 6171.0 6Jbl.b
7b17.7 7569.6
9200.1 9m.9 9560.9 9766.1
lbJb.9
19Jb.b 20Jb.b 21bl.b 22b7.9 2351.1 2bb9.6
5772.7 59bI.I bllb.2 62aJ.b l bS5.6 6631.9 bCOl.2 69Cb.l 71bS.2
759b.l
.41*.1 901b.b
99b.r 1070.6 1lbC.b 122s.r 1109.1 1lCb.C 1 b60.5 1561.2 lbbB.7 1719.0
51or.o Sb77.D Sbb9.2
7lbS.l
cJbJ.3 OSJ6.1 c721.2 6920.6 911S.2 9311.1
996.9 1073.2 1151.0 1211.6 1312.b 1369.2 1662.6 1563.7 1651.2 llbl.6
5265.0 5bJl.l 5600.1
b9JC.b 5100.5
72bb.t
1761.9 7Cbt.b 6119.7 6360.6 Cb72.0 CbSS.7
ID2 LJ-Mw5
b191.1 bJ50.2 bb99.b bb57.5 bbll.~ b972.1
Ibl2.2 7777.b 7966.0 6lSb.b
SC2 Ll’l(5lS
b17b.b bJ21.6 bbTl.6 b625.9 bICD.0
6691.9 ?O?O. 1
:x::*: llSn:1
fl(
2115.6
1227.1
9512.6 S723.3 99%. 1
loa
1632.2 1929.5
2031.1
2906.1 102b.b Jlb2.6
3590.9 1720.6
bOJb.8
lb¶9.0
1559.7 lbb1.0 1737.1
27fS.b
3216.0 3337.0 Jb70.b
3501.5 JC2b.5
99b.2 1070.2 llb7.6 1226.1 lJOC.? 1365.6
2666.3 3001.7 3120.1
2556.1
llbS.7
lP1
Ll’C6C5
22bl.7 2350.6 2b62.7 PY75.1 2662.2 279b.b
2Cbb.b
2910.2
SbCb.2 59)b.J
co NC Cl 1L C2 ?C
1725.7
2SIb.2 2CCJ.b 2796.1
10 18 71 LU
I? XC 7e tt I9 A0
1616.2
1632.2 1929.5 2011.2 2136.0 22b2.1 2J51.1
68 El 69 1*
IS 11 ?b I 15 RL I6 OS
1300.1 1376.1 lbb9.5 1519.6
::::*: ‘ 16b6.9 1737.1
1799.1 b957.b SlLb.7 5291.2 5bC0.C 5632.6
12 m
If0 LJ-l(bCb
Energies
72Y.9
IC6c.2 799S.J IlCb.2
6265.2 C612.3
195b.I
COOS.7 Ct92.b
9516.1
937b.5 9575.5 9761.7
91b9.6 9JH.l 97S9.3
959b.b
9600.6
9972.6
%tx 1102:S lC6bb.b
91W.7
rwn.2 lOb12.6 1lbIb.l
9900.1 10202.b
::::t:
--115.9.b
:::t:=:
llSOb.8
XX 1lJlb:b 11149.1
11510.0
117C7.C
*
1699.1 ?#OO. 5 0061.8 02bC.O 8bJ5.b 861b.7
llb12.7
lloC1:5 llZCb.0
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Energies
Auger-Electron
Energies
(in eV)
See page 316 for Explanation of Tables .? EL
3Sl l.3’*1*1
IS0 L3’111Nl
3P2 CS-MlNl
3’1
LS’IIlN3
lP1 LI-IlINt
JPO LS’*lNZ
JP2 LS-MlNl
37.1 LS-WIN1
lP1 LJ-rrlYl
LI-WZNL
3PO
36 37 36 39 40 bl 42 43 b4 b5
KR RB 6R I 2R I88 MO TC RU 1111
1342.2 lk4S.b 1¶35.9 1632.3 1731.2 163k.L 1944.3 2051.6 2167.3 2284.7
1340.5 14b3.5 1533.~ 1630.0 1728.7 1a31.5 19k1.4 2051.4 2163.9 2261.1
13S7.3 1462.2 1555.2 1653.4 1755.2 1659.7 1972.6 2014.9 2200.3 2319.0
1357.1 1461.9 1555.2 1653.4 1755.2 law.7 1972.6 2oab.9 2200.3 2319.0
1356.4 1461.1 1554.5 1652.7 1754.3 1656.1 1971.6 2oa3.8 2199.2 2317.8
1356.6 1461.4 1555.2 1653.4 1755.2 1859.7 1972.6 2394.9 2200.3 2319.0
1419.3 1526.5 1623.8 1725.0 1830.4 1938.9 2055.8 2172.7 2290.8 2414.6
ibia.8 1526.0 1623.2 1724.3 1029.6 i93a.i 2055.0 2171.8 22a9.6 2413.6
lb11.6 1519.3 1612.7 1712.5 1616.3 1923.0 2038.0 2152.3 2268.1 2399.3
1412.0 lS19.6 1613.1 1712.9 1616.7 1923.5 203a.4 2152.6 2268.6 2389.8
46 47 48 49 so Sl 52 53 54 55
PO A6 co III SN to TL 1 XE cs
2405.6 2527.6 2665.4 2768.6 2194.7 3023.0 3153.0 32as.s 3i9a.3 3547.2
2401.9 2523.6 2641.1 2764.1 2e90.1 3011.1 31411.7 3280.2 3392.6 3541.5
2442.2 2568.0 2607.1 2314.1 2943.5 3077.4 3212.6 3349.6 3466.7 3616.8
24k2.2 2567.1 2687.1 2614.1 29b3.5 3077.4 3212.6 3349.0 3466.7 3615.6
2440.9 2560.8 2615.7 2812.5 2941.9 3075.7 32lO.R 3340.0 3464.7 3605.4
2442.2 2361.3 2617.1 2014.1 2943.5 3077.4 3212.6 5349.1 3466.7 3606.1
2543.1 2672.6 2797.9 2920.6 3062.8 3199.7 3339.6 3481.5 3604.a 3?65.0
2542.0 2671.4 27sL.7 2927.3 3061.5 3198.3 3330.2 3479.9 3603.2 3763.4
251b.9 2640.9 2763.0 2690.1 3020.1 3152.7 32a7.9 3424.0 3542.5 3696.7
2515.5 2641.6 2763.7 2690.7 3020.8 3153.4 3288.6 3425.6 3543.3 3697.6
56 57 58 59 60 61 62 63 64 65
IA LA Cf CR 10 Pll Sl( EU CO ID
3684.0 3633.7 3961.0 4131.3 4300.0 4460.5 4629.7 4798.2 4967.6 5130.0
3678.1 3627.6 3975.5 4124.8 4293.3 4453.7 4622.6 4791.0 4960.1 5122.3
3757.7 3912.9 4064.b 4218.3 4390.6 4549.4 4727.6 4961.6 50?2.2 5242.5
3756.4 3911.6 4063.0 4216.8 4389.0 4549.4 4726.2 4899.9 5079.5 5240.1
3744.a 3897.7 4047.5 4190.7 4371.0 4547.0 4701.7 4873.4 5053.6 5216.4
3745.6 3899.5 boba. 3 4199.6 4371.9 4549.4 4709.6 467b.J 5054.6 5211.3
3912.9 4069.8 4229.2 439a.2 4575.9 4751.6 4930.6 5115.5 5302.2 5493.9
3911.2 4060.0 4227.4 4396.3 4574.0 4749.6 s113.4 5300.1 5481.6
3837.5 39a7.9 4140.9 4302.0 4469.S 4636.1 4808.7 4931.1 5156.8 5326.4
3838.4 39ae.a 4141.6 4303.0 4470.) 4637.1 Cl109.7 4982.2 5157.9 5327.5
66 67 68 69 70 73 72 73 7b 7S
01 NO LR TM YE LU IIF 7A Y RE
5306.2 5448.0 56e2.9 S649.7 6637.9 6226.3 6401.2 (SOL.9 6771.2 69ST.3
5300.3 Sb79.9 567b.7 56b1.3 6029.2 6217.4 6392.1 6577.5 6761.7 6947.5
5431.2 5616.7 5611.6 598b.4 6101.1 6372.8 6558.5 6147.5 6940.6 7137.6
5429.4 5614.6 5109.7 5982.4 6179.1 6370.7 6556.3 6745.3 6936.4 7135.3
5391.3 5578.7 5764.4 5934.1 6126.a 6320.9 6500.7 6686.6 6673.1 7062.9
5392.3 5579.9 5765.4 5935.1 6127.9 6322.0 6501.9 6687.2 6.574.3 7064.1
5677.1 5a72.7 6075.2 6269.6 6483.6 6691.3 6891.8 7096.2 7307.1 7516.9
5674.6 5870.4 6072.9 6267.2 6401.2 66118.8 6339.2 7095.5 7304.4 7516.1
5509.7 5689.9 mao.0 6063.0 6259.2 6450.2 6632.7 6822.1 7011.8 7203.2
5SlO.9 5691.1 512.1.2 6064.3 6260.4 6451.4 6634.0 6823.5 7013.2 7204.6
7146.4 7328.8 7519.0 1711.9 7692.6
7136.4 7316.5 7501.5 7701.2 7681.6 8069.6 8252.2 8b42.0 8631.1 6616.3
7332.2 7S24.3 7723.7 792S.2 6118.6 8317.5 8512.9 8713.1 8915.2 9117.7
7329.9 7S21.9 7721.3 7922.7 a11c.o 6314.6 6510.1 (710.3 a912.3 9ii4.a
7252.7 7440.3 7633.9 7a25.6 6013.2 6203.8 a392.0 0585.2 8777.7 a970.2
7253.9 7441.5 7635.2 7026.9 8014.5 8295.2 4393.5 8586.7 5779.2 ll971.7
7734.8 7946.8 8161.3 a390.0 8604.0 8025.4 9044.8 9272.7 9496-a 972a.2
7732.0 79b5.9 81bS.4 6307.7 I6oa.9 aa22.2 90k1.6 9269.4 949S.4 9724.1
739a.4 75a9.4 77a5.i 7964.4 8171.0
7399.8 7590.0 7786.6 7986.0 8172.6 6366.3 9557.0 8753.3 8947.0 9143.2
9947.1 10161.1 10109.9 1064k.2
9329.6 9S2S.7 9715.6 9906.0 10100.0 10305.1 10504.4 10701.9 10903.1 12103.4 11305.7 11505.5 11705.1 11696.9 12095.7
76 OS 77 IR 78 PT 79 A” aon6 81 IL 02 PI 63 01 84 PO OS AT 86 07 68 09 90 91 92 93 9b 95 96 97 98 99 100
RW CR IA AC ItI
::::*: tw3:s 8643.1 8630.6
592b.6
6364.7
.9S55.4 8751.6 a9b6.1 9141.4
NP PU III
9010.1 9266.2 9380.2 9567.6 9712.7 9946.9 10141.2 10332.6 10526.1 11718.3
8997.4 9187.3 9366.9 9SSk. 1 973ll.8 9934.7 10126.7 10318.0 10510.9 11702.9
9310.1 9514.3 9709.2 9912.7 10114.7 10321J.P 10538.2 10746.9 10961.1 12173.3
9307.1 9511.2 9706.1 9909.5 10111.4 10325.5 10534.7 lP74J.2 10957.4 12169.6
9154.6 9347.7 9528.6 9723.0 9913.0 10117.2 10308.4 lOSO3.9 10700.2 111193.4
9156.1 9349.3 9530.2 9724.7 9914.7 10110.9 10310.2 10505.8 10702.1 11695.3
9950.6 10114.7 10413.6 1064a.O ioaa5.0 11132.1 11301.4 11632.9 llae7.1 13144.4
11128.2 11377.3 11626.8 11082.9 13140.0
9327.a 9523.9 9713.7 9906.1 10096.0 10303.1 10502.3 10699.8 10901.0 12101.2
CR B1 CF ES FM
10909.8 11102.6 11293.2 11410.0 11667.9
10694.0 11006.4 11276.7 11463.2 11650.6
11386.9 11601.7 11814.3 12027.3 12241.3
ii3a3.0 11597.7 11610.3 12023.2 12237.1
11093.8 11290.7 llL84.3 11676.2 11869.2
11095.6 11292.7 llsa6.3 116qO.3 11871.3
12404.7 12667.5 12934.1 13191.9 13466.7
12400.3 12663.0 12)29.5 13193.2 13461.9
11303.5 11503.2 ii702.a 11896.5 12093.2
PA
u
349
i0aai.i
F. P. LARKINS
-.-----
‘IABLE
Semiempirical Auger-Electron
.
-
.
-
I.
Energies
-_.
-
V. Auger-Lme Energies (in eV)
.a-.
La-MN
See page316 for Explanation of Tables 1so 2 CL
300
LJ-H3N3
LS-tI2N2
LPL
351 L3eIiri2
301 L3-H2N3
L3'l(3kS
JPL LI-WZN2
JP2 LI-nJNI
102 C3-W3N2
302 L3-NLN3
303 l.3-Il3w3
1427.4 1538.8
1434.6 LSbS.4 16b3.3 L7bb.7
1433.9
lS4b.b 1852.7 1745.3
1427.3 1538.6 1632.3 173b.2
L9b9.5 2087.3 21E3.6 2302.3 2b2b.O
1963.1 2004.8 2203.6 2324.7 2449.9
1633.9 1963.9 2063.6 2202.s 2323.2 2446.3
1949.2 2067.0 2163.4 2301.9 242b.4
1435.3 LS46.3 1645.1 1747.3 1633.6 1963.6 2063.6 220b.7 232S.b 2b30.Il
25OO.S 2712.7 28b0.7 297S.2 3ltt.a 3233.4 3399.7 33b7.1 387b.5 3634.3
2576.6 2706.6 2m36.a 2973.3 3110.7 3233.2 3397.3 3544.6 36l2.1 3624.8
2552.3 26a2.3 2803.6 2936.6 3070.1 3299.3 3346.0 3b90.3 3612.2 3767.6
2361.3 2715.1 2641.9 2976.S
3968.1
3973.2 4133.4 b29b.b 4467.3 46b8.6 4639.1 5011.4 3192.3 3390.1 3312.2
3912.7 4066.7 422S.0 4390.7 4361.6 4726.6 4906.6 3068.4 3263.3
3969.6 4132.b 4315.2 4466.6 b670.2 4644.4 3032.7 5222.9 3411.0 3600.6
3634.6 5620.7 6010.6 6199.9 6b04.7 6396.9 6792.4 693S.2
3604.3 6003.9 6206.S 6409.0 6631.6 66b2.6 7034.3 726b.l 7461.6 7704.7
7366.6 7767.6 7992.6 6200.3 6399.9 6604.1 6607.3 90Lb.O 9221.3 9431.6
7926.3 6130.2 6379.0 6610.1 6636.2 9066.2 9300.5 9538.7 9777.7 LOO22*2
:::%I . 12320.2 13597.4
E::': LOS6S:4 10306.6 11046.6 11301.0 11332.2 11607.6 12063.0 13323.3
9631.2 9641.3 10046.2 10234.7 10463.7 10696.9 10903.1 11117.7 11339.9 12560.2
10237.6 10306.1 10730.1 11000.7 LLZS4.9 11320.1 11706.6 12013.2 12330.7 13609.1
12679.7 13164.3 13433.1 13742.9 14037.6 _
12592.7 12639.6 13129.3 13400.2 13872.2
11764.6 12006.S 12226.2 12448.1 12671.1
12690.6 13173.6 1346b.S
36 37 36 39 b0 bl 42 43 4b 4s
RR RE SR v LR NB NO rc nu Aw
1433.3 lS43.9 1651.3 17bb.4 1652.4 1962.3 2061.6 2200.6 2321.1 2b46.0
1425.6 LS34.6 1631.4 1733.0 1639.4 1947.7 2065.3 2191.7 2300.1 2122.5
Lb33.4 L3b6.4 16bb.b 17b7.8 1636.9 1968.2 2066.1 2263.1 2326.1 2b31.3
1434.0 1544.6 1643.2 L?48.3 193c.3 196b.6 2064.3 2203.3 2324.1 2149.2
L427.5 L33b.R 1633.5 1733.5 1042.0 1930.5 206b.b 2164.9 2333.5 2426.2
46 47 be b9 so Sl s2 53 Sb 5s
PO A6 co IN SY SE TE I XE cs
2S76.4
2550.2 2673.5 2603.3 2934.2 3067.3 3203.6 3313.2 3b67.3 3609.2 3734.1
2582.1 2713.3 2842.5 2977.1 3114.6 3257.4 3b01.9 3549.4 3676.9 3639.0
2379.6 2707.0 28b0.0 2974.3 3112.0 J234.6 339¶.9 3348.3 3873.7 3623.1
2354.1 2862.4 2607.9 293&R 3072.b 3210.7 3330.3 3493.1 3613.0 3766.3
2332.7 2677.8 2606.3 2931.1 3070.8 3206.9 3346.3 Jb9L.O
56 37 se 59 60 61 62 63 61 65
01 LA CE CR NO PN SN ELI CO 10
3991.4 4143.I
3975.8 4133.9
3903.5 4OS7.3 4212.1 437S.2 4348.5 4727.3 4694.0 5062.7 32b9.3 3b19.6
4146.6 4311.2 b404.6 4863.9 4642.2 3026.1 3219.2 3406.1 5S9S.6
66 61 66 69 70 I1 72 73 74 7s
ov NO ER 1N 18 LU NF IA I RE
s793.1
76 77 76 79 80
7911.1
82 83 84 6S
OS IR 17 AU wi n. l9 01. PO AT
66 07 w 69 90 91 92 93 94 9S
RN FR IA AC IN PA U NC PU AN
81
96 CN 97 111 96 CF 99 ES 100 FN
2709.8 2636.1 2976.4 1107.1 3250.0 3394.2 3Sbl.J
3666.5 3629.1
b306.2 Cb79.b
4660.6 404.4 so22.5 S212.4 s400.1 S569.6 S994.2 6196.5 6396.6 6619.1 6629.6 7ObO.9 72S0.b
7467.9 7690.4
6135.3 6363.7 859b.l 6620.2 9OSL.6 9263.7 9S21.6 9760.2 10604.4 10239.5
10467.5 ia731.0 10961.2 11235.9 11499.0 11765.7 12033.9 12306.9 13S6S.9 12666.0 13LSL.S 134bO.9 1373o.s LbOZS.2
3697.4 4031.0 b203.3 b368.4 4339.3 b723.0
1832.7 173b.S 1641.1
3612.6 3180.3
1034.9
3411.6
3990.0 4132.6 4313.4 4466.9 b670.b 4643.2 3032.9 5223.1 5411.2 3600.9
4b67.6 b6b9.2 4641.2 3012.0 3193.1 3390.7 3512.9
3913.3 4069.4 b223.7 4391.4 b362.3 b730.2 4909.4 3067.1 3264.1 3441.6
3391.6 3779.b 3960.1 6146.0 6346.6 6S43.3 6730.6 6919.6 7112.2 7307.2
5604.6 6006.0 6206.6 6bO9.1 8631.9 66b2.9 703b.4 726b.2 7461.9 2701.8
5762.9 3966.2 6139.4 6336.6 6375.6 6766.9 6994.3 7200.3 7bL2.2 7627.6
3633.6 3021.6 6011.7 6200.4 6403.8 6599.9 6793.3 6968.1 7164.6 7367.0
3399.* 3767.6 3966.6 6134.6 6335.6 8332.8 87bO.3 6929.5 7122.1 7317.b
3799.3 6000.6 6203.0 bb03.b 8626.0 6636.9 7046.2 7257.0 7473.5 7896.1
3762.2 S963.3
7303.1 7699.3 7696.4 6096.4 6269.9 6463.7 6661.9 6661.3 9076.6 9279.1
7926.4 6150.3 0379.0 6610.2 0638.3 9066.3 9300.3 9536.7 9777.7 10022.3
7944.5 6063.6 a266.6 03On.L 0728.3 6932.0 9177.0 9bOI.2 9637.3 9372.0
7387.9 7766.7 7993.7 6261.8 6401.0 6605.2 6606.7 9013.2 9222.3 9b33.0
7513.5 7109.9 7909.3 (1107.3 0301.3 1497.3 6693.9 8693.4 9091.3 9291.6
7919.8 aL43.3 6371.9 6602.9 m.a2a.m 9060.6 9292.6 9530.7 9169.3 10013.6
7943.6 6062.9 6263.9 6307.1 6727~3 6931.0 9176.0 9bOt.L 9636.4 9070.9
9470.4 9669.b 9660.2 10039.b 102S6.3 10169.5 10667.4 10666.7 11072.6 12273.9
102S7.9 lOSO6.L 10730.2 11000.7 11254.9 11320.2 11766.6 12655.3 12330.7 13606.1
10099.) 10336.6 10368.3
lLO3O.L 11305.2 11533.3 11909.1 12066.4 13324.7
9632.3 9642.6 10047.6 10236.0 10463.1 10666.3 10904.6 11119.1 11341.4 12361.7
9463.4 9662.7 9673.6 10073.3 10270.3 1oiai.a 10662.2 10963.9 1ioaa.b 32269.0
11463.2 11666.9 11691.4
12690.7 13175.7 13464.3
12591.2 12661.1 13130.6
11786.2 12006.1 12229.1
11301.4
12292.0
14049.8
12449.7
121'19.3
12672.6
12309.3
4666.8 3053.1 3241.6
12692.1
137S4.6
4298.9
10609.0
13401.7
13673.8
350
lL?OY.b 11909.2
10249.2 10497.2 1074L.L
10991.5 LL2b3.4 11310.4
::::-: . 6374.6 6766.2 6993.7 7199.7 7b11.4 7626.9
10b0.8
3b41.D
7163.7 1366.0
311b.L 3238.6 JbO1.2
3Sb8.7 3676.2 3637.6
:::::*:
.
Atomic Data or.4 Nuclew Dota Table,, Vd. 20, No. 4. Odobr
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE V. Auger-Line
Energies
Ls-MN
Energies (in eV)
Seepage 316 for Explanation of Tables 303 t
EL
302
L3-"5111
102 l.3-M4lll
LJ-II5Nl
301 L3-*4ll
3PO
301 L3-MN3
IA-*5'(2
1538.0
1530.3
2603.4
1539.3 1655.9 1759.0 1067.0 1960.0 2096.4 2220.3 2343.9 2471.1 2602.9
1654.4 1757.1 1864.9 1977.7 2093.7 2217.0 2340.5 2467.0 2590.3
1654.7 1757.4 1965.2 197lJ.o 2094.1 2217.4 2340.9 2467.4 2590.7
1553.6 1671.9 1776.9 1686.6 2002.1 2119.7 2245.8 2371.3 2500.4 2632.9
I YE cs
2739.5 2876.9 3010.3 3149.4 3291.9 3437.2 3585.6 3736.0 3167.9 4036.2
2733.9 2876.3 3009.6 3148.7 3291.2 3436.5 3504.8 3735.2 3867.1 4035.4
2733.7 2670.3 3003.0 3141.2 3282.9 3427.3 3574.6 3723.5 3654.7 4021.6
2734.2 2070.8 3003.5 3141.7 3263.4 3427.8 3575.2 3724.1 3855.3 4022.2
2770.5 2911.P 3045.0 3107.* 3332.0 3402.1 3633.9 3708.3 3923.6 4091.9
2775.4 2916.5 3051.4 3194.2 3340.0 34vo.v 3643.7 3799.5 3935.5
56 5? 58 59 60 61 62 63 64 65
n* LA CE PR HO PU sn EU GO TB
4193.* 4360.4 4530.2 4708. 4e94.3 50110.2 5268.8 5463.7 5659.~ 5652.4
4192.6 4359.6 4529.3 4707.2 4693.3 5179.2 5267.7 5462.6 5651.3 5051.3
4177.4 4343.0 4687.4 4671.4 SOS4.9 5242.2 5433.2 5626.6 S.S17.8
4175.0 4343.6 4512.2 4608.1 k672.1 3055.6 5243.0 5434.0 S627.4 5818.6
lt251.7 4423.0 4594.9 4775.3 4963.1)
5144.8 5341.4 5537.7 5732.4 5931.6
66 67 68 69 70 71 72 73 I4 r5
DY HO ER 1N YE LU "F TA b AE
6056.1 6260.8 6475.9
6054.9 6259.6 6474.7
6664.6
6603.3
6903.8
6902.5 7123.3 7334.5 7553.6 7775.6 noaa.0
6017.7 6219.0 6431.1 6636.8 6654.4 7072.8 7280.2 7496.2 7713.6 7934.4
6015.5 6220.7 6431.9 6637.7 6855.3 7073.7 7261.1 7497.1 7714.6 7935.4
76 77 78 79 80 81 62 83 64 85
OS IR PT A" UG rl. PB BI PO AT
6235.0 0457.2 66vo.6 6926.2 9154.3 939c.cl 9625.3 9068.0 10109.8 10354.2
10352.4
6156.3 8310.5 6609.2 6639.7 9063.2 9293.9 9522.6 9750.9 9994.6 10233.0
8159.3 d3.91.5 6610.2 6840.8 9064.3 9295.0 9523.7 976.1.0 9995.6 10234.2
86 07 8.3 89 90 91 92 93 94 95
RN CR RI AC rn PA " NP PU AU
10593.5 100b4.6 11091.4 13341.7 11596.7 11661.7 12130.9 12401.3 12677.5 13954.6
10591.7 10642.7 llOS9.5 11339.6 11594.7 11659.7 12126.6 12399.2 12675.3 13952.4
10464.3 lC708.3 10947.1 11109.4 11436.3 11691.3 11953.5 12213.9
10465.5 10709.6 10944.4 11191.7 11437.7 11692.7 11954.9 12215.3
12461.0 13747.1
12402.5
CN ER CF ES FU
13230.9 13513.6 13600.1 _..
13228.6 13511.3 13797.8
1.915.9
14067.5
13014.4 13286.0 13561.5 13835.3
14377.7
14375.3
36 37 38 39 .o 4, 42 43 ,4 45
KR RB SR v ZR NE YO rc R" RH
1539.5 165b.2 1759.3 1667.4 1900.4 2096.9 2221.7 2344.4
46 47 46 49 SO
PO AG co IN SN
51
se
52 53 54 55
1E
96 97 98 99 100
2471.6
7124.6 7335.6 7555.2 7777.0 8001.4
t
4511.5
0220.6 6455.0 8669.1
0924. 9152.7 9389.2 9623.7 9866.3
10101.1
b
14115.1
1Pl LS-(I4N2
1554.2 1672.4 1777.b 1607.4 2003.0 2120.6 2246.8 2372.4 2501.6 2634.3
1553.0 1671.0 1776.6 1686.2 2001.7 2119.2 224S.3 2370.6 2499.9 2632.4
4105.0
2771.9 2911.8 3046.6 3168.7 3333.6 3464.0 3635.9 3790.4 3925.7 4093.0
2769.9 2904.5 3044.4 3166.3 3331.4 3481.4 3633.2 3787.6 3922.8 4061.5
4266.L 4430.0 4611.9 4794.3 4964.1 5166.4 5366.1 5S66.2 3763.2 5964.1
4252.9 4424.2 4596.1 4776.5 4964.2 5141.5 5342.6 5539.0 5733.8 5933.0
4240.0 4409.0 4579.2 4757.1 4944.7 5143.9 5323.7
6561.1 6772.8 6999.1 7220.7 7430.9 7650.2 7664.4 8116.1
6174.3 6306.6 6603.7 6010.3 7046.1 7270.1 7492.1 7714.7 7945.2 *1*0.5
6143.3 6351.2 6562.5 6I74.3 7000.5 7222.1 7440.4 7659.7 7666.0 0117.7
6103.0 6313.6 6515.6 6724.3 6946.6 7170.6 7363.1 7596.7 7119.0 6043.5
8345.6 0577.5 0015.3 9054.4 9290.7 9531.1) 9773.2 10319.7 10260.2 10521.6
6414.6 6651.5 8894.0 9138.0 9370.1 9625.7 9672.6 10125.7 10360.2 10639.5
6347.2 6579.2 6817.0 9056.1 9292.4 9533.5 9774.9 10021.5 10270.1 10523.5
6266.2 0495.6 6727.6 0957.1 9107.5 9420.4 96S4.8 9894.3 10133.3 10376.7
10766.0
11024.1
10491.9 11156.9
11416.8
13748.6
12073.4 12352.7 12630.2 12918.4 142J4.6
11665.1 11957.0 12240.1 12526.3 12813.7 13110.9 144011.0
lOr67.9 11026.0 11279.9 11538.3 11602.4 12075.5 12354.6 12632.3 12920.5 14206.6
10613.1 10660.2
11278.0
13015.9 13287.6 13563.1 13836.9 14116.7
13494.0 13767.8 14085.5 14365.4 14691.3
13706.4 14311.1 14319.7 14631.6 14949.5
13496.2 13790.1 14067.7 14367.7 14693.7
351
1554.9 1673.2 1776.7
3Pl L3-*5Yt
10m.7 2004.4 2122.3 2246.8 2374.5 2504.3
2637.3
6142.q 6349.0
11536.4 11noo.
3
5511.0 S71S.3 5907.0
lllOO.1 11349.5
11601.5 11864.6 12125.9 12390.4 12660.6 13927.6
13204.2 13460.1 13756.7 14039.7 14322.7
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) Seepage 3 16 for Explanation of Tables IO2
1 CL
Ls-msns
5s RR 57 RI
155S.A
58 sn 59 7 H LR
bl 42 b5 bb b5
SO 10 TC su Rrn
lb1b.J
1700.0
:z*: 212b:O
225O.I
592 Ls-msm2
LJ-S4NJ
lSIb.8
1554.4
1675.1 lT79.0 180.0 2OOA.S 2249.5 2JfS.O
46 90
2lll.9
t??b.
:: $' b5 11 58 sn
:t::*:
f:c:
.
sr97:1
::::': 51,5:0
JJbJ.1 JOb.2
5JbO.b
SS
:: I: 55 cs
1919.2 4188.0
56 81
b2b9.5 bbb2.0 bb15.1 bl5T.A bSS7.5
5s 1c
:: 59 bs bl
';: ?I no cn
f:
tu" bb SO b5 18 bA 87 b8 60 70
01 ma CR II IS
:: ':! IS 11 7b I ?I IE ?A OS ::
::
3: 81 82 85
z TL cs 81 Sb 98 85 Al RA 07 so $8 50 51 92 93 Ok OS
sn rn RA AC rw CA u m9 cu
SA 9? OS 5s 100
c* RN Cf LS rm
AU
Jbb1.1 5885.1
5171.1 5560.7
SlS2.2 SJ92.1 SbO7.8 (822.5 ::;z . 7b96.6
7119.5
2bJb.b
1
5844.1
JSSO.6 59Jb.6 405A.A
1553.8 1411.8 1777.A 1887.b 2003.0 212O.b 22bb.1
2512.3 2501.5 26Jb.l
b2bl.A b410.8
bW1.1 4rss.9
4269.l 4441.3 4614.9 b791.b
4944.1
b9ST.S
S110.9
76Ol.2 rS21.s SO46.0
8540.3
S270.8
85?2.8
AbIb.
1442.S 8120.1
8OOS.b
%:': 95Jb:J O??T.?
9OLb.O 92?5,l 9slT.4 9T5S.O
5147.0 5325.A 5SlJ.O 5117.5 5909.1
10498.4
lOJI9.S
torr0.9 11029.1 11285.1 11541.s
10742.9 10997.0 11244.9 11502.b
122b6.6 12552.9 12S28.5 15111.8 Lb415.1
:::::.: . 12558.1
:::::*: . 123O3.9
61713.6 ,Y,.-4 -_---14121.2
lJ499.8 15795.1
12111.7 :2:x
.
1bO91.5
14591.5 lbb97.5
:::::*: 14156:o 15421.4 lJ?OS.I 15998.0
lb291.S lbsS6.0
3
:::::*:
11105.4 11352.4 11604.9 11SbS.l
1512.0 Jb9J.0 5645.9
b256.3 4426.b 459S. 5 4718.5 b967.9 5lO;S
b252.2 4425.4 4595.2 471s.s 4963.5
55bl.S 5?48.2
x:.: 555s:2 SllJ.2 5952.b
ISS6.1
AlAb.
0117.6
7SSl.6 8110.0
S419.1
SJb7.1 8579.1
8559.4 85?1.8
.
.
:::::*:
SS16.9 ::::*: 955,:2 9774.6
10821.2 10269.7 10521.1 .
::t::*: . 119b2.9 lltbb.
lJ951.6
:::::*:
132OS.l 15401.0 15162.r
lJll2.9 lbOlf.8
352
56Jb.b J?SS.9 592b.2 4092.5
7440.9 1660.1
9STI.9 lO150.9 10545.5 10645.0
m32b.5
lb6Jb.S lb956.5
1
.
2505. I 26JS.S
5644.6 5800.5 59J6.4 409b. b
5550.4
6350.) 6559.6 bltl.2 6995.5 7220.6 TbJ7.7 1bSb.T
SSSS.?
9S45.1 92218.2 9511.0 9T57.1 10005.1 18218.1 10497.s
5196.1
5801.9 5957.9 4101.1 b269.0
bbbl.7
b61b.S 479t.4 4987.2
5lTl.6 5569.4 SSb9.7 ST66.I 5961.1
6182.0 bS92.4
6687.6 bS22.5 105S.2 7271.2 Ib96.b 7719.1 7949.f
8185.0
8419.2 8856.2 689S.S :::f’: . 963S.S 9878.1
10151.1 lOJS5.7 10645.2
lOICl.6 1102s.t 11279.S 11557.9 llS01.9 12075.1 12354.3 12651.9 12928.1
10741.9 18996.1 112bb.O 11501.4 ll?bl.b 12054.6 12502.9
10197.6 11162.8 1142b.l 11691.2
12S56.6
14206.3
14134.9
lJll?.b 14414.9
13495.1 1S1S9.S
I3420.3
14087.2 lbJS?.l 14693.1
12577.b
15?0?.2 15996.9 14ZS9.S 14584.8
:
2STS:S
5552.5
502.6
7949.6
.
:::f' ::$J::
2771.0 2918.) 5055.2
7119.0
::::*:
1555.6 16tb.O 17t9.5
ttlO.9 2910.6 5045.5 5187.4
bl41.2
86Sb.l
SC1 LJ.m5m5
2716.1 2912.0 5052.1 5195.0 JJb0.9 5491.8
6145.4 6554.8 6562.9 6T74.5 7000.5 722S.b
12552.4 12819.9
14043.7 14326.8
::::*: 257l:S 2500.1 2655.5
6182.0 6592.1
12129.b
12394.0 12665.3
1555.8 16Tl.9 1717.1 lSS6.8 2002.5
5941.t
809S.1 91b2.4 . :
lf5 Ls-mbns
59bt.S
72lb.2 1496.3
S959.4
1052b.5
:
tt:: ': ?050:1
87JO.J
::::*:
b101.9
::::* 5rrr:S
?l?J.O 73Ss.s
10154.3
10004.0
2657.9
Sl?Z*S
6517.8 6126.s 6948.9
X’
2504.9
.
JOb6.4 5lSS.b 5555.6 5483.7 5655.6 5790.0 3925. b bSS5.J
ClOS. 9 6515.8
b
2004.9
2122.1 2249.5 2Jls.l
277t.6
blbZ.4 bJ53.8 b5b0.A blT2.5 bSSb.4 7222.b 7459.S 1bSb.l TSS2.7
?LZb.
1119.1 lSS9.1
::::*: 5196:7 5342.7 149J.A 5644.6 5802.6 1958.7
10249.0
119bJ.S
E:':
2711.8 290s.S
100t4.4 182?S.O
1101.4
1719.9 1889.9 2005.8 2125.0 2250.5 2JIb.3
bibs.4 bJ55.2 bSbb.7 (171.5
7002.1
lSSb.S 1673.0
lbTb.2
5954.1
8549.7 85A1.? 0OlS.A
1OlJl.J 10585.5 10115.1
ISSS.?
59b2:l
b???*S bIb5.b 51bS.S 5544.4 55b0.5 5755.5
JfJ
LJ-I5*2
L54SNJ
42s4.1 4425.b 4s9r.2
Sb19.5 SSSb.5
9151.1 9STS.J
503
J72 LJ-m4mt
425b.5 bb21.1 bSSS.4 bllS.1 49bS.2 51bS.A 5550. I ;;;p:
Ibb2.1 ?OSS.b
t:::.: 9JSb:l
2772.3 2911.2 5047.0 5189.0 JJJb.2 5484.3 Jb3b.2 57SO.b 592b.l bOSb.2
5491.8
T0bS.S
8185.5
1672.6 l???.S lSO?.b 2003.5 2120.9 22bl.l 2512.7 2501.9
2122.7
217A.S 25S6.5 ZS5S.A
51
502
::::f':
.
12s52.1 12S20.5
IJ?lkJ lbOlA.2 lbJ26.9 146JS.9 1495r.o
Atomic Data and Nucl.ar
DotaTabhr,Vd.
20, No. 4, 0ctob.r
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies
Energies (in eV)
&-MN
Seepage 316 for Explanation of Tables I EL
303 L3-nlMs
302 Ll-MINS
102 LS'IIlWb
301 L3-*l(rb
3PO L3-lsMb
301 L3-*3*5
3Pl L5-1(3nb
IPl Ll-l(tYI
2b99.3 2627.3 2750.7 26b0.6 3013.0 3146.7 3266.6 3b26.b 3547.5 37Ob.S
2b99.0 2627.0 2750.3 2680.1 3012.5 5146.1 3266.2 512S.6 35b5.5 3702.2
2e99.3 2627.3 2750.7 2660.6 3013.0 31b6.7 3266.6 3b26.b 5Sb5.8 5702.5
2637.0 2772.6 2903.5 JObO.9 3161.2 3325.5 3472.6 3622.5 3752.b 392D.b
2637.5 2773.2 290b.l 3041.6 3162.1 5326.b 3b73.0 5623.5 375b.l 3922.b
2636.6 2772.3 2903.2 3010.5 3160.9 3325.1 3b72.b 3622.0 3753.3 3921.4
2609.6 2742.1 2669.6 3003.6 3139.9 32l9.9 3bLL.b 3Sb7.6 3691.6 36S4.0
36b7.2 bOO7.2 b163.3 b32b.J bb99.2 b672.5 b6b7.7 S02b.5 52Ob.l 5362.1
3657.6 bOO8.0 b16b.l 532S.l b500.1 b673.5 b6b9.7 5027.5 5205.1 5361.1
4076.5 b2bb.2 bb11.5 b592.0 b776.0 b96b.6 Slb9.6 53bb.7 5539.7 5737.6
bO76.7 b2b5.b 4b12.6 b593.b b777.b b966.0 5151.1 53i6.2 55bl.L 5736.6
bO77.5 42b3.6 4410.9 bS91.b b775.b b963.9 5146.9 53bb.O 5536.9 5736.1
bOO3.0 416b.2 b325.1 bb97.9 4671.8 b6S1.2 5029.9 5212.7 S396.7 5562.0
59bl.b 6119.6 6349.6 6563.9 677b.9 699b.9 7204.S 7bLb.5 76bS. b 7672.2
5943.0 61Sl.3 6356.2 6565.6 6767.3 7003.9 7217.6 7b35.6 7657.9 766b.6
5940.6 blb6.6 6351.4 6563.0 677b.6 699b.b 7210.0 7b26.3 76b7.2 7674.1
5776.5 S969.4 b157.2 b3bO.O bSS3.2 b7Sb.6 6952.1 7151.4 7353.1 7559.6
8101.7 6329.5 6563.5 6799.3 9030.2 9265.9 95Ob.7 9760.7 9992.1 102bO.5
6117.b 63bS.O 6579.3 0616.b 9046.S 9265.1 9525.9 9771.1 10016.9 10267.2
6103.6 6331.b 6565.5 6001.b 9032.3 9266.0 9507.0 9751.0 999b.S 10212.9
77b6.6 7973.2 6165.6 1396.4 6b00.7 I8OB.7 9010.9 9231.3 9663.2 9657.6
b6 b? b8 4) so 51 52 53 Sk 55
PO A6 CD IY SN SB IE I XE ES
2b99.3 2627.3 2750.7
56 57 58 59 60 63 62 63 64 65
81 LA cr ?I ND PM S* EU 60 18
3650.2 bOO1.O bI65.1 4325.3 b500.1 b673.S b646.7 :x . S363.1
3649.6 bOO~.O b36b.l b32S.l b500.1 b673.5 babe.7 5027.5 5205.1 5363.1
66 67 66 b9 IO 71 72 73 7b 75
ov I(0 LR I* ID LU Wf 1* * Rf
SS72.5 576b.9 5966.6 6Ibb.l 63b2.b 6539.7 6727.7 6925.2 7123.0 7326.2
SS72.5 S76b.9 S966.0 61bb.I 6351.7 6539.0 6727.0 6921.5 7122.2 7323.)
5571.b 5763.6 5957.1 6342.9 6326.7 6529.b 6717.1 6912.7 7309.0 7310.1
5572.S 576b.9 5957.5 61bb.I 6329.2 6529.9 6717.6 6915.2 7109.6 7310.7
76 77 70 79 80 81 62 85 ab 8s
OS I6 Pl AU MC TL PB II PO AI
7S29.9 7725.9 7931.1 6136.6 0336.0 6Sb2.0 6766.0 69Y3.4 9162.Y 9370.9
7S29.1 7725.1 7930.2 6157.7 6337.1 85bl.l 67bS.l 6952.5 9161.5 9369.9
7512.7 7706.6 7913.6 6119.9 6316.2 6520.9 6723.0 8929.1 9135.6 93b2.2
7513.3 7709.11 791b.2 6120.5 6316.6 6521.6 6723.7 6929.6 9136.5 93b2.9
66 RY 07 CR 40 111 69 AC 90 TH 91 PA 92 U 93 NC 9b PU 95 AM
9571.3 9762.) 9966.6 10197.6 10406.9 10629.1 106b6.b 11062.1 11269.S 12510.6
9570.3 9731.b 9965.2 10196.7 lObO5.7 10627.9 10645.2 11060.6 11266.2 12SO9.5
9Sb2.6 9751.7 99¶2.6 10161.0 10369.0 10593.2 10603.6 11017.2 11210.6 12256.9
9563.3 9752.b 9953.b 10161.6 10369.9 1059b.l 10604.b 11016.1 112bl.S 12b59.6
10463.6 10736.9 10966.7 312b2.1 11502.1 11777.1 120bb.6 12310.2 12602.6 13665.9
10510.5 1076S.5 11016.b 11276.7 11537,7 11610.8 12065.1 12560.7 12619.0 13955.3
10166.2 10739.3 10969.3 11211.7 115901.6 11760.0 lLOb7.4 12321.0 1260S.b 13666.2.
9065.0 10wo.1 10293aO 10504. b 10719.5 10952.7 111?0.1 11309.7 lLb2I.l ILOb7.5
96 CM 97 aa 96 cc 99 ES 100 FM
13735.5 119Sb.5 12176.1 12400.1 12622.1
11752.1 11953.0 12176.7 12196.7 12620.6
11676.5 11696.b 12116.2 12335.1 125Sb.l
11679.4 11697.5 12117.1 12356.1 12S5S.l
13174.b 13b62.b 13758.1 1405b.0 lb354.0
13226.6 13517.7 13617.b 14116.5 lhbI9.2
13177.4 13665.3 13761.1 lbO57.1 lb557.1
12076.0 12303.0 12J51.6 12757.7 1296S.7
:::xi . 3lb6.7 3266.b 3426.4 3Sb7.6 37Ob.6
353
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
46 47 46 49 SO 51 32 53 34
PO AG co IN 6N 66 rr 1
102
LI-IIJNS
L&MN
Energies (in eV)
See page 316 for Explanation 1 EL
Energies
302 LSdl3Wb
Jf2 LJ-r(zws
3p2 L3-*294
2637.7 2773.4 2904.3 3041.6 3192.1 3326.7 3474.1
of Tables LU3
lF3 LJ-WItl*
SF3 LJ~llz*s
IF4 LJ-ll3ws
2610.0 2142.3 2670.1 3003.9 3140.3 3260.3 3423.0 356T.9 3692.7 3654.9
2636.1 2173.4 2904.9 3042.4 3193.0 3327.4 3474.8 3624.6 3T56.s 3924.9
2637.2 2772.9 2903.9 3041.2 3161.6 332S.9 3473.2 3622.9 3793.1 3921.2
2609.9 2742.2 2670.0 3003.7 3140.1 3260.2 3422.6 3567.6 369b.l 3656.5
2637.6 2773.3 2904.3 3041.6 3142.3 3474.0 3623.6 3755.8 3924.2
COOS.9 b164.5 4325.s 4496.3 4672.1 4651.6 s030.1 5213.1 5397.1 5s62.4
4066.7 424S.6 4413.2 4593.6 4777.6 4966.4 5151.5 5346.7 YS41.7 5739.1
LS-*3*5
XE 5s cs
2636.2 2774.0 29OS.O 3042.6 3163.2 3321.6 J475.1 3624.9 3716.3 3924.7
37S4.6 3922.7
2610.2 2742.3 2670.3 3004.1 3140.5 3260.6 3423.3 3566.2 3694.3 30s6.6
56 57 58 so 60 61 62 63 64 65
4076.9 4243.6 4413.2 4S93.6 4777.9 4966.5 51Sl.S 5346.6 5141.6 5739.2
4006.1 4165.2 4326.2 4499.0 4672.9 4652.4 5031.1 5213.9 5397.9 Sf63.2
4003.9 4164.6 4325.7 4499.6 4612.4 4651.9 5030.6 5211.4 5397.4 5562.7
4001.4 4241.9 4434.3 4s94.9 4779.0
60 18
4061.2 4247.2 4414.6 4S95.3 4779.4 4966.0 SlS3.1 5348.4 SS4J.S 5740.9
5152.6 5346.0 5543.1 5740.5
4677.3 4244.r 4412.0 4s92.6 4776.6 496Y.C SlSO.2 f345.4 ss40.3 Sf3?.7
66 67 66 69 70 71 72 IS 74 IS
01 UO LR tU w LU UF I). I RC
5945.4 6113.7 6361.7 6566.2 6791.1 7007.9 7221.1 7439.7 7662.0 7669.1
5943.6 6151.6 6353.4 blLb.2 6778.6 6996.6 7212.3 7426.6 7649.6 7376.b
1777.6 5970.7 6167.1 6361.5 6567.3 6767.2 6963.1 7164.3 7367.5 7574.1
5111. I 5970.2 6154.6 6360.9 6554.7 67S6.0 6953.6 7153.0 TJS4.7 7‘361.3
s944.9 6lSlrZ 6362.1 6567.7 6791.4 7006.2 7221.9 7440.1 7662.q 7669.5
5942.1 6150.3 63Sl.l 6S64.6 6776.3 6996.3 7209.7 742s.9 7646.6 7473.1
5776.9 5969.6 6166.6 63CO.S 6566.9 6766.6 6962.6 71b3.9 7367.0 7173.6
5943,s 6151.6 6361.1 6564.2 b7W.S 7007.1 7220.9 I439.0 7661.4 7866.4
76 77 76 79 so 01 62 63
OS IR
6121.7 6349.3 6564.6 0011.1 9OSJ.l 9290.1 9s31.0 9776.3 10022.3 10272.7
6106.2 6334.0 OSCd. 1 6604.1 PISS.1 9270.9 9509.9 97s4.0 999T.6 10246.0
7766.0 1990.9 6201.5 6415.6 6621.0 6630.3 9042.4 9296.1 9470.9 9666.9
77)O.l 7975.0 6165.4 6396.2 6602.6 89l')rl 9020.9 9233.4 9445.3 9659.6
6122.1 6349.9 0504.4 9621.5 9053.6 9290.6 9531.4 9776.6 10622.7 10273.2
::K! 8sbS:l b901.0 9031.9 9267.6 9506.5 97SO.S 9994.0 10242.4
7765.6 7990.3 6201.0 6415.1 6620.4 6629.7 9041.6 9255.6 9469.9 9666.3
9121.1 b34b.I 6S63.3 9920.4 9052.4 9269.4 9S36.2 9775.6 10021.5 10271.9
10316.1 10771.3 11024.2 11262.7 11s43.0 11617.1 12091.5 12367.1 1265'1.6 13942.0
10469.5 10742.7 10992.7 11246.2 11506.3 11763.6 12051.0 12324.7 12609.2 13692.7
9694.3 10111.4 10325.3 10541.6 10757.9 10969.2 11213.s 11435.2 11670.6 12900.0
9661.2 10062.3 10293.3 10506.6 10721.9 10955.2 11172.6 11392.3 11623.7 12650.1
10516.6 10771.7 11024.7 11263.2 11544.J 11617.6 12092.0 12367.6 12656.1 13942.5
1046S.6 10736.9 10966.9 11244.2 11504.5 11r79.5 12046.9 12320.5 12604.9 13696.3
9693.7 10110.6 10324.7 10541.1 10757.2 10966.4 11212.6 11434.s 11669.9 12699.3
10515.3 10770.5 11023.4
13233.6 13524.6 i3a24.4 14123.5 14426.5
13191.3 134b9.4 1376S.2 14061.3 14361.3
12133.6 12361.6 12s94.4 12623.5 lIO%.S
12090.9 12303.6
13234.1 13525.1 13625.0 14124.0 14427.0
13116.9 13464.6 13760.6 14056.6 14356.6
12132.9 12360.6
13232.1 13S23.7 13623.5 14122.S 1442S.b
81 L1 CE CR
NO PN 6m EU
PI
&tl U6 IL PO 8X
04 PO 05 Al bb
67 06 09 90 91 92 93 94 9S
RN
FR IA AC TH PA u IP PU
LN
96 97 96 99
CU ON Cf ES
100
FM
Jb2j.b
::x 12966:7
354
4961.6
:::::*: 130&
Atmic
332b.b
:::::*: 11616:L 12OW.6 12366.3 126s4.7 13941.1
Data ad Nuckw~r Data TobIer, Vol. 20, No. 4, Ocbbw
1977
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
Energies
(in eV)
See page 316 for Explanation of Tables 1 EL
3P0 L3-CsCS
Isa IJ-I(6Yb
66 co 67 AC 68 cc
tc1t.c 2576.9 3113.5
282b.S 29bC.C
2978.7
ix
:c:*: 3539:c
::,':-: .
1117.9 32bl.9 3412.0
1410.9
lSb5.6
lSb3.1
z:
2
13 1 I6 xc ¶Y es 56 I? ¶C I8 bC bl
04 LA cc *a no *aI
t: :: 64 CO 65 18 bb DV 6? lo8 bC CR :: I1 ?I ?I 16 15
2 LU a? 14 8 MI
?b
OS II
I?
10 l t 19 AU EZ ot cc
83 #I 86 PO BY 4: l b Ill 81 fl co 84
89 AC 90 tn 91 ?A St u 53 CP 96 cu 95 4*
I8 9? 98 99 loo
CM CI Cf CS FR
::::*: rc13:r 6189.1 6355.2 6530.2 6101.b
6851.0 soc9.3 sto7.a 54c2.2
3104.7
3SSC.6 37Cb. 9
3861.4 3599.0 4113.b
4337.5 bS13.b bbC9.9 6877.2 SOb7.4 52bl.7 SbSb.9
1*1 LJ'ISCS
lS1 Ll-MShb
LClS.0
2033.9 2977.4 3116.4
3721.7 3880.2 6020.9
419l.S blb3.6 bS38.9 471b.7 690b.S
SC91.1 6csa.s
5859.7 bObb. 4
5099.1 5298.0 5492.I 500.1 5902.2 6110.9
bl14.2 (311.3
6277.4 b692.0 b700.9 b92b. 1
b7bS.l l 986.9
Sb07.2
b713.0 bS72.1
7tc1.1 7bH.7
lbYS.8
7885.8 8lN.I 836C.O
CbCS.0
1145.s 9893.5
9163.4 9589.9
906l.b lCOs7.2 lC317.0 lCblC.2 lCCC3.2
SbSC.1
71b0.6 7371.1 7191.3 1Clb.9
CObb.2
CLC1.8 8519.1 OIS6.0 C997.7
9Lbl.S 96C2.3 9727.1 997s.o
1ctt7.2 1c4c0.1 10717.1
11143.2 llblb.9 1lbCS.S 119S9.b lILlCr3 1tw9.1 ltCt3.2 13111.6 136l?.S lbl3l.C
lc9c9.2 lltS2.8 11Sll.b 11774.7
16060.8
13774.4 14071.1 lb17S.b lbbCl.1 14992.0
16351.5 lbb?C.9 1499l.S 15317.2
:::::' : ltbO7:S 12085.0 131ct.o 14479.1
612b.0 bSbl.4 7214.2 7494.1 7bb6.b 7899.0
(135.1 0376.0 Ob20.2
CCbl.2 9109.b
9359.9 9bQb.9
32b2.2
3719.5 lC77.7 401b.S 4192.7 6350.2
b321.0 bS39.1 6752.1 C980.1 719b.C 7b29.8 7bSS.9 7CCl.2 8116.9 8356.1
933b.
9SC2.0 9832.4 10086.7 1014s.s lObOb. iocsa.0
lllb3.0 11435.2 11106.2 11980.7 12259.9 12551.2 12845.7 13140.4 13bSO.9 147s7.4
ii12a.s 11199.1 lllCb.2 11937.6 122lS.b 12506.7 1279b.O 13OCC.b 1319s.o 1469a.s
lbObS.1
14002.0 1bllO.C 14626.S
lscl7.1
15141.2
14944.4
lS2b7.4
2029.9
2020.3
2970.9 3109.1 3254.0 3401.9 1553.7
blbb.0 bS22. b 6b99.2 bCC6.9 5077.b 5274.0 Sbb7.S Sbb9.0 scro.9 bO77.0
6289.1
3865.2 4004.9 4iao.i 4344.4
bsia.4
4694.0 4882.4 S072.C 52b9.2 Sb62.6 S663.9 SC6S. 7 6072.5
7036.S OOb7.1 C301.2 CS63.4 C7l9.b 9023.2 92bO.b 9110.6 9756.8 lOOOb.4 102bO.6 lOSlb.1 1077S.b
0533.9 0769.9 9011.1 92S7.4 9498.7 9743.9 9992.9 10244.9 1049C.E 107s5.7
lIO27.t
1100c.2 11271.5 llS11.5 1179S.l UObS.1 12348.6 12629.1 12911.9
7bOI.0
1
1708.4
6201.6 649O.S 6711.0 6932.9 7lSl.l 7184.1 7604.6 7810.6 0060.2 0296.2
bSO4.0
6716.6 4934.7 71b0.7 1lCC.l
859a.s 0039.4
9087.1
lP1 Ll-MbIb
2912.3 3111.4 3251.5 3606.b lSSb.7 3711.1
3Cb4. b 6006. a 4181.6
653S.C 4711.5 4901.2 SOIS. b 5294.4 5489.0 Sob.2 589C.2 blOS.9
9859.0 10115.0 10375.1 lObl?.O 10902.5
!437b.l lbb9b.O
101 LI-MbNS
11292.0
1lSSS.b 11922.0 12091.0 12374.2 12bbl.S
1294b.l 13247.4 1bSbP.C i3abi.3
14141.2 1bbb9.9 147SC.9
15072.9
355
13209.4 lbSOl.9 13797.6 IbO94.7 14399.7 14705.9
lSOl6.9
192 Ll-MSCb
102
Ll-#SW
lf2
2133.0 2976.4 3115.2 126C.C 14C0.S 1562.1 3717.7 1475. a 4016.1
2814.6 2978.2 1117.2 3261.1 3412.0 3566.9 3720.7 3479.0 4017.9 bl94.2
4192.7
4159.7 bS37.b b115.2
Sb90.9 5696.1 5900.2 6108.9
6319.9 6516.1 6754.0 6977.2 1198.0 7411.8
7b60.7
76Sb.0
0119.1 a3sa.s
0611.4 8852.1 9100.1 9150.1 9597.0 9340.9
9OC9.7 9338.7 9SCb.S
0600. acbi.8
9035.3
10104.7
1016b.7 lOb26.1 10091.3
10089.3 10168.2 10107.4 10870.8
1llSl.S
11131.2
122bI.b 1251C.b 12812.6 1312?.1 11417.1
11401.3 11669.2 11940.6 122lC.r 12511.9 12799.1 13091.9 13390.3
14743.6
lbfO1.7
140s1.0
14006.1 1bllb.l 14630.1
11423.4 11694.2 119bC.S
14361.8 146Cl.S
15002.1 1512a.1
ib96a.l
lS271.1
Atomic
400b. 1 4161.1
so74.s S271.0 5466.S 1665.9 SC67.7 6074.6 6205.7 6SCO.6 67lc.l 6935.2 7lbL.S
ICC5.1
7891.7 C126.a 0166.2
1402.9
lss6.c 3109.7 3CC6.5
6696.5 6cab.l
6106.0
6323.6 6Sbl.2 6756.2 6982.5 7206.7 7416.1
2020.9
2971.7 3118.0 32¶6.9
4345.7 4519.9
4310.6 4533.6 4711.2 4900.7 so93.1 5291.C SbC6.4 S691.5 589S.S
6904.9 5097.4 S296.2
102 LI’MbCb
L3-*4CS
a
2020.2
2970.C 1109.0 1253.0 1481.7 1553.5 1708.2 1064.9 4002.9 4177.7 4341.7 bSl7.9 bC94.4 bCCl.9 5012.2 S268.6 Sbb2.0 Sbb3.1
5865.0 6071.8
62C3.0 6497.7 6707.1 (912.1 7147.1
73c9.9 7610.6 7asc.b a069.3 0305.3
159.9.1 7121.9 aos3.3 62C9.1
as4s.9 8781.0 9025.4 9270.6 9512.9 97S9.2 10009.3 10263.1 lOSlC.7 10770.0
OS26.6 8742.Y 900S.6 9269.6 9690.6 9735.6 9981.7 10236.1 lObc9.2 10746.5
I1030.4 11295.9 1lSSC.b llC24.9 12095.9 12317.2 12664.5 12949.2 13210.6 lbS46.0 13Cbb.6
7377.0
1099c.c llLb1.6 11521.6 ii7as.o lLOS5.0
1231C.l 12blC.b
12900.9 15190.3 14490.6
14144.6
14433.3 14762.4
11786.1 14081.0 lblC7.7 14691.6
lS076.4
13004.5
Dato, and Nuclear
Data TobIer, Vol 20, No. 4. October 1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies
Energies (in eV)
See page 316 for Explanation
of Tables
JUJ l.3.I5NS
lb-3 LI-WSWL
363 L3.N4NS
JFJ LJ'N4N4
364 L3-NSNs
IF4 LJ-NSNS
CD AC CD IN 6N SB rc 1 XE es
2635.6 2979.1 3116.6 3264.6 3613.7 3366.7 3722.7 3661.2 6022.0 6196.7
2434.6 2976.5 3117.6 3263.6 3412.3 3363.4 3721.3 36l9.6 4016.3 6196.6
2629.9 2972.9 3111.4 3236,s 3404.) 3556.7 3711.7 3666.7 4007.3 4102.3
2629.3 2972.1 3119.3 3233.3 3403.3 3333.3 371D.4 3667.2 4006.6 4161.6
2634.4 2977.9 3117.0 3262.9. 3611.7 3566.S 3720.3 3676.6 6016.2 4194.7
2633.6 2977.1 3115.9 3261.6 3610.3 3363.1 3716.6 3676.9 6016.6 4193.D
2626.4 2971.1 3109.3 3234.2 3402.1 3333.9 3706.7 3663.4 4003.2 6180.4
2635.1 2976.6 3116.0 3264.0 3b13.0 3S63.9 3721.9 3660.3 4023.1 4197.6
36
BA
:: 39 60 61 62 63 66 63
::
4360.4 4336.2 4716.0 4903.7 SD90.3 5297.2 5491.9 3697.2 3901.3 6110.0
b34T.O 4522.6 4699.2 4666.9 5077.4 3274.0 3467.5 3669.0 3670.9 6077.6
4345.9 4320.9 4697.5 466S.l 3075.3 5272.0 3465.3 366?.D 3660.6 6073.7
436U.4 4337.0 47f4.7 4904.4 SD96.9 3293.7 5490.4 3695.6 3699.7 6106.4
433n.s 4s34.9 rt12.s 4902.1 3594.5 3293.J 5467.9 3693.0 3697.0 61DS.6
4344.8 4316.7 4695.2 6662.8 3073,.2 5269.6 3463.0 5664.4 SR66.2 6073.1
6363.7 4339.1 4716.9 4906.7
ND PN fl LU CD TB
4364.7 4540.2 471¶.0 6907.3 3100.5 3299.4 5494.2 3699.6 3903.6 6L12.6
66 67 66 69 70 I1 72 13 I6 73
DV ND ER TN vn LU NF IA N RE
6327.6 6345.1 6767.2 6966.7 7216.2 7446.1 7670.7 7902.0 6137.3 6377.0
6323.0 6542.4 6751.4 6963.6 7200.2 7433.3 7657.3 7606.9 6120.7 6360.2
6269.1 6306.0 672D.0 6936.7 7164.3 7391.6 7612.3 ?640.3 6071.3 0307.3
6206.9 6501.6 6713.0 6936.4 7153.b 7364.2 7604.7 7a3o.t 6060.3 0296.2
6323.3 634U.7 676D.6 6962.0 7209.2 7b36.9 7663.4 7394.4 0129.5 6369.0
6320.5 6537.6 6752.8 6976.9 7197.5 7430.5 7634.7 7663.9 6117.7 0337.1
6264.2 6499.1 6717.1 6933.6 7161.2 7366.6 7609.3 7637.0 6067.9 6303.6
6326.3 6343.7 6763.6 6963.2 7214.7 7446.6 7669.1 7900.4 6133.7 6375.4
76 71 76 79 80 61 6.2 63 86 03
OS 1R Pl AU N6 IL PB e1 PD Al
6622.3 6663.3 9112.0 9362.4 9609.4 9661.6 10117.7 10376.1 10639.6 10903.4
66D2.3 8m3.3 9091.5 9340.6 9366.4 9637.3 10091.4 10330.3 10609.6 10673.0
6347.9 6793.9 9027.6 9272.6 9¶13.2 9761.3 10011.6 10263.S 10321.1 10760.6
6533.9 4770.0 9013.3 9257.3 9496.3 etsa.9 9992.3 10244.9 10496.2 10735.6
6614.3 6633.1 9103.3 9333.5 9600.3 9652.2 10106.0 10166.1 10629.6 10694.9
8599.4 6640.3 9066.2 9337.2 9362.9 9633.7 10067.7 10346.3 10605.7 10669.0
8544.4 8760.3 9023.9 9269.1 9511.3 9757.5 10007.6 10261.4 10316.9 10776.2
6620.6 6863.9 9130.2 9360.3 9607.3 9639.7 10113.7 10376.0 10637.7 10903.2
66 67 aa 89 90 91 92 93 94 93
RN CR n* At tn P4 U NP PU AN
11163.9 11436.2 11709.2 11963.6 12263.1 123Y4.4 12649.0 13143.6 13454.3 14760.9
11133.4 11403.6 13671.3 11943.D 12221.2 12SI4.4 12601.9 13094.3 13401.0 14704.4
11033.0 1129E.2 11361.1 13627.6 12096.6 12360.0 12667.5 12952.1 13233.6 14549.1
l10D6.3 11271.5 1133l.S 11791.1 12065.3 12348.6 12629.1 12911.9 13209.4 14502.0
11135.2 11427.2 11696.0 11972.4 12231.4 12142.5 12636.6 13131.3 13441.6 167k7.9
11129.4 11399.4 11667.3 11930.7 12216.7 12309.9 12797.3 13069.9 13596.2 14699.6
llD26.6 11293.7 11336.5 11622.9 12094.0 12373.2 12662.3 12947.1 13246.3 14343.e
11163.7 11436.0 11707.6 11961.3 12260.7 12332.1
::“,:z.
lbOO9.1 16317.1 14632.9 16931.0 13274.1
13647.7 14147.7 14456.6 14763.6 13079.7
13797.7 14094.6 14399.7 14705.8 13017.0
14033.4 14366.3 14666.0 lSDO6.9 13332.9
14004.1 14312.1 14627.3 1494S.6 13266.6
13342.4 14142.4 14431.1 14760.1 13074.1
14066.0 14377.1 14697.0 13016.1 13344.3
2 EL 46 b? 48 69 SD 31 32 33 34 33
CR
96 CR 97 811 :: 100
E': cl4
16699.7 13020.9 15347.0
356
16b LS-MSNS
Atomic
363 L3-N5NS
::::*: . 5693.0 5696.3 5902.3 6111.2
:::::*: 13431:6 14736.3
Data ad Nuclwr
Dota Tablw, Vol. 20, No. 4, Octobw
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation JF3 L3-MlN?
lF3 L3-111116
Jr2 LJ-*IN6
6539.J 6736.3 6932.0 7lJ5.2 1336.1 ?543.6 7156.0 7963.5 8176.9 6391.1
6528.7 6734.6 6930.2 7132.7 7335.4 75kO.S 7752.6 7959.9 6173.0 8366.6
6530.1 6736.3 6932.0 7134.0 7336.4 7541.9 7754.0 7961.5 8174.6 6360.5
9599.6 bb11.2 9024.0 9237-b 9b54.3 9671.3 9879.4 10100.1 10309.8 10530.0
6¶95.0 6606.3 9016.6 9231.6 9447.6 9663.9 9672.0 10090.9 10301.5 10520.7
6596.7 8bOI. 1 9020.4 9231.5 9449.7 966S.6 9174.0 10092.9 10303.6 10522.6
10747.6 10975.6 11202.7
10736.6 10964.4 lll90.5
10740.6
7s
12356.4 12517.0 12617.6
11661.1 12991.1 12122.4 12354.1 1256k.6 12615.4
12676.1 12107.4 12330.1 12566.6 12797.4
100 Fit
13046.7
13046.2
2 EL
v3 l.3.NJN7
2 EL
SC 4 LJ.llW?
70 71 72 73 74 75 76 77 76 79
10 LU Nf TA N RE 06 11 *1 AU
6530.3 6736.3 6932.0 7135.9 7336.9 7544. J 7756.1 7966.5
b0
NO
6600.0 6612.4 9025.3 9236.6 9455.7 9672.6
61 7L b2 83 bb 05 66 67 b0 69 90 91 92 93 94 95 96 97 96 99
Cb 81 PO Al RN FR RL AC IN
PA U
NP PU IN CN bli
cc
70 71 72 73 76 75 76 77 76 79
Vb LU NF 76 N ac OS
b0
NO TL P0 et PO Al RN CR RI AC
bl 82 93 bb as b6 67 bb 89 90 91 92 9s 96 95 96 97 9b 99
100
IA
Cl AU
TH PI II NC PU &I( Cl en CC
8176.0 6392.2
9ao1.0 10101.9 lOS11.6 10531.6 10769.6 10977.6 11204.7 11432.1 11663.3 12693.4 12126.I
6990.0 72OS.S 7427.0 ::x . 6109.6
0349.1 b5bb.b 6631.2 9075.1
9316.3 9561.0
9110.7 10062.1 10315.9 10575.0 10826.2
Energies
3r2 LJ.MIN7
302 L3-It3N6
6973.2 7203.5 7424.9 7647.6 7674.9 0105.9 63bb.6 dSbS.9 6926.3 9069.6
6975.9 7201.0
9306.3 9552.7 9801.7 lOO52.5 10305.5 10563.5 10614.6 11077.4 11337.0 11603.1
9310.6 9555.1 9604.6 10055.7 10309.3 10566.2 10619.2 11003.9
9310.5 9554.9 9604.1
12676.4 12109.7 12340.4 12569.0 12799.0
11672.9 12149.6 12432.6 12720.1 13012.2 14304.3 13604.6 13905.2 14209.7 16517.5
11579.2 1215I.J 12442.0 12729.2 13021.2 14316.2 13616.4 13916.0 14224.4 14532.1
11675.9 12152.6 12436.0 li723.3 13015.5 16307.6 13901.7 14213.3 14521.1
11324.0 11557.1 11790.5 12025.6 13264.7 12506.9 12764.6 12942.2 13220.0
13027.2
13029.7
14azrJ.s
14643.6
14632.0
13456.6
3F3 L3-USN6
303 LS-M2N7
JOJ LI-)I266
3fb LI-YINI
~3443~6
304 L3-tl2W7
365 L3-N3N7
6971.7 7204.0 7425.5 7649.1 7676.5
6756.0 6964.7 7160.3 7374.9 7563.2 7794-l
6755.1 6965.7 7167.2 7374.1 75b2.1 7793.0
6346.7 b5b5.9 bb2b. b 9072.0
8012.b
boll.1
9229.1 b6bb.2
6227.5 0446.3 8666.0
6976.5 7201.7 7b22.9 7645.6 7473.0 6103.9 b342. b b531.6
6754.7 6963.2 7166.7 7374.3 7562.6 7793.5 6012.1 b226.4
9067.5
8663.1
6978.9 7204.2 7425.6 7650.2 7677.6 0109.2 b34b.6 6567.9 Ob30.8 9074.7
9301.2 9552.5
11603.1
6162.7 9099.5 9320.5 9540.2 9762.3 9987.6 10202.5 10429.4 10669.0 lOb74.2
11¶72.6 12149.b
11099.0 11336.0
11066.6 12165.1 12450.0
12042.6 13210.7 12523.0 12761.7 13001.3
:::::*: 14324:9 13625.3 13927.1
i347b.P
16653.5
11430.0
b107.6
9312.9 9557.4 9606.6 10057.7 10310.0
10569.1 10820.3
11091.1 11369.9 11617.1
11063.3 11343.0 11609.3
llbO.0 12166.0
llb79.3
11417.9 11641.9
0660.9 66d3.5 9100.4 9321.4 9541.2 9763.3 99bb.4 10203.6 10430.5 10650.2 10075.4
11100.2 11337.2
10966.6 11192.7 11420.1
11651.3
6661.1 9097.6 9316.3 9537.7 9r59.2 9913.5
1019b.7 10423.6 10644.6 10.566.7
ES
12450.2 127s7.6 13029.6 14325.0 13625.4 13927.2 1423J.6 14541.7
12156.4 12439.6 12727.1 13019.3 14311.6 13612.0 13912.9 14217.6 14525.5
11571.4 llbOb.6 12043.9 13262.1 1252b.b 12763.2 13002.6 13240.6
1109s.6 11320.7 11561.9 11795.3 12034.6 13269.9 12512.2 12750.0 12967.7 13225.6
r*
14653.6
14636.4
13460.5
1346r.f
357
JO1 L3-NJN6
of Tables
6976.8 7202.0 7423.3 7645.9 7673.1
6104.0 0342.9 6561.9 bb24.2 9067.6
6979.6 7204.9 7426.4 7650.’ 7676.3 8109.6 6349.0 65bb.b 0631.2 9075.0 9316.3 9560.9 9610.6 10062.0 10315.7 1¶574.0 10126.1 11090.6 11349.6 11616.8 11666.7 12165.7 12449.8 12737.3 13029.5 14324.5 13624.9 13926.7 14233.2
11142.4
11609.5
104
6624.1
9001.6
10052.4 10301.4 10563.5
10614.5 11077.4 11336.9
12432.9 12720.2 13012.1
14541.1
14304.5 13606.7 13905.4 14210.0 14517.7
14653.0
lb62b.5
7422.2 7646.5 7671.9 (105.0 6344.2 1563.3 D625.9 9069.5
10055.0 10306.0 10566.1
lOb17.3 11060.1 11339.b 11606.0
1360b.0
bLb7.4
11570.1 11605.4
13239.1
102 L3-I4216 6754.3 6962.9 7166.3 7372.0 7560.1 7790.6 1001. d 622b.e 6443.6 6663.6 (077.9 9094.6 9314.9 9534.2 9755.6 9979.6 10194.7 10419.5 106400.2 10664.3
11019.1
9315.9 9560.6
9blO.b 10063.B 103lS.S 10596.7 10625.9 11090.9 11369.6 116X6.9
14233.7 14541.6
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) Seepage 316 for Explanation of Tables 3-1
3PO 2 70
EL Ye LU "F rA
71 72 73 74 75 76 77 78 79 a0
a1 a2 63 64 05
It6 IL PB
9659.0 10119.3 10382.4
7390.3
rn PA "
8139.1 9091.2 9347.3 9603.0
10302.8 106411.5
llla9.6
11461.6 11743.2
12014.9 12296.9
12019.6 12302.6
12015.4 12297.4
12584.7 12179.5 13182.5
i2aa6.9
121)ao.o
1319o.ll 13496.9 13lYlO.8 15125.7
13163.0 13469.3
1444l.a
12590.2
NP
134Od.l
PIJ AU Cl es CF ES
13602.0 15114.3 14431.0 14751.6 15076.1
154os.a
lb763.3 15089.7 15419.3
FII
15739.6
15753.9
72 73 74 75 76 77 78 79
70
Yil LU "F 1A Y RC OS 1R P7 AU
80
"Ii
71
61
TL
82 a3 64 85 86 87 Ba 19
PB BI PO AT RN FR RI AC
90 91 92 93 94 95 96 97 98 99
TH
100
L3-HrN7
11081.0 11341.1 11615.9
llaa4.6 12159.1
735G.6 7566.5 70l4.1) 8047.1 Rite.9 6522.8 6769.7 9016.9
9265.3 9519.0 977o.a 7
10024.4 10202.8 105b2.1 10104.7 13071.7
11331.1 11604.6 1107b.l 12148.2
734a.a
7400.9 7639.4 7671.6 0106.5 6349.0
756h.5 7612.7 8044.7 a2w.4 8520.1 8766.9 9013.9 9265.3 9516.7
a592.n 8844.9 9097.3 9354.n 9610.9
9a17.c
9767.5 10021.0 10279.2 io53a. lOIIGO.9 11067.a 11327.0 11600.4 11869.9 12143.9
4
fOl26.7 10391-s 10657.7 10927.0 112OI.l llb69.7
15764.8
7403.4 7642.0
7a74.5 8112.1
0352.8 8596.9 8849.2 9102.0 9358.9 9616.1 9672.4 10132.4 10397.5 lC664.0 10933.7 11208.1 11476.6
12695.7 13199.a 13506.2 13820.4 15135.b 14451.8 14773.5 15100.1 15429.9
lG4 LJ'rtSh6 7T95.6 7633.8 7665.7
9106.3
12035.6 12319.3
12005.7 12267.1
12607.5 12904.8 13209.2 13516.0
12574.1 12868.0 13170.4 13475.7 137JH.9 15099.9 14415.3 14734.9 15058.3 153.5K.d 15719.4
IJ NP PU A* Cl8 EM CF ES
lbC41.6 15159.5
14104.9 15111.a 15442.1
FI(
15503.7
15481.3
15777.4
13a30.5 15146.0 14462.7
73bO.a 7b05.7
9.55b.2
11750.7
12420.0 12712.9 13001.9 1330S.2 13610.3 14911.3 14218.6 i452a. 3
LS'N4NI
10062.1
10322.6 10514.6 10149.7 11119.3 11362.2
Jr2 L31M4N7
3P2 CJ-I(4W6
7352.7
7350.0 75a5.9 7a14.2
7580.7 7117.2 80k9.6 6265.7 6525.7 8772.a 9020.2 9271.9 9523.6
8284.1 6524.2 8771.4 9011.7 9270.5 9522.3 9773.5
10027.3
11878.7 121S3.1
10366.6
10652.4 10921.2 11194.4 11462.6
12307.7
11742.5 12020.1 12302.4
12595.4 12892.2
12S90.2 1288S.3
15166.1
15525.6
14437.6 14751.3 Isoe3;o 15412.6
15744.4
13499.4
154ea.1
15760.3
1574b.1
JG5 LJ-M5N7
lH5 L3-M5N6
3w5 L3-M4N7
It46 LI-NSN?
7400.3 76313.7
7397.7 7635.9 7067.9
7350.3
7402.0 7640.6 7673.0
LI'MbN6 7341.7 7577.2 7aOb.b 8037.5 6272.7 8512.1 Ll758.3 9004.6 9255.4 9506.1 97S6.S 10309.3
1026b.5 10524.a 10786.6 11053.Q
7870.9 a107.b
9609.4
9ab5.4 10125.0 10389.7 10655.8 10925.0 11198.9
11467.0 11748.6
13809:o
e110.7 6351.3
0524.b b771.9
b595.3 b647.5 9100.2 9357.1 9614.1
9019.2 9271.1 9522.9
9859.0
977b.J
10119.1 10363.3 10649.0 10911.7
1002a.1
10130.3
10297.0 10546.7
1119O.B 11456.1
11070.0 11338.1
10395.3 10661.6 10931.2 1120s.s 11473.9
1173b.7
11612.b 11091.4 12156.b
11755.9 12032.8 123lb.l
12436.3
12bO4.2
12723.2 13020.2 13316.5 13621.6 14925.7 14232.9 14513.6 14IS9.1
12981.3 13205.6 13512.2 13926.5
12bO2.3
12596.1
12686.1
12892.8
12981.3 13275.4 13576.6 14874.9 14164.3
13191.a 13503.1 131317.2 15132.1 14448.3
14492.1 14004.3 15119.4
14769.9 15096.3 15426.1
14432.6 14753.5 15071.1 15407.6
15439.2
15760.8
15741.6
1229a.3 12566.0 12Obl.O 13184.1 13490.4 13OOb.b
15116.b
Data
9b70.4
~0110*0
12016.1
Atomic
15121.2
7506.1
834b.2 8587.7 8039.3 9091.4 93A7.7 9604.1
93S2.b
K’:
13816.b 15131.5 14447.8
7314.4 8018.4 8284.5
6104.1
8346.0 83591.7 1643.7 9096.1
13502.5
15095.3
12b90.2 12779.b 13070.b i337a.2
358
9862.6 10122.3
lb769.4
12025.3 12306.3
15SU3.2
9664.1) 10124.4
1319b.t
13616.0 14917.3 14224.7 14534.5 lbBb6.2
12121.2
1b935.0 15256.6
9095.6 9352.1 9606.6
0346.4 as90.1 6841.8 9094.1 93so.5 9607.1
lbb35.b 14756.2 15080.0 15410.6
364
12433.0
12711.1 13014.3 1331a.a
12207.6
14616.0
7069.1
Blob.2
lllPb.3 114b6.3 11748.0 12024.6
11336.0 11609.1
11658.3 11930.3
13686.3
7396.6
7b37.0
10389.0 10655.1 10924.3
1oaoe.5 1107s.a
11311.4 11583.0 11851.?
14992.6 14302.9
7400.7
7b39.1
a643.2
loPaL. 10545.5
11612.8 llO(11.5 12156.5
LJ-W5W6
7071.3 8107.3 6347.6 8591.3
a046.1
10547.1 lOB10.2 11078.1 ii33a.2
lf3
JF3 LS-N5N7
12436.3 12723.1 13020.1 13316.4 13621.5 14925.5 14232.7 14543.4 14651*B 15176.6
3w4
8939.3 9oar.o 9342.9 9596.9
lOll?.l 10376.7 106bl.a 1091o.a iita2.5 11449.0 li72a.9
12508.3 12883.3
13106.5 13492.3 13606.9 15119.1
7835.5 6069.8 6307.3 6548.7 8797.S 9046.6 9300.3 9553.5
0101.0 6346.0 a5ab.l
9861.4 10120.9 10365.1 10650.9 lG919.6
12018.3 12300.S
15475.7
L3-*5117
0105.3 6345.5 .55e9.1 aabo.7 9592.9 9349.2 9605.8
12027.6 12310.9
15740.1 JF4
739a.a 7637.1 7069.1
11192.7 114bO.a llT40.8
14431.6 14752.2 15076.6 15406.4
i3a03.3 15li5.3
302 L3-*5N6
11751.0
i259a.6
12439.6 12726.6 13023.7 13320.1 13625.3 14929.4 14236.7 14547.5 14663.0 i5iao.a
PA
102 L3-M5N'
12423.5 12704.3 13004.2 133OD.4 13605.4 149U6.3 14213.4 14523.0 lbaJ6.4 15154.0
12565.1
L3-ti4N6
7351.9 7567.9 7816.3 8050.2 8286.4 6526.6 6774.0 9021.4 9273.4 9525.3 9776.6 10030.7 io2ay. 105b9.5 10612.9
9159.4
lolla.
363
313 7. EL
15117.5
6639.6 9091.R 9341.3 9604.9
11157.6 11737.3
10916.6
90 91 92 93 94 95 96 97 98 99
a
7396.7 7634.d 7666.7 B10J.9 6344.3
10917.1 11190.1 11458.1 llI37.5
1064a.J
PO Al 6-R RI AC
a3cb.3 asa7.
311 L3-*416
906'3.7 10120*2 10394.7 10650.7 10919.8 11193.7
e1
67 aa 69
L3.15Yh
7636.5 7860.6 1104.1
?06.9.2 a303.7 6343.0 a5a7.2 aa36.7 9090.3 9347.0 9603.4
lP1
13.*5N7
7397.9 7636.2
* RE OS IR PT AU
86 AN
100
L3-l5N6
ad
15141.9 14490.4
15176.b
14710.3 15107.1 13437.1
15499.7
15772.1
Nuclear
Data
Tables,
Vol.
20,
No.
4, Octobr
1977
Semiempirical
F. P. LARKINS
TABLE
V. Auger-Line
Auger-Electron
Energies
Mr,-NN
Energies (in eV)
See page 316 for Explanation of Tables 150 2
EL
JPZ
“5-NlNl
3Cl
“5-NlkJ 44.0 64.7 72.7 87.0 97.0 109.7 12R.l 143.1 15e. 174.9
JPO M5-HlYZ
“S-YlN3 31.6 51.7 65.5 7b.ll 85.9 103.9 li3.d 133.3 lb’.1 164.2
43.0 63.9 72.1 63.8 97.‘) lC9.7 120.1 143.1 15d. 174.9
193.9 209.4 223.0 230.5 25b.2 271.9 288.6 305.5 304.3 319.3
182.7 196.3 210.9 225.4 241.1 25*. 274.6 291.1 289.4 393.8
339.2 361.Q 377.6 4OC.O 429.2 445.0 47&l 504.9 529.3 549.4
333.4 354.6 370.7 392.5 421.5 445.0 470.4 495.5 521.5 540.1
442.2 459.) 493.6 503.5 532.0 554.9 564.2 562.7 597.7 611.1
576.9 600.2 631.4 650.6 687.9 71b.3 734.7 756.8 760.7 605.3
OS fA PI AU “6 TL Pa 01 PO Al
629.3 637.3 649.5 664.6 661.7 670.0 660.9 674.6 611.1 675.3
e29.4 a47.2 061.9 092.8 902.9 922.8 93S.8 950.2 965.5 979.0
86 67 a* 89 90 91 92 9, 94 9s
RN FR RI AC rn PA u NP PU AN
665.5 663.4 653.0 644.1 633.9 620.6 627.6 621.1 613.2 607.4
982.5 994.7 999.6 1007.1 lOlI.1 1027.3 1043.6 1054.2 1067.6 1082.1
964.3 976.1 980.6 967.7 994.3 1007.2 1023.1 IO33.3 104b. 1060.4
96 97 98 99 100
CN BK CF ES F*
591.6 507.9 577.7 559.1 94e.7
1094.8 1107.1 1119.4 1127.2 1139.2
1072.0 ioab.3 1096.7 1104.1 1115.4
36 37 30 39 LO 41 ‘2 43 ,4 45
KR RB SR I ZR NB NO rc R” RN
26.6 45.2 so.5 59.2 69.4 ‘)a. 95.4 108.0 120.3 lJ5.3
46 4? 46 49 50 51 52 53 54 55
PO *is CD IN 511 sa TE I LE cs
151.4 166.5 115.0 105.9 193.4 215.2 222.2 233.3 227.9 246.5
193.9 212.9 223.0 2J8.” 254.2 271.9 268.6 3’35.5 304.3 324.6
56 57 5Ll 59 60 61 62 63 64 65
BA LA cc PR ND P” 511 EU GO TB
256.d 212.7 265.7 303.4 328.? 345.9 369.5 390.7 413.6 425.S
66 67 60 69 70 71 I2 73 74 75
DI HO ER TN YB LU HF ,A Y RE
76 I? Ill 19 80 81 82 83 64 65
I
3
43.4 64.2 72.7 83.6 97.5 109.’ 129.1 143.1 156. 174.9
3’0 M5’N3N3
lS0 M5-N2N2
3Pl
3P2 *5-NSN3
102 N5-N2N3
56.7 79.0 09.6 102.5 118.4 J32.5 153.5 170.5 168.3 206.1
54.6 76.0 07.7 100.4 116.2 130.1 151.1 161.9 185.6 203.2
*5-UN3
56.1 79.3 99.6 102.5 118.4 132.5 153.5 170.5 Iaa.3 20b.l
97.4 112.9 12b.T 141.4 164.0 181.5 190.9
56.2 76.4 (19.6 102.5 11.5.4 132.5 153.5 170.5 Ian.3 206.1
193.9 206.2 223.0 238.0 254.2 271.9 2811.6 305.5 304.3 313.9
221.1 24S.P 261.4 2ea.9 299.5 322.9 343.8 366.2 369.0 3n5.7
219.7 232.0 253.3 271.6 290.7 313.7 334.5 356.5 359.0 364.5
227.1 243.2 261.4 2eo.o 299.5 322.6 343.8 366.2 369.0 379.9
227.1 249.2 261.4 EBO.0 299.5 322.8 343.8 366.2 369.0 389.5
224.1 240.9 258.1 276.7 296.0 319.1 340.1 362.4 365.0 376.8
317.1 336.8 351.8 371.7 40J.6 427.0 449.2 4ba.o 503.1 513.7
327.1 346.6 361.5 361.3 415.5 445.0 459.9 477.6 511.1 524.2
403.2 43’). 450.0 476. 509.3 533.1 565.2 596.6 622.5 649.9
3ao.3 403.1 419.6 441.1 473.8 518.0 530.0 544.8 589.3 602.3
397.1 422.2 440.4 464.5 491.3 530.1 554.2 577.1 612.4 632.8
4oa.o 435.4 455.2 461.9 514.7 530.1 571.0 642.9 b28.6 656.4
393.9 419.0 437.1 461.2 493.9 525.2 550.6 513.5 600.6 629.0
566.3 5a9.3 619.1 636.5 675.5 701.0 721.7 743.4 766.9 791.1
528.6 553.6 575.8 591.e 625.2 653.5 666.2 606.5 704.4 721.8
536.” 563.3 585.’ 601.3 634.T 663.5 678.1 696.5 714.4 731.6
68,. 716.2 747.C 771.8 817.5 q46.4 877.7 902.7 935.1 970.3
613.0 645.6 654.3 677.1 715.0 749.1 768.6 786.4 806.9 027.9
657.0 667.9 709.7 731.7 r73.6 805.5 aso. 852.4 a79.0 907.2
694.2 723.2 754.2 779.2 625.C 654.4 865.5 910.3 943.3 978.6
653.2 614.0 705.8 727.7 769.6 aoi.3 826.6 848.1 674.6 902.7
1114.4 632.3 653.7 617.1 886.9 906.4 917.1 933.1 94a.o 961.1
761.0 754.2 770.1 704.2 763.4 800.0 BO3.I) 813.0 819.6 922.1
751.1 764.4 790.4 794.5 796.0 810.5 a14.4 023.6 629.5 633.0
999.5 1026.0 1057.3 1oa9.4 1111.9 1141.9 1165.2 1191.5 1219.2 1247.*
a47.6 166.0 685.2 691.9 909.9 922.6 931.9 944.2 952.9 9b1.2
931.6 954.8 919.8 1002.3 1019.3 1041.3 1057.7 1077.2 1095.5 1113.9
1006.1 1535.) 1066.2 109.6.4 1121.1 1151.3 1174.7 1201.2 1229.0 1257.4
927.3 930.2 975.2 997.6 1014.5 1036.4 1052.7 1072.1 1090.3 1106.7
al*.4 dia.5 809.3 807.6 802.5 805.5 1103.7 dOl.2 796.5 791.6
820.5 929.7 620.6 819.1 814.1 OlT.‘; 815.6 613.2 608.6 801.1
1263.6 1209.5 1309.1 1332.2 1356.9 1366.8 1419.8 1447.1 i4ai.3 1515.5
961.5 965.5 957.3 962.5 962.4 973.4 970.5 971.9 970.2 966.5
1122.3 1137.4 1143.3 1157.6 1169.6 1190.6 1205.9 1220.4 1236.0 1252.2
1273.B 1299-O 1319.7 1343.0 1366.9 1397.9 1431.1 14SO.6 1492.9 1527.2
1117.0 1132.0 1137.0 1152.1 1163.9 1114.9 1200.1 1214.6 1230.8 1246.1
791.4 765.6 77a.7 ?67.3 756.2
do3.6 798.1 791.4 7d0.2 769.2
1549.9 1504.‘) 161d.C 1651.5 1689.3
975.1 973.2 969.4 965.0 956.9
i273.a 1290.1 1305.3 1320.0 1335.0
1561.9 1596.1 1630.3 16b3.9 17C1.9
126?.? iza3.9 1299.1 lJ13.7 1326.6
J
J
4
359
3
52.3 74.1
86.9
J ‘
J
Atomic
Dota
8
and
Nuclear
Dota
Tobler,
Vol.
20.
No.
4.
October
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line Energies (in eV) With Configuration Interaction See page 316 for Explanation
2 EL 36 37 30 39 40 41 42 43 44 45
lS0 YS-Nlhl
3P2 *5-*lN3
Energies
3rl N5-NlN3
MyNN
of Tables
lF1 h5-NIN2
3PO P5-NlN2
3ro *5-N3N)
IS0 N5-N2N2
3Pl NS’NZN3
3P2 NS'N3N3
ID2 N5-N2N3
5b.2 70.3 89.6 102.5 110.4 132.5 153.5 170.5 186.3 206.1
53.3 75.2 b5.9 98.5 114.1 127.9 14B.b 165.3 182.8 200.3
56.2 78.4 89.b 102.5 1to.4 I32.S
5b.7
54.8 7b.8 n7.7 100.4 lib.2 130.1 151.1 167.9 td5.b 20312
221.0 233.7
227.1
227.1
224.1 240.9 2¶8*1 27b.7
299.5 322.8 343.8
::;::
::x 2so:o 29915 322e3 34386 3bba2 369.0 379.9
hR rnB SR ‘I ill NB MD TC nu hH
25.5 44.1 49.4 50.1 (8.2 78.9 94.2 lob*7 11910 133e9
44.0 L4.7 72.7 n3.n 97.0 109.7 121.1 143-l t9n.3 174.9
43.6 64.2 IL.7 83.6 97.0 109.7 128.1 143.1 158.3 174.9
37.6 57.7 65.5 7c.o Ill.0 100.9 ::f;*: . 148.1 164.2
43.4 63.9 72.7 83.8 97.0 109.7 128.1 143.1 150.3 174.9
lb PD 47 A6 48 CD 49 IN 50 SN Sl 511 52 1E s3 I 54 XL 55 LS
150*4 16560 17316 114*5 19741 208.9 220*9 L32*0 22ba5 545rt
193.9 212.9 223.0 238.0 254.2 2Tl.9 288.6 305.5 [email protected] 32A.b
193.9 209..4
102-l tPb*o 210.9 225.4 241*1 25b*4 274*6 291*t 209.4 303.8
193.9 206.2 223.0 233*0 25412 271.9 233.6 305.5 304*3 313.9
227.1 241.4 2b1.4 280*0
5b 57 56 59 b0 61 62 b3 b4 (15
I4 LA CL rn ND PM S’ LU (ID 18
255*4 271.3 Pale3 302*0 327*2 34b*5 366.0 389-P 4t2*2 424*0
339.2 361.0 377-b 400bO 429.2 445.0 471.1 504.9 529*3 549.4
333-4 354ab 379.7 392.5 421.5 445.0 470.4 495.5
317-t 336-8 351*8 371.7 40046 427.0 449a2 468.0 500.1 513.7
327.1 34b.b 3bl.5 381.3 41045 445.0 459.9 477.b 511.7 524.2
403.9 430.9 450.6 47711 509*7 539.1 5bS.8 597.3 623.2 b50.b
381.1 403.9 420.4 44t.e 474.5 519.4 531.6 545.6 590.1 603.0
397.1 422.2 44Ob4 4b4r5 497.3 530.1 554a2 577.1 LIZ*4 632.8
401*0 435.4 455e2 at*9 514.7 53011 571ao 602.9 b23.b 65ba4
393.9 4t9.0 437.t 4b1.2 493.9
bb b7
tY kD
Sbb.0 539.3 619-7 634.5 675.5
52616 553@b 575*3 59A*b 625-2 b53*5 bb4*2 656-5 704*4 7Zl.8
b8b.t 716.9 747.7 772sb 418.2
613.7 b46.5 659.1 b77.q
:::'; 709:7
:: Ye
576-9 600-Z 631.4 650.6 b87.9 714.3 734.7 756.8 780.7 805.3
530.0 5b3*3 535.2
:: 70
440.8 458*2 489eO 501*9 530*5 5s3*3 5b2e7 561.2 59ba1 609-b
:::*: . 903.5 935.9 971.0
::“p*: 769Z4 787.2 101.7 n2I.b
:::*: 754:2 779.2 825.0 354*4 05.5 etoas 943*3 978.6
:::‘: 705:s 727.7 7bV.b 801.3 62b.b a4a.t 874.6 902.7
627.8 635-b 646.0 bb3*0 bbOa2 bb9*3 bb7*4 bt3*3 b75eb 67310
829.4 847e2 nnn.9 e92.n 902.9
014.b
741-O 754-2 770-l 704*2 786-4
751.1 7b4.4 780.4 794.5 79s.e
1000.3 1027.5
:::*: .577:1 ama9
K . 950.2 965.5 979.0
K . 933.1 9411-o 911.1
xi s13:o 818-b 022.1
2’: b23:9
982.5 994.7 999.6 1007.1 1014.1 1027.3 1043.6 1054.2 1067.6 10n2.1
9b4a3 97b.l 900.6 907.7 994.3 1007.2 1023.1 1033.3 to4o.3 1060.4
817s4 OIL-5 80903 807-b 302r5 905*5 803.7 001.2 796.5 791.0
1094.8 1107.1 1119.4
1072.0 1014.8 1090.7 1106.1 1115.0
791.4 795.6 77b.7 767.3 75b.2
:: :‘: 73 TA 74 * 75 HE 76 77 78 79 80
us 1R t1 AU HG
:: 113 84 35
:: trl PO AT
86 RN I7 FR :; 90 91 92 93 94 95
2 1H PA U kP PU Al’
96 ‘Y 97 nr 98 LF 99 LS 100 fN
064.0 bble9 051.5 642.7 2:‘: . 626.4 LIP.7 611.1) 605.9 596.4 506.4 :::*: 5.313
K:‘:
.
223.0 238ao ::x 299,:b 305.5 304.3 319.3
::2: .
:r: 74314 7bbeP 791.1
:r: bb3:5 673.: 696.5 714.4 73t.e
:::*: ,.,:a 3bb.2 369.0 30.5
::x 292: t 311.0 335.7 357.4
:::‘: tsr:, 206.1
:::': so,:, 430.8 m2.4 579*0 907.2
:x 34o:t 362.4 3b5.0 376.8
:::*a’ 319:5
:::*: 573:5 b03.6 629*0
93111 954.5 979*3 1002a3 1019.3
::2: 1192:P 1219.9 1248*I
348.4 bbb.7 886.0 498.7 909.7 923b4 932.7 94510 953.7 962.0
::::*: tO77:2 1095*5 111349
::::*: 1201:o
928.5 829.7 420.6 619.1 e14*1 017.3 815.6 813.2 800.6 804.1
1214.3 1290.1 1309.8 1332.9
912.3 9bb.3 9Sbol 90.3
1122*3 1137.4 114313 115786
1273*8 t299a8 1319.7
:::x . 1420.5 1447.8 1481.9 15lbel
::x 971:3 972.4 971.0 917.3
:::r: 1205:9 t220*4 t23b.8 1252.2
1397.9 t431.1 t453.b 1492e9 1527.3
1117.0 1132.0 1137.0 1152.1 llb3aP 1184.9 1200.1 1214.6 1230.8 1246.1
bO3.0 79brl 791.4
155015 1584.6 1blPeb 1652.1 tae9.9
975.9 974.1 970.2 96588 957.7
1273.0 129061 1305r3
15bl*9 t59bbl lb3013
1267.7 1203.9 129911
:::r: 1112:7
::xi *
x
.
360
1:::‘:
Atomic Dti
927.3 ::c: 99,: b 1014.s
:::;*:
.
t:::*:
and Nucleor
.
.
::::*: torn:, 1090.3 llOI.?
i:::‘:
.
Dota Tables, Vol. 20, No. 4, Oaober
1977
Semiempirical
F. P. LARKINS
TABLE
V. Auger-Line
Auger-Electron
Energies
M,-NN
Energies (in eV)
See page 316 for Explanation of Tables *5-WINS
102 YS-NlN.
MS-NJNL
3Pl 15-u3!d5
301 MS-NJN4
24C.6 266.0 200.6 2911.7 317.9 337.5 357.2 376.5 300.0 CO?.1
244.6 266.0 280.6 29a.7 317.9 337.5 357.2 376.5 379.c 406.0
241.4 262.4 276.6 294.3 313.1 332.4 351.8 370.a 373.1 399.8
244.6 266.0 283.6 298.7 317.9 337.5 357.2 376.5 378.0 404.0
279.6 304.9 320.9 342-T 365.2 390.5 414.6 439.5 445.‘) 473.2
279.6 304.8 320.9 342.7 365.2 390.5 414.6 439.S 445.8 473.4
279.1 302.0 320.1 341.a 364.3 319.5 413.6 430.4 444.0 469.0
274.6 295.1 314.7 336.0 358.1 3a2.e 406.6 431.0 437.2 457.5
56 84 57 LA 50 CE 59 PI? 60 ND 61 PM 62 SN 63 EU 64 GO 65 TB
426.2 453.6 471.7 501.2 532.9 563.1 593.0 624.6 656.0 681.6
424.9 450.6 471.7 501.2 532.9 563.1 593.0 624.6 656.0 681.6
410.5 443.9 464.8 494.0 525.6 555.6 505.3 616.6 647.9 675.4
423.6 450.6 471.7 501.2 532.9 563.1 593.0 624.6 656.0 663.6
496.0 523.6 553.1 507.0 622.4 651.15 690.1 727.1 159.1 795.3
496.3 521.3 552.0 516.7 622.1 651.0 6.59.8 726.7 759.L 194.9
492.5 523.0 547.3 510.0 616.1 649.6 603.6 719.9 753.0 707.9
47a.n 508.9 531.7 562.9 59a.2 640.0 666.0 694.2 735.1) 764.1
66 67 60 69 70 71 72 73 74 IS
0” HO ER TN I8
711.r 741.9 779.a 903.5 a42.3 874.2 (96.9 92f.C 955.9 904.6
711.r 741.9 776.5 803.5 esa.4 (70.7 a93.3 923.4 951.7 9ao.3
703.3 733.3 765.2 194.4 323.9 05B.6 aa0.a 909.5 936.6 9.65.1
711.7 741.9 770.7 601.5 a29.i 864.4 806.0 915.4 942.5 971.1
833.9 869.7 090.5 93r.2 971.5 1010.0 1043.1 1075.0 1110.7 1150.3
83J.S
869.3 901.8 936.3 978.0 1013.6 1046.9 1060.1 1116.9 llSC.4
a25.9 (161.7 095.4 928.7 968.l 1006.7 io39.a 1011.9 1107.7 1147.1
789.2 a26.9 846.6 na2.0 912.4 953.1 980.4 iooa. I 1030.1 1070.3
76 77 7a 79 80 81 82 83 ah aS
OS If! PT LU “0
1019.7 1041.3 106e.a io9a.7 1114.8 1139.7 1159.3 1112.8 1205.0 1224.4
101S.l 1036.6 1064.0 1093.7 1109.6 1134.3 1153.7 1177.0 1199.0 121a.2
997.3 1016.9 1045.1) 1074.5 1069.4 1113.0 1130.7 1352.0 1172.6 ita9.9
1003.1 io24.a 1051.9 loao.6 1095.6 1119.3 1137.0 1159.2 1179.0 1196.4
1187.7 1219.1 1255.3 1292.5 1320.1 1354.1 1304.5 1416.6 1449.1 1481.7
1196.5 1227.1 1264.6 1302.2 1330.6 1365.6 1397.6 1431.3 1465.6 1499.7
1184.9 1216.2 12s2.3 iza9.5 1317.1 1351.1 13a1.5 1413..5 1446.3 1478.7
1102.9 1129.7 1160.0 1167.3 1209.0 1234.7 1257.8 12a3.0 1305.a i3za.L
4”
1235.7 1254.7 126a.s i2a3.9 1297.a 1316.9 1343.1 1360.7 i3a7.i 1410.5
1229.5 1240.3 1261.9 1217.0 i290.a 1311.9 1335.8 1353.2 1379.h 1402.6
1201.1 121e.1 1220.9 1241.2 1254.0 1276.9 1294.3 1309.7 1332.1 1352.5
1207.7 1224.7 1235.5 1247.9 126O.a 1203.9 1301.1 1315.7 1339.1 1359.5
1506.0 1537.0 1562.0 1591.1 lp2l.J 1662.1 1696.4 1729.‘) 1772.3 1612.6
1523.8 1556.b 1505.1 1616.2 1646.9 lbOS.9 1726.8 1161.1 11Oll.3 1051.5
1503.0 1534.0 1559.0 15.SiJ.l 161a.o 1659.0 1693.3 1725.9 1769.3 ia09.7
1344.3 1364.1 i375.a 1395.0 1412.8 1443.0 1460.0 1479.4 1504.7 1526.0
CN BI cf ES r*
1432.2 1450.4 1473.7 1490.3 1510.2
1424.2 1442.3 l‘C5.3 1401.8 1501.5
1371.1 1306.3 1405.5 1419.0 1435.9
1376.2 1393.4 1412.7 1426.3 1443.2
1653.5 ia90.q 1932.0 1971.7 2014.h
189S.O 193f.l 1900.1 2Q22.6 206.3.3
1850.4 1807.7 1920.9 196a.5 2011.4
1553.6 1572.0 1594.9 1615.4 1635.3
303 z ‘6 h? 48
EL PD IC CD
49 IN 50 SN 51 se 52 TE 53 I Sh
XE
55
es
a6 a7 a8
a9 90 91 92 93 94 95 96 97 98 99 100
LU
NF IA Y RE
1L
Pil a1 PO
4~ RN FR n4
LC TN PI
” YP PU
“5-NlN5
JD2
101
“5-Nlk4
361
JPD
lP1
“S-NZN‘
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV)
M,-NN
Seepage 316 for Explanation of Tables I
EL
46 PO #I A6 40 CD
SF2 ms-*3ws
102 NS-NSNb
JP2 MS-NZNS
302 MS-NZNb
3f3 MS-N3WJ
282.1 30s.o 324.2 346.2 369.0 39b.b b16.8 443.8 450.4 b73.9
279.6 301.3 3.X0.9 3b2.7 365.2 390,s b14.6 bJ9.S 446.9 b67.b
279.1 290.3 320.1 341.4 361.3 339.S 413.6 538.4 444.5 b6b.4
283.0 307.9 324.9 347.1 369.9 39s.4 419.9 bbb.9 451.7 477.1
303 NI-WJNb
IFS MS-NZNS
3fb I’S-N3N5
279.1 302.11 320.1 341.6 36b.3 389.5 413.6 b3O.b bbS.7 b71.7
273.9 294.9 313.6 3JS.P 357.0 311.7 bOS.4 b29.7 bJ6.0 b58.7
263.0 306.6 324.9 3b7.1 369.9 395.) 419.9 544.9 bS2.7 481.4
480.4 509.0 531.9 563.) 5913.6 638.3 666.3 695.2 735.9 764.9
5Ob.7 53b.9 5S9.6 593.7 629.3 658.1 697.4 734.5 767.3 803.0
:o' I1 52 53 a4 55
:I: se VE I XE CS
2.9J.0 307.1 32b.9 347.1 369.9 39S.b 419.9 4b4.9 451.3 b79.1
S6 I? se S9 60 61 62 63 64 6S
BA LA CE cn NO PN SN EU 60 78
SOP.3 S33.L SS7.9 s91.9 627.4 650.1 69S.b 732.4 765.3 800.9
496.6 S26.S ss3.0 556.6 622.3 6S6.6 696.0 726.6 7S9.6 79s.o
b(19.1 S19.6 Sb2.6 SIC.1 609.7 6Sl.O 678.1 706.2 748.6 776.(1
466.5 514.3 537.2 S60.S 603.9 649.6 672.1 700.0 742.3 775.3
500.0 531.8 '556.3 59U.l 62S.7 656.1 693.6 730.2 763.S 796.7
b95.5 524.3 548.5 502.1 617.b 649.6 685.0 721.0 7Sb.5 769.2
66 DV 67 HO 60 ER
633.S 669.b 899.6 936.6 973.1 1011.4 1044.6 1076.5 1112.4 1151.9
001.9 .340.0 061.7 (95.4 93i.a 969.3 997.0 1027.0 1058.2 1090.7
79s.3 133.1 659.6 8(10.3 925.9 967.0 99b.S 1022.9 1052.7 1095.2
636.9 673.0 906.0 940.4 982.1 101e.n 105l.b 10.54.6 1121.5 1161.1
626.9 662.7 696.2 929.6 969.9 1007.5 1040.4 1072.5 1108.3 llb1.5
790.9 826.5 lS7.0 8b4.0 927.0 961.4 992.3 1022.2 1053.5 1016.1
041.6 877.3 915.9 945.7 993.3 1021.6 1062.2 1096.1 1133.s 1173.3
::
n:
839.5 87S.S 911.7 943.2 986.3 1024.2 1osr.r 1091.4 1126.6 1168.3
76 77 70 79 eo 61 ez 63 04 BS
OS XR Pr AU NC IL PI BI PO AI
1201.9 1240.3 1276.9 1315.4 13bb.2 1379.s 1411.6 lbbS.S 1480.4 lSlb.6
llsJ9.S 1220.9 1257.1 129b.3 1322.0 1356.1 1386.S 1416.9 1451.5 1483.9
1126.5 11'13.3 11.94.2 1212.8 1235.7 1262.0 1207.9 1314.6 1339.9 136b.3
lllY.l llbS.2 1175.8 1203.4 1225.4 1211.4 127b.8 1300.4 1323.5 1346.0
1201.1 1232.4 1268.9 1307.0 1335.6 1370.7 1402.6 1436.1 lb70.7 1504.9
llOS.b 1216.6 1252.6 lEll9.7 1317.3 1351.3 1301.6 lb13.9 1416.5 lb7l.1
1121.8 1146.6 1179.s 1200.2 1231.1 1256.2 1283.3 1309.9 135S.J 1359.6
12lb.l lZbS.6 1282.3 1320.9 1349.8 1385.3 1417.7 lbS1.6 14B6.7 lS21.3
86 RN 67 FR BO RI
lSO6.3 lS39.b lS6S.2 1593.6 1623.6 1664.7 1699.1 1731.7 17IS.l 36lS.6
1380.6 1402.6 1417.5 lb39.0 lbS6.7 lb(17.9 1511.1 1532.7 1562.1 lSO6.6
1362.6 1382.0 139b.1 lb14.2 1432.4 lb6t.7 lb.90.1 1499.9 1525.4 lSC7.0
1529.2 lS62.0 1590.5 1621.6 lbS2.b 1691.6 1732.b 1766.6 161b.0 1657.2
1503.0 lS34.0 lSS9.LI 1508.2 1610.3 1650.8 1693.3 1725.8 1769.2 1609.6
1376.0 1398.0 1412.8 1435.1 lb54.1 1483.2 1506.4 1520.0 15S7.4 1581.8
1545.6 1579.0 1606.0 1639.6 1670.7 1710.0 1751.5 1786.2 1.933.a 1077.5
1656.4 1893.8 193'1.1 1974.1 2017.8
1617.3 1639.6 1665.9 1619.5 1712.5
1575.0 1594.5 1616.8 1637.7 lbS7.E
1900.1 1940.9 1906.0 2028.5 2074.2
1RSO.b 1687.6 192.5.8 1968.b 2011.3
1612.6 1634.8 1661.1 1605.7 1707.7
1921.5 1961.9 2007.3 2OSO.Z 2096.3
:d'
:T
71 IA 72 Wf 73 1A
:: 91 92 93 94 95
:: PA u NC PU AN
lS39.3 lS72.3 1601.2 1632.6 1663.6 1702.Y 17bb.l 1776.7 1826.1 1869.6
96 97 98 99 100
CM BK Cf ES fN
1913.) 19S3.8 1999.1 204t.a 2osl.s
362
Atomic Data ad
Nucle,or Data bbler,
Vd. 20, No. 4, Cktcbm
1977
Semiempirical Auger-Electron
F. P. LARKINS
Energies
Me-NN
TABLE V. Auger-Line Energies (in eV) See page 316 for Explanation of Tables 3PO 2
EL
JPl *5’1415
JF2 *5-N5h5
102 NS-N4N5
JP2 *5-“4”4
Jf3
MS-M4NS
3f4 *l-NS*S
164 NS-N4NS
327.6 35¶.1 37S.3 4m. 1 42% 5 452.5 479.5 106.6 516.4 ‘151.1
331.1 359.3 379.4 404.9 430.3 454.1 445.5 S12.9 523.2 $54.3
332.6 360.4 301.7 4J7.0 433.0 469.4 441.0 515.5 525.9 561.3
131.3 359.3 340.0 405.2 431.0 4sa.4 405.4 513.2 s24. t 559.5
331.1 359.1 I?*.4 404.9 430.8 450. I 445.5 512.9 522.4 557.3
332.6 360.4 341.7 401.0 433.0 460.4 400.0 515.5 525.9 561.2
332.6 360.0 361.7 407.0 433.0 460.4 444.0 515.5 527.6 563.2
330.6 no.5 379.1 404.2 430.0 457.3 404.6 512.0 522.5 Ml.6
506.1 620.9 650.1 691.1 729.2 772.2 (04.1 049.9 049.6 932.7
S74.2 613.S 642.4 643.2 721.1 763.9 799.5 441.2 040.6 923.5
545.7 620.9 650.1 691.1 729.2 772.2 000.1 049.9 449.6 932.7
5.99.0 624.0 653.3 694.4 732.6 775.7 411.6 453.b 493.3 936.5
547.0 621.3 650.5 691.5 729.6 772.6 004.5 050.4 090.0 933.1
544.6 620.9 650.1 691.1 729.2 772.2 604.1 849.9 dq9.6 932.7
544.7 624.0 653.3 694.4 732.6 77s.7 011.6 453.6 093.3 936.5
591.0 624.0 653.3 694.4 732.6 775.7 411.6 453.6 493.3 936.5
sas.0 619.4 649.0 690.0 724.0 771.0 606.4 440.7 050.2 931.3
971.9 1014.6 1014.7 1093.5 1137.3 1170.3 1214.0 12SS.R 1297.4 1341.1
962.5 1003.0 x035.0 1043.4 1110.9 1150.0 1193.1 1231.5 1270.5 1314.0
971.9 1014.6 1350.2 1093.5 1129.2 1173.4 1230.9 1249.1 1249.5 1333.3
975.6 1015.7 1059.9 1097.6 1143.1 1103.4 1219.7 1261.8 1303.6 1347.5
972.4 1015.1 1051.6 1093.9 113’3.6 1174.9 1210.4 1250.1 1291.1 1334.9
971.9 1514.6 1043.6 1093.5 1114.1 1166.3 1201.6 1240.0 1279.1 1322.d
975.4 1014.7 1054.3 1097.6 1133.5 1177.4 1213.4 1253.7 1294.2 1338.1
975.4 1014.7 1062.6 1097.6 1145.9 1146.4 1222.7 1264.9 1306.7 13s0.7
970.5 1013.2 1049.4 1092.0 1124.6 1172.6 1204.1 1244.4 1200.4 1332.5
1392.5 1427.6 1469.9 1514.2 1545.7 154d.9 1629.6 167u.l 1712.0 1752.1
1359.6 1394.0 1436.3 147O.J isi0.a 1546.7 lS45.7 162S.9 1661.0 1697.2
1341.9 1417.2 1459.2 1502.5 1536.1 lS7S.J 1614.3 1653.0 1693.4 1731.7
1399.2 1434.4 1476.4 1521.3 1555.1 159b.S 1637.4 1670.3 1721.2 176u.5
3303.5 1416.6 146C.4 1504.2 1537.4 1577.0 1616.1 1655.1 1695.2 1133.5
1364.5 1404.J IC45.6 1457.d 1520.4 1551.5 159s.7 1634.1 lb71.3 17J7.6
13d6.4 1422.2 1464.3 1507.7 1541.5 1560.6 1619.9 1659.6 1699.2 1737.6
1402.4 1437.7 1400.2 1524.7 lSS9.6 1600.0 1641.0 1642.0 1724.0 1764.3
1361.2 1416.5 1450.4 1501.7 1535.4 1574.5 1613.S 1653.1 1692.6 1730.9
PU arl
1704.2 1024.0 1661.5 190*.5 1930.3 1945.2 2034.1 2075.5 2135.6 2141.9
1729.3 176S.l 1196.4 1030.0 106S.4 1916.6 1951.6 1949.3 2041.6 2047.9
1764.0 1401.9 1636.7 ld72.9 1909.6 1954.0 2COl.O 2’340.6 2596.9 2146.3
1792.8 1532.7 1471.5 1909.4 1947.7 199C.7 2043.9 2005.4 2145.d 2191.2
1765.5 1403.1 1534.6 lR74.r) 1911.7 1960.8 2003.1 2042.6 2099.0 2141.4
1740.3 1776A la’)?.6 1341.2 1477.1 1920.? 1963.5 2OFl. 1 2053.6 2100.0
1770.0 1408.0 1442.9 1079.2 1916.2 1965.4 2007.7 2547.3 2103.4 2153.3
1796.7 1036.7 1474.5 1913.4 1951.4 1990.9 2044.2 2049.4 2150.2 2202.6
1763.2 1401.1 1535.0 1472.1 1909.0 195d.O 2000.2 2039.7 2096.1 2145.5
CN 84 Cf ES f?l
2243.4 2206.5 2342.5 2394.0 2447.7
2134.5 2174.7 2222.4 2260.3 2316.1
2196.0 2239.2 2291.5 2340.1 2391.0
2255.9 229’.2 2353.4 2403.1 2459.0
2198.1 2241.4 2293.6 2342.q 2393.2
2146.8 2167.1 2235.4 2241.2 2329.1
2203.1 .2246.4 2294.4 2347.5 2394.5
2255.4 2301.7 2354.0 2409.7 2463.7
2195.2 2230.4 2290.6 2339.2 2390.1
PO
4? 40 49 so 51 52 ss 54 55
AG co IN SN s4 If I Xf cs
S6 ¶I so s9 60 61 62 63 64 65
IA LA cc PR
66 6? 60 69 ro 71 72 73 74 75
01 HO ER
76 77 76 79 a0 01 a2 a3 64 a5
OS IR P1 AU ~6 1~ rd EI
96 97 94 99 100
1st MS-N4N4
331.1 3s9.1 379.4 404.9 439.4 454.1 405.5 512.9 523.4 SSO.6
,6
06 a7 44 49 90 91 92 93 94 95
N5-15N3
NO PN
S* EU 60 TO
1N
Ye L” Nf IA I RE
PO
IT RN
fa ill AC rn PA ” NP
363
A‘omk Doto and Nucle.ar Dda Tder.
Vol. 20, No. 1, Ocbixr
1977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
TABLE V. Auger-Line Energies (in eV) Seepage 316 for Explanation of Tables 2 EL
3F4 MS-NlN7
3fJ MS-NlN7
IF3 *5-Nlw6
JF2
*S-RlNil
301 HS'Y3N6
302 "51w3w7
102 NS’N3N6
Jf2 RI-NtYI
70 71 72 73 74 75 76 77 78 79
VE LU Hf TA * PIE 05 IR PI AU
1064.9 1095.6 1.132.6 1166.5 1199.1 1241.7 1275.1 1311.0 1347.7
1024.1 1064.9 109S.6 1131.7 1165.5 1199.6 1240.5 1271.8 1309.6 1346.2
1020.3 1060.9 1091.3 1127.1 1164.7 1193.6 1235.1 1266.2 1303.7 1340.0
1064.9 1095.6 1130.7 1164.4 1197.3 1233.9 1272.1 1307.6 1344.0
1166.2 1210.2 1251.5 1289.9 1332.3 1376.0 1423.1 1465.9 1510.5 1555.3
1167.7 1211.9 1253.2 1291.6 1334.1 1377.9 1425.0 1467.9 1512.5 1557.5
1163.7 1207.5 1242..8 12813.9 1331.3 3375.2 3422.5 1465.4 1510.2 1555.2
1112.7 1159.0 il94;s 1229.2 1265.6 1302.1 1344.4 1382.7 1421.S 1456.6
80 81 82 n3 64 ns 86 (I7 00 89
HG rL PB EI PO AT RN CR RI AC
1373.0 1405.6 1434.2 1463.7 1493.8 1522.0 1541.1 1SIl.J 1509.6 1613.7
1371.4 1403.9 1432.4 1461.8 1491.7 1519.7 lSJ.S.8 lSb7.J 1587.0 1611.0
1364.9 1397.2 1425.2 1454.3 1483.7 1510.9 1529.9 1556.9 1577.2 1600.4
1361.9 1401.3 1429.3 1451.r 1407.8 1SlS.O 1534.1 1561.0 1501.6 1604.7
1592.9 1635.7 1676.2 1715.6 1757.6 1799.n 1831.9 1872.7 19G8.3 1947.4
1595.2 1638.0 1676.7 1718.2 1760.5 lb03.2 1.S35.3 1877.7 1912.3 19S2.2
1593.1 1635.9 1676.9 1716.4 17S8.0 1801.3 1833.4 1374.6 1910.1 1949.4
ibba.4 1523.0 _.~~_. 1556.4 lSb8.7 1621.2 1653.4 1677.5 l107.3 1728.9 1759.0
90 91 92 93 94 95 96 97 98 99
TN @A " NP P" AN tN BK Cf ES
1636.4 1663.3 1697.4 1726.7 1756.9 1799.0 1819.5 1843.6 1879.6 1904.1
1633.7 1660.3 1694.2 1123.5 1753.6 178S.b 1816.0 1844.9 1874.0 1900.2
3623.5
1648.0 1681.0 1710.2 1740.3 1769.6 1900.0 182O.J 1856.1 1801.4
1627.4 1652.3 168S.4 1714.7 1744.0
1991.9 2036.5 20117.5 2133.7 2184.0 22 36. b 2269.3 2340.2 2392.2 2443.6
1909.1 2032.2 2082.3 2128.6 2179.8 2229.2 2283.7 2331.8 23.31.9 2433.4
1766.7 1019.6 lIJS1.6 1nns.o 1918.1
1804.5 1032.6 106C.6 1.38b.l
1907.1 2030.0 2080.0 2126.3 2171.s 2226.7 2279.2 2329.1 2379.3 2430.5
FN
1932.8
1928.9
1909.1
1913.8
2484.6
2490.3
2487.2
2114.2
lF3 MS-NJN7
JF3 115-N 3N6
363 MS-112117
303 NS’N2N6
3f4 MS-NJN7
3G4 IS-N3N6
It4 NS-NPN7
305 MS’13N7
1116.9 1163.4 1199.2 1234.0 1270.5 1307.2 1349.6 1308.4 1427.7 1463.2
1114.0 1161.2 1196.9 1233.5 1270.2 1307.1 : :::-: . 1427.1 1462.3
1169.0 1213.9 1255.4 1295.3 1337.9 1382.0 1429.5 1472.6 1517.7 1562.9
1164.5 1200.3 1249.6 12b8.4 1330.7 1374.4 1421.5 1464.3 1soe.e 1553.7
1113.5 1159.0 1195.4 1232.0 1268.5 1305.4 134&l 1386.6 1425.9 1661.3
1169.6 1214.0 1255.5 1295.9 1336.6 1382.6 1630*4 1473.6 1516.7 1564.0 1602.1 1645.2 1686.5
100
2 EL
1024.1
1,124.l
1774.0
i9e7.9 2019.9 2051.0 2003.4
70 73 72 73 14 75 76 77 78 79
'Is LU Wf 11 * RE OS IR PT au
1170.7 1214.6 1256.4 1295.9 1331.5 1382.7 1473.3 lSl.S.3 1563.6
1160.5 1212.6 1254.0 1293.5 1336.0 1379.9 1427.2 147C.l 1514.9 1559.9
no 01 se 03 64 ns 96 87 88 89
NG TL Pid BI PO Ar RN FR RA kc
1601.6 1644.7 1685.9 1725.7 1761.5 1611.7 1943.9 1016.7 1921.5 1961.6
lS97.7 1640.6 1681.3 172C.8 1763.0 1805.4 lIl37.6 18713.6 1914.3 1953.5
1495.4 1530.3 1564.4 1597.2 1630.4 1663.6 1667.8 1719.6 1740.3 1771.5
1494.2 1529.0 1562.5 1595.0 1627.6 1659.0 1684.1 1714.0 1735.7 1763.9
1600.9 164L.p 1685.1 1724.9 1767.’ 101a.n 1s43.n 1861.7 1920.5 1960.6
1591.3 1634.e 1674.6 1713.9 1756.0 1798.2 lb3012 1871.2 190b.6 194S.8
1493.6 1526.4 1562.5 1595.2 1629.4 1661.6 lbbS.7 1717.5 1738.2 1769.3
1769.2 1012.4 1044.6 1687.6 1922.3 1962.5
90 91 92 93 94 95 96 97 98 99
1n PA u NP cu LM CL EK Cf ES
2001.5 2016.4 2097.5 2143.9 2195.1 2247.4 2300.0 2351.1 2403.2 2454.5
1993.4 2036.4 2086.6 2131.0 2104.3 2233.7 2206.3 2336.5 2396.7 2438.3
1799.3 1834.2 1067.3 1900.7 1933.9 1967.2 2006.8 2039.9 2073.9 2105.5
1793.8 1826..3 1esq.9 1892.4 1925.7 1956.0 1995.6 2027.8 2051.9 2091.5
2000.4 2045.2 2096.2 2142.7 2193.9 2246.0 2290.6 2349.7 2401.7 2453.2
1905.5 202I.S 2078.5 2l24.b 217S.9 2225.3 2277.0 2327.9 2378.3 2429.4
1797.1 1831.9 1865.0 1.598.4 1931.6 1964.8 2004.4 2037.4 2070.5 2103.0
2002.3 2047.3 2098.4 2144.9 2196.1 224G.S 2301.1 2352.2 2404.4 2456.0
100
FN
2509.7
2492.2
2137.u
2122.4
2SOb.n
2463.2
2134.8
2510.9
1630.2
364
1726.3
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
MrNN
Energies (in eV)
See page 316 for Explanation of Tables I EL
3PO MS-NSN6
301 "S'N516
IPl *S-N4*6
3F2 NS-NSNT
302 MS-NSN6
102 MPN4N7
392 *S-YIN6
3f3 NS-NSN7
If3 MS*NSNL
70 ?I 72 73 74 IS 7b 77 IO 79
IO LU NC 11 Y IL OS 1R CT AU
1325.2 1374.6 1418.5 14b5.1 1512.4 l¶bJ.4 1blB.S lbbS.3 1115.6 lI66.6
132S.0 1374.7 1418.4 105.4 lS12.5 lS60.5 lKlB.8 16bS.6 1716.1 1767.2
1321.6 1371.4 1415.0 1463.0 1510.0 1556.1 161b.3 lb63.1 1713.7 17b4.7
lJOl.9 1360.3 1403.5 1444.6 1494.1 1541.6 1596.9 1643.6 1693.S 1743.2
1330.6 1360.6 1424.5 1472.7 1520.1 1566.5 l62I.P 1674.3 1725.2 1776.6
1326.1 1376.0 1419.6 1467.3 1514.3 1562.5 1620.7 1667.6 1716.2 1769.3
1317.1 lIb9.9 1413.5 1456.9 1504.6 1552.9 1606.4 1655.4 1705.6 1755.7
1312.3 13bS.2 1406.7 1455.5 1501.3 1549.6 1605.1 1652.2 1702.6 1752.7
1329.9 1360.1 1424.0 1471.3 lSl!l.S 15bb.6 1625.0 1672.1 1722.6 1774.0
1323.6 1373.4 1417.0 1465.5 lS12.6 1560.9
00 01 62 83 84 as @b 07 IB 09
WG IL PB II co AT RN fll IA AC
101o.s [email protected] 1907.1 1954.2 2003.3 2051.4 209l.S 2139.3 2163.6 2230.9
1611.0 1sse.o 1906.5 1955.2 2004.7 2053.3 2093.4 2142.6 2166.2 2234.0
1606.5 16S6.4 1905.9 1952.5 2001.6 2OSO.l 2090.1 213B.2 LlB2.S 2229.7
176S.7 1632.3 1679.6 1924.6 1971.5 2017.5 2057.5 2103.2 214r.7 2166.7
1620.4 1669.1 1919.0 1966.3 2015.9 2015.0 2105.2 2154.9 2196.7 2246.6
1613.1 1661.3 1910.5 1957.1 2006.4 2054.6 2094.6 2142.6 2167.2 2234.4
1796.5 1645.4 1693.1 1936.6 1965.b 2032.0 2012.2 2119.2 2160.2 2205.0
1795.7 1642.7 1690.7 1936.3 1963.6 2030.7 2070.9 2117.7 2159.0 2203.6
1617.9 16b6.0 1915.5 19b2.3 2011.7 2060.3 2100.5 21b9.3 2193.4 2241.0
1612.2 1660.2 1910.0 1956.6 2001.4 2055.1 209S.2 2146.1 2166.1 2235.6
BO Bl 92 B3 94 BY Bb B7 90 99
1* CL u UP PU 111 CN BK Cf ES
2277.6 232B.4 2366.4 2439.7 2503.9 2562.0 2623.5 2679.6 2740.6 2601.1
2260.6 2333.1 2391.6 2445‘0 2SO9.0 2569.9 2631.3 2666.1 2750.9 2611.3
2276.4 2327.4 2385.5 2436.1 2502.6 2561.2 Pb22.7 2676.7 2739.B 2600.2
2231.3 2267.0 2339.0 2369.2 2449.3 2504.4 2Sb2.6 2615.6 2b72.0 2733.2
2293.6 2346.b 2405.) 2456.9 2523.2 2534.3 2645.9 2703.0 2V66.1 2626.7
2261.2 2332.3 2390.4 2443.7 2S07.9 256b. 3 2627.9 2664.0 2745.2 2905.7
2250.6 2305.3 2357.4 2406.7 24b8.9 2527.0 2SBS.6 2619.6 2196.7 27Sb.2
2249.4 2302.7 2354.0 2405.5 2465.6 2521.2 2St9.9 2b33.1 2b90.4 2746.0
2261.6 2340.1 239B.6 2452.1 2516.3 2577.0 2636.S 2195.4 27S.9.3 2616.6
2262.3 2334.1 2392.3 2445.7 2509.6 2SbB.t 2b30.2 2666.4 2147.7 2606.2
FM
2662.6
2673.9
2662.0
2766.9
2669.S
2667.6
2616.0
2607.0
2611.5
2670.2
303 NS'UbN7
363 IS-N.*6
164 NS'ISh7
3f4 15-11546
3Wk W-YIN?
364 IS-NbN6
3ws NPNSN7
165 KS-YIN6
lH5 NS’NbN6
3N6 MS'NSN7
100
2 EL
:::z . 1717.0 1766.2
70 71 I2 ?3 74 75 7b I7 79 I9
18 LU Wf TA N RC OS IU Cl AU
131k.O 13b6.8 1419.3 1457.0 lSO3.0 1551.2 1606.9 104.0 1704.5 1754.7
1310.9 13b3.8 1407.2 1452.4 1696.0 1545.9 1601.0 lb47.9 1697.9 1747.7
1333.4 1363.5 1427.6 147b.S 1524.0 3572.7 lb31.6 16T6.6 1730.0 1791.6
1326.9 1379.5 1423.5 1470.b lS17.b 1566.0 1623.7 1670.6 1721.5 1772.6
1323.9 1376.b 1420.2 16b6.0 1512.3 156O.b 1617.0 1664.1 1714.6 1765.1
1313.9 1367.3 1410.0 lbS7.4 1503.2 1s51.5 lbOb.7 1653.9 1704.3 1754.4
1330.0 1361.3 1425.4 1472.6 1519.6 lSbB.l 162b.2 1673.3 1724.1 1775.2
1323.7 1373.6 1417.3 1465.6 1512.9 lSbl.2 1619.5 1666.5 1717.3 1766.5
1307.5 1359.2 1402.3 1446.9 1496.6 1542.6 1596.6 1645.3 1695.5 1745.6
1334.6 1364.7 1426.6 147r.9 1525.5 1576.2 1633.1 1660.4 1731.b 1763.2
00 11 82 13 04 OS Ob w a0 D9
NG TL PI Bl PO Al au CR RI AC
1791.6 1844.8 1693.0 1936.7 19B6.3 2033.5 2Ol3.6 2121.4 2162.3 2207.5
1790.3 la3?.1 18B4.5 1929.B 19lb.S 2022.7 2062.B 210E.6 2150.1 2194.2
1625.9 1674.3 1924.5 1971.7 202l.B 2071.2 2111,s 2111.5 2205.4 2253.7
1616.3 1664.2 1913.5 19b0.0 2009.0 2057.1 2097.4 2145.3 2169.3 2236.1
1606.3 1655.6 1904.2 1950.2 1996.2 2045.5 206S.r 2132.9 2175.7 2221.r
1797.3 1844.1 1891.6 1937.3 1964.5 2030.6 2071.1 2117.9 2154.4 2202.6
1619.1 1867.2 1916.6 1963.4 2012.7 2061.2 2101.5 2150.2 2194.3 2241.9
1312.4 16b0.4 1910.1 1956.9 2006.3 2055.0 2095.1 2144.1 2167.6 2234.9
1766.S 1035.5 1663.6 1929.2 1976.9 2024.0 2063.9 2111.5 2152.7 2197.9
1627.6 1676.0 1926.2 1973.5 202S.b 2011.0 2113.4 2163.4 2207.2 22SS.6
90 91 92 93 94 BS 9b 9? 9B 99
In PA U UP PU AU CM BU Cf ES
2253.3 2307.9 2360.3 2411.7 2472.1 2530.3 2sB6.9 2143.1 2702.2 2759.6
2240.0 2292.6 2343.9 239S.P 24ss.4 2S10.b 2569.2 2622.2 2b79.3 2136.6
2300.7 2353.7 2613.1 246b.6 2531.1 2592.5 2654.3 2711.6 2774.9 2635.7
2262.6 2334.6 2391.11 2b44.7 2506.3 2566.5 2627.7 2663.6 2744.4 2604.5
2267.6 2320.4 2374.1 2427.9 2466.6 2546.4 2606.2 2660.0 2720.5 2779.2
22b6.3 2302.9 2313.2 2404.2 2463.6 2520.0 2576.3 2631.1 2666.4 2745.4
2266.7 2340.9 2399.5 2452.9 2517.1 2577.6 2639.2 2696.1 2756.9 2Sl9,h
2261.6 2334.0 2391.5 2444.6 2506.3 2567.3 2626.5 2664.6 2745.6 2606.0
2243.6 2297.6 23SO.S 2402.0 2462.6 2520.7 2579.4 2633.6 2692.7 2730.4
2302.5 2355.6 2414.9 2466.5 2532.9 2594.3 265b.l 2713.4 2716.7 2031.4
fN
PB19.7
27PS.6
2696.7
2666.1
2039.7
2604.2
2662.1
2667.9
2610.3
2900.4
1.0
365
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
Energies (in eV)
See page 316 for Explanation
MO-NN
of Tables
3Pl IS-N6N7
3F2 NS-YIN7
102 N5-NbN7
392 *S-YIN6
3F3 MS-Y617
1506.9 1565.6 1617.6 1671.5 1723.6 1776.2 16Cl.3 1699.9 1956.6 2016.6
1510.5 lS69.5 1621.5 1675.3 1729.1 1761.0 1646.S 1905.3 1964.7 202t.a
lSO6.0 1566.6 1610.7 1672.7 172s.) 1776.1 1643.3 1902.6 1961.0 2016.9
1506.9 1565.6 1617.4 1670.7 1723.2 1775.6 1640.5 1699.0 1957.7 2OlS.b
1510.5 1369.4 1621.S 1673.3 1726.1 1100.9
2069.6 2125.3 2163.5 2236.1 2293.1 2349.9 2397.6 2bSS.J 2505.6 2561.5
2076.2 2132.1 2191.0 2244.0 2301.6 2359.S 2407.4 2466.6 2516.3 tS73.2
2072.6 2127.7 2166.0 2236.7 229S.r 23S2.7 2400.6 ZbS8.1 2S06.6 2564,s
2066.1 2123.7 2161.5 2233.9 2290.3 2346.4 2394.3 24~0.1 2501.4 LSS6.S
91 IK 96 CT 99 ES
z:::*: 29SO:2 3020.4 3016.0 3131.6 3226.6
2617.0 2673.6 2743.4 2OOC.S 2874.4 2941.4 3011.7 3076.6 3146.4 3215.7
2626.7 2667.3 2756.1 2621.3 2669.3 2959.2 3029.C 3097.s 3147.3 3236.7
2620.0 2676.1 2t44.5 2609.7 2677.7 2944.7 3015.1 3062.0 3149.9 3219.2
2612.0 2666.9 2733.6 2799.0 2667.0 2931.3 3001.7 3067.7 3133.7 3203.0
2bLb.S
::2: 2797:2 26Sb.9 2919.1 2969.2 3654.9 3120.6 3169.9
100 CN
3296.2
3259.4
3266.3
3306.3
3209.9
3272.6
329S.C
2 CL
ns-N?Nt
3Fb
3M4 NS-N6Y7
164 NS-N6N6
3ws NS-YIN7
3ld6 NS-WIN7
116 NS-N6N7
I8 LU nc 1A 74 N IS nc te OS tt XI I8 PI I9 AU
1111.s lS?O.S 1622.6 lCtt.2 1730.2 1103.3
1SlO.S lS69.4 1621.5 1675.7 1726.4 1761.2 1046.6 lWh4 19bb.5 2022.5
1YlO.b lS69.3 1621.4 1674.0 1726.7 1779.2 1644.2 1902.6 1961.6 2019.3
1Sll.S 157o.s 1622.6 1676.5 1729.3 1762.1 1647.6 1906.4 1965.6 2023.6
1Sll.S 1170.7 1622.6 1676.2 1731.2 1764.1 1650.1 1909.1 1966.7 2027.0
lSO7.3 lS66.0 1617.9 1671.7 1724.3 lt76.9 1842.1 1906.7 1959.7 2017.5
80 nc bl rl.
tOt9.4 2135.5 ZI94.Y 2247.7 2305.5 2363.6
:::"I-: .
207Y.7 2131.6 2190.0 2222.6 2299.9 2357.0 240Y.0 2462.7 2S13.2 2569.3
2072.2 2127.9 2165.7 223a.2 2294.7 23Y0.6 2396.1 24Sb.6 PJO6.1 2561.2
2076.9 2132.a 2191.3 224b.l 2301.3 2359.4 2406.5 246b.2 2514.6 2577.9
2060.6 2136.7 2195.7 2249.0 2306.6 23bb.9 2412.9 2472.6 2522.2 2579.2
2076.6 2126.3 2164.6 2237.2 2294.2 23Sl.2 2399.J 24S6.6 2507.0 2562.9
3PO
110
Energies
1 CL
#S-116llt
NPN6N6
IQ 10 I1 LU
lSO6.9
tz llc ?3 11 t4 N 1s RE 16 OS tt II
1611.4
lSO1.3 1W9.6 1611.1
2011.6
1716.2 1766.3 1633.0 101.1 1949.6 2006.9
to CT 19 AU
lS6S.6 1611.3
2099.4 2114.7 2172.3 2224.3
00 WC :: :: 83 81 04 I¶ Ob I? II 09
?O Al Ill FR IA AC
90
1w
Sl ?I S2 93 94 9s 96
u NC ?U AN CN
to 11 tr t3
02 as a4 85 Ob at 60 0
co a1 co Al RN FR RI AC
90 tn 91 CA
1664.0
2400.6 tbS9.6 2509.0 2SIS.6
2621.0 2119.2 2t4t.a
2::': 196t:S 202s.a
2411.6
2471.3
:::",': 2364:1 2439.8
2490.7 LSbS.5 2600.6
92 93 94 9s 96 9t 90 99
u NC cu AN CN BK cr ES
2633.S 2692.3 2761.2 2626.5 2694.6 296b.6 3035.2 3103.3 3173.3 3242.7
2624.9 2b61.7 2749.7 261Y.0 2663.1 2950.3 3020.7 3067.6 315S.6 322Y.2
2616.9 2671.7 2736.7 2604.J 2672.2 2936.4 3006.9 3072.9 3139.0 3206.5
2626.6 2663.4 2751.5 2616.6 2964.9 2952.1 3027.7 3069.7 3157.6 3227.3
2634.9 2693.7 2762.7 2626.0 2696.1 2966.1 3036.9 3104.1 3174.1 3244.3
2616.4 2675.1 2742.9 2906.1 2676.e 2943. I 3013.4 3060.3 3149.2 3217.6
100
cn
3314.5
3296.0
3276.3
3298.1
3316.1
3269.2
366
Abmic
1646.2
1905.0 1964.1 2022.1 2075.3 2131.2 2169.b 2242.4 2299.6 23S6.b 2404.6 2462.3 2S12.6 tSb6.9
2b61.3 2749.3 :',::-: 2949:b 3620.3 3067.3 3lSS.3 3224.6
Data a-d Nuclear
O&o Table,
Vd. 20, NO. 4. October
1977
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies (in eV)
See page 316 for Explanation t EL 54 55 56 S? 50 59 60 61 62 63
Xi cs BA I.4 cc PR ND PN SN EU
6, 65 66 67 60 69 70 71 72 73
GO TYJ OY NO ER 1N ‘(6 LU NF 14
74 * 75 RE 76 OS 77 IR 78
PT
79 4” 00 HG dl TL
351 IlS-WI01 428.1
465.5 491.9 5ZZ.3 549.2 582.3 616.3 650.9 609.9 IJ1.b
765.7 796.8 imd.2 856.d 092.6 934.9
lS0 N5-Nlol 426.7 463.9 49b. 3 520.6 547.4 580.4
616.4 640.9 687.9 729.3
441.4 478.2 501.6 541.2 566.3 59d.7 636.2
660.6 707.9 743.3
JPl M5.NlCJ 441.1 477.9 507.2 541.2 563.3 59R.I 636.2 660.6. 707.9 743.3
JPO
NS-W102
JP2
*5’NJol
JPl *s-h301
631.3
666.6
66d.J
708.5
707.9 739.5 717.2 e33.9
Ids.1
783.9
812.2 3k6.l dO9.7 925.1 957.9 101o.n 1040.2 1079.9 1119.1
d13.0 (147.5
87’J.Z 909.3 931.1 985.5 1021.3 1069.5 1121.3 1163.7 1237.8 125C.9
d69.5 908.6 930.4 964.7 1020.5 1120.5 1162.9 1206.9 1250.0
052.2 d13.7 891.9 948.2 974.1 1019.1 1067.7 1112.5 1150.7 1190.1
1290.2 1346.9 1399.2 1441.2 1490.3 1542.d 1514.7
1297.3 1346.0
1231.4 1272.9
1392..3
1520.4
1440.2
1317.9 1401.3 1444.0 1480.0 1516.2 1559.3 1601.4
1602.0
1639.4 1670.3 1710.2 1746.8 1775.3 1.¶17.3 1056.0 1901.9 1936.9 1950.2
1640.1 1679.0 1710.9 1749.5 1776.0 1014.1 1856.9 1902.8 1937.a 1981.1
2021.3 2059.2
2022.2 2060.2
2110.3 2152.7 2193.7 2233.0
2111.J 2153.7 2194.8 2234.9 2213.7
781.8
034.6
1093.4 1129.0 1166.9 1213.7 1246.0 1286.J 1330.1 1359.2 1395.3 1430.9 1469.9
1126.2 1163.9 1210.6 1242.8 1262.7 1326.6 1355.6 1391.5 1427.0 1465.1)
1173.2 1217.7 1254.6 1293.2 1339.1 lJd1.5 1416.8 1460.d 1497.4 153a.4
1131.3
1324.3
lJdO.6 1415.9 1459.1) 1496.4 1537.3
1368.n 1397.3 1433.7 1475.1 1514.0
1162.0 1206.7 1242.0 1280.7 1324.6 1360.5 139?..3 1434.2 1475.6 1514.6
1728.4
1678.1 1721.2
1500.7 1534.4 lS61.2 lS96.7 1622.1 1657.0 1690.6 1120.3 1764.3 ldOJ.4
1581.1 1620.0 1652.9 1694.7 1730.2 1760.4 1606.2 1053.1 1901.2 1943.6
1530.0 16ld.O 1651.8 1693.4 1729.0 1761.0 if304.a 1851.1 1099.7 1942.0
1550.5 15.58.4 1617.3 1654.‘) 1602.6 171Ll.7 1752..4 1795.4 ldJ5.4 1674.8
1551.1 1569.0 1617.9 16’54.7 16EJ.2 1719.4 1759.2 1196.1 ldJ6.2 1137S.6
1176.1 1025.0 1064.9 1914.5 1955.0 2006.1 2056.9 2112.6
1774.8 1823.6 1063.4 1913.1 1953.5 2004.5 2055.2
2165.d
2164.1 2220.3
1841.4 1871.2 1920.2 1954.5 1996.4 2029.3 2065.0
1906.6 2037.7 2082.8 2129.2 2176.3 2217.4 2264.3
1981.1 2OJ6.0 2081.1 2121.5 2174.5 2215.6 2262.4
1913.8 1955.n 1997.9 2039.1 2079.3 2114.4 2152.3
1914.6 1956.7 1993.) 2040.2 2080.3 2115.4 21SJ.J
2281.2 2330.2
82 43
PB BI
84 115
PO 4T
86 I? on 09 90 9, 92 93
R11 TR Al LC TM PA ” NP
1504.9 1538.8 1565.I 1601.4 1626.9 1662.0 1695.8 1733.7 1769.8 1ao9.1
94 95 96 97 90 99 100
P” A” C” BL CF ES F”
1847.2 lOd4.2 1926.3 1964.8 2002.8 2035.9 2C71.7
1127.3 1172.6
1211.0 1251.(1 1292.4
495.)
540.5 567.6 597.9 635.4 661.11. ?O?. 2 142.6
739.5
1161.7 1206.3 1241.6 12i30.3
367
690.5 925.9 956.7 1011.7 1049.0 1000.2 1119.4
1631.1 1679.3
2222.1
2402.3 2462.7 2S22.d
2581.9 2643.7
106d.7
14d9.2 1541.7
1503.5 1629.9
2111.1
2279.J 2336.3 2400.4 2460.1 ZSPO.? 25?9.7 2641.5
495.0 523.4 552.5 586.3 614.9 649.1 619.5 7Jd.6 769.3 806.9
3PO
US-11201
495.7 5.34.4 564.9 600.9
505.3
495.7 533.9 564.4 660.4 6JO.I
lP1 ws-N201
440.1 476.5 $05.6 sr1.2 563.3 591.1 636.2 66.9.6 701.9 743.3
439.9 476.3
975.5 1014.7 1047.9 lOd7.1
932.4
76J.9 (113.0 (147.5 890.5 925.9 950.7 1011.7 1049.0 100.2
lP1 YS-N102
of Tables
763.9 013.5 547.5 890.5 925.9 95E.l 1011.7 1049.0 1017.7 1127.9
9?a.l 1017.3 1053.6
763.5 794.6 805.9 854.5 d90.3
JP2
M5-YloJ
Energies
2272.6
523.7 552.1 516.3
61S.2 650.1 609.8 I39.5 769.6 107.3 dS2.6 (64.1 092.2 9bd.6
975.1 1020.2 1061.1
1112.9 1151.2 1190.6 1231.9 1273.4 1320.9 1354.4 1401.d 1444.5 1440.6 1518.11 1559.9
F. P. LARKINS
TABLE V.
Semiempirical Auger-Electron
Auger-Line
Energies
(in
See page 316 for Explanation 2 CL
IS0 NS-1303
IPO IS-N202
1PI
351 MS-N3C2 509.0 545.6 57‘9.7 619.6 650.3 605.1 726.3 75e.o
e-w3a3
301 MS-N203
eV)
Energies
MS-NO
of Tables
3Cl MS-N202
392 W-N303
102 *S-N302
302 MS-1203
303 *S-N303
507.6 535.5 567.3 605.6 634.5 666.6 706.0 IY6.9 764.0 819.5
509.3 547.2 53Q.b b20.3 6S0.b 695.7 72b.9 759.0 806.4 047.0
506.9 545.5 s78.b 619.5 650.0 664.6
507.6 536.5 Sb8.5 (OS.6 634.3 666.6 707.6 756.2 767.9 119.4
509.5 547.6 561.3
iio2.a
671.1 900.6 931.9 962.7 1001.6 1044.4 1102.1
1145.1 1188.8 12210.5
1220.9
696.9 926.0 971.0 1019.7 1055.1 1093.9 1155.5 1196.1 1244.9 1288.3
8M.O 925.1 970.1 1018.8 1054.2 1092.9 1154.5 1195.0 1237.6 1260.1
870.9 900.4 931.7 962.5 lOQI.6 1046.2 1101.9 1144.9 1118.5 1226.3
809.2 926.3 971.3 1020.1 lass.5 1094.3 1155.9 1196.5 1246.0 1269.5
127b.3 1324.5 lJb2.0
1343.6 1399.0 1441.4 1489.7
54 55 56 57 50 59 b0 bl b2 b3
XL cs BA La cc CR NO PN SN fU
5Ob.b 545.8 579.1 b&9.3 666.7 (63.5 721.7 757.6 bOb.2 84b.A
501.4 534.0 Sb5.7 bO4.b b33.6 bb5.b 7Ob.b 754.3 76b.6 816.4
509.9 547.9
b6 b5 bb b7 bb b9 70 11 72 73
60 1B OV NO El rr ve LU NF 11
666.7 923.7 9b9.b 1017.4 1052.7 1091.4 1152.9 1193.4 1242.7 1266.1
9b9.9 999.4 938.7 961.5 1007-b 1043.2 1100.0 1143.7 1179.9 121.5.6
Y09.6 926.7 971.7 1020.5 1055.9 1094.t 1156.4 1197.3 124b.l 1289.6
66¶.3 925.4 970.4 1019.1 1054.5 1093.3 1154.9 1195.4 1237.6 1280.3
74 75 7b 77 78 79 00 (I: 62 63
Y NE OS IN Cl AU nc TL PB 61
1340.0 1395.2 1437.4
1263.6
1540.4
1630.9 lb93.1 1742.2 1793.1
1439.2 1401.6 1517.7 1556.2 1603.0 1645.0
1343.6 1399.0 lbb1.4 1469.9 1544..5 1595.8 1643.6 1696.J 1747.5 1796.7
1331.6 1307.2 1421.9 1476.4 1529.6 1581.8 lb23.9 1670.6 1724.6 1773.7
1276.6 1124.7 1362.3 1406.1 1455.4 1496.5 1536.7 1564.9 1627.0 1671.2
1266.2 1314.6 1350.6 1394.6 1442.2 1494.6 1520.9 lSS9.5 1606.5 1646.7
1342.3 1397.7 1440.0 Iran.3 1543.2 1594.1 1642.0 lbPb.4 1745.6 1796.7
1331.4 1367.0 1427.7 1476.1 1529.3 1561.5 1623.5 1670.1 1724.3 1773.4
1605.6 16SS.l le96.2 153b.b 15nr.s 1626.7 1670.0
1595.7 1643.9 1699.2 1747.5 1799.7
A4 85 Ob 67 be 89 90 91 92 93
PO AT RN CR RI AC 1n P1 II NC
1949.3 1902.1 1947.9 2003.4 2053.1 2107.7 21b2.3 2227.1 2292.0 2351.2
1684.5 1727.3 1761.2 1bOO.b 1630.3 1673.b 1918.0 1962.9 2001.9 2045.2
1954.2 1906.1 1954.2 2009.9
1922.9 1075.9 1917.0 19b9.5
:x . 2169.6 2234.6 2299.7 2359.1
2::‘: . 2121.1 2176.0 2233.1 2269.5
1717.0 1760.9 179R.9 1643.6 1660.2 1925.1 1966.1 2023.0 2070.1 2116.5
1690.4 1731.3 1765.4 LOOS. 1 1634.6 1979.0 1922.8 1967.0 2007.0 2050.4
1952.0 1905.9 1951.6 2007.5 2058.0 2112.1 2166.9 2231.6 2296.6 2356.1
1922.6 1675.5 1917.4 1966.1 2011.7 20b3.8 2120.6 2175.5 2232.b 2269.0
1716.6 1760.5 1796.4 1643.1 1679.7 1926.8 1967.6 2022.5 2069.6 2115.9
IfJS4,l 1908.1 1954.1 2009.9 2ObO.S 2114.7 2169.5 2234.5 2299.7 2359.1
94 95 9b 97 96 99 100
PU AU CM BK CF ES FM
2417.1 2495.9 2552.9
2oa7.2 2130.1 2181.1 2226.4 2269.4 2311.4 2352.3
2425.2 2494.3 2561.5 2629.9 2699.1 2766.2 2939.2
2349.6 2411.6 2473.7 2539.1 2601.2 2662.3 2726.3
2164.6 2214.6 2269.7 2319.1 2369.2 2417.3 24b7.3
2092.5 2135.6 2196.6 2232.5 227S.4 2317.6 2336.6
2422.2 2491.1 2556.2 2626.b 2695.6 2762.7 2935.6
2349.0 2411.0 2475.1 2536.5 2600.b 26b1.7 2725.6
2164.0 2214.9 2266.1 2316.5 2366.6 2416.7 2466.6
2425.2 2494.3 2561.4 2629.9 2699.0 2766.2 2639.2
lbbS.5
1591.1
2621.1 2690.0 2757.6 2829.7
1312.1 1366.0 1391.8
561.6 621.0 b51.5 696.4 :::-: . 607.1 W7.A
805.8 846.5
508.3 536.7 566.7 606.4 635.2 667.4 708. b 757.6 788.6 em.2 971.7 901.3 932.6 933.3 1009.4 1045.1
368
116¶.1 1182. i
:::‘: bOYI 5 84b.l
Ak,,,,ic Dota o,,d Nu&ar
::i*: . Lab.0 :::-: . 806.7 a47.4
i5u.a
Doto T&Is,, Vol. 20, No. 4, &+&er
1977
Semiempirical
F. P. LARKINS
TABLE
V. Auger-Line
Auger-Electron
Energies
MS-NO
Energies (in eV)
See page 316 for Explanation of Tables 3n3
2 EL 79 BO 01 BZ 03 n. 85 n6 67 Bn
AU NG IL cn 81
69 90 91 92 93 9b 95 96 97 96
14n1.0
PO Al RN ca an
::::*: 1782.7 1623.1
.
lrb5.1 lb60.7 1527.0 1567.1 1612.5 165B.J 1701.0 1737.7 1762.3 1622.7
301 M5.~104
3ro I5.N3Ob
lP1 *5-n305
lbbb.B 1476.8 152b.6 156b.6 1610.5 165b.b 1697.1 1732.6 1777.4 1616.B
1e5.1 lb79.0 1525.1 156b.6 lb10.6 lob.7 1697.b 1733.1 1777.7 lB17.1
1657.9 170b.b 1760.6 1613.1 1669.2 192S.7 1963.b 2032.1 2690.6 2145.0
165b.6
1657.2 1697.9 19bB.8 1997.9
2201.0 2256.7 2327.5 2393.6 tb57.9 2527.0 2599.0 2666.1 2730. 2806.7
102 *5-*1ob
L" CN n* CT
1665.2 1905.9 1955.6 2004.9 20S3.3 2iOl.b 2155.b 2205.6 225b.1 2303.1
166b.7 1905.b 19s5.3 200b*3 tos2.7 2100.6 215b.6 2205.0
2253.b 2302.6
2192.1 2260.6 2216.7
is FM
2350.b 2196.b
23b9.7 2397.7
2335.9 2161.9
PU
99 100
1b45.1 1527.1 1567.b 1612.9 1656.7
AC ?N PL u NC
302 *5-11105
10-N105
2 EL
2335.4 2362.
b
372 Y5-WZO‘
303 ll5-la305
1659.1 1707.1 1764.0 1616.B 1672.5 1931.0 1986.7 2036.5 2097.1 2152.6
1650.6 1705.5 1762.1 1616.5 1370.6 1927.3 1965.1 2033.9 2092.5 2157.0
1560.5 1603.0 1651.5 1697.2 17b5.3 1796.7 16bZ.b 16Bb.2 1931.0 1973.2
1560.3 1601.2 1619.5 1694.& 17hb.O 1791.0 lB36.B 1679.6 1927.1
16S9.0 1707. 176b.l 1616.9 1672.6 1931.1 1966.6
19bT.6
2152.7
2210.6 226I.b 2336.3 2b02.6 2b67.6 2516.9
2203.1 22C0.6 2329.6 2395.9
2022.1 20bB.0 2125.9 2174.a 2226.) 2277.5 2332.6 2391.1
ZOlb.7
2210.7 2268.5 2336.4 2662.5 tb67.9 2537.6 2611.1 2b63.Y
11
62 63 6. 05 66 67 BB
PB 81
69 90 91 92 93 94 95 96 97 96
IC 1n PA U NP A" CN 811 CC
2661.2 2751.7
2b70.6
2a21.9
2811.5
99 100
ES FM
209B.l 2972.1
2663.7 2956.7
2611.0
LbbO.3 2529.5 2601.6 2761.3
2bbb.3 2196.4 2550.6 2601.6
20b0.4 2119.1 2167.5 2216.9 2270.0 2123.1 2379.1 2b31.6 2b63+0 2536.2 2566.2
369
2036.6 2097.2
1656.6 1706.2 1762.7 1615.6 1671.0 1929.b 1967.0 2636.7 2095.2 2150.5
1651.7 1704.9 1761.3 1113.7 1169.8 1926.4 19Ib.l 2w2.6 2l9l.b 21b5.6
1560.0 uoo.7 1649.0 1694.2 1763.3 1796.3 1836.0
2206.5 2266.1
2201.9 2219.6 2326.5 239b.5 2456.9 2526.0 2606.1 2669.3 2739.7 2609.9
2013.6 2059.5 2Il6.b 2166.6 2217.6 2266.9 2321.9 2378.1 2430.6 2b61.7
2662.1 2955.0
2534.9 25Bb.9
3r3 M5-I8205
3Cb *5-6305
2400.0 Z&65.3
b
253b.b 2606. b 2bB0.5 2750.9 2622.0 2695.2 2969.1
lf3 15-*3ob
b
301
ls-*204
2314.0
2660.* 2953.6
3PZ *5-6205
LU NG
PU
22bl.l 2269.3
302 *5-II301
79 60
Al ON FR RI
21b5.0
2045.3 2093.b 21b5.b 2192.6
102 *5-1305
81
PO
1697.5 1946.b 1997.5 2014.6 2092.9
391
*s-*301
1650.1 17Ob.6 1761.2 1613.6 1669.6 1926.1 19B3.9 2032.7 2091.2 21b5.1
1560.2 1602.9 1651.4 1697.6 17b5.6 179b.5 1042.2 1664.0 1931.6 1973.0
2201.r 2259.4 232B.l 239b.b Zb58.T 2527.6 2599.9
2022.0 2067.7 2125.7 2173.7 2226.1 2277.2 2332.3 2391.5
2753.6 2625.0
2b69.1 2739.5 tSO9.7
2bb3.9
2696.2 2972.2
2661.9 235b.8
2550.3 2601.3
2496.1
1016.6 1926.3 1966.7
1656.6 1707.2 1763.9
1616.b 1872.3 1930.6 1966.5 2036.3 2096.9 2152.3 2210.
b
2266.1 2336.0 2402.1
2b67.5 2536.6 2110.7 2662.9 2753.b 2924.6 2697.4
2971.6
Atomic Dda and Nvc,~,
Dota Tables, Vol. 20, No. 4, Octobsr
,977
F. P. LARKINS
TABLE
SemiempiricalAuger-Electron Energies
V. Auger-Line
Energies (in eV)
&-NO
See page 316 for Explanation of Tables 1 EL
303 IIS-1501
302 NVII501
102 IS’N4lJl
301 *5*wtc1
JPO *s-N403
174.0 619.7 bS4.9 693.I 726.l 773.s 615.9 661.3 906.4 9s9.1
s73.1 619.4 654.5 69S.7 I26.7 r73.5 615.9 661.3 90b.4 956.1
571.6 b17.1 652.0 692.9 727.9 772.7 815.3 660.5 905.6 9S?.3
Sl2.0 617.4 652.3 693.7 729.7 773.s 615.9 661.3 906.4 959.1
S94.9 629.9 66T.6 712.2 747.3 769.4 133.3 676.6 924.9 969.7
1000.6 1041.5 lO?‘l.O 1131.2 1173.6 1226.6 1260.0 1326.2
1000.8 1047.5 1070.0 1131.2 1173.3 1226.6 1279,s 1327.6 1374.0 1425.6
999.9 1046.6 1069.1 1130.3 1164.3 i22s.r 126b.4 1318.5 1364.1 1413.1
lOOG.8 1047.5 1070.0 1131.2 1164,7 1226.6 1266.6 1311.4 1364.5 1414.2
1016.5 1063.2 1106.9 1164.¶ i197.6 1210.1 13QO.O -1349.7 1401.3 1451.3
1019.9 1064.6 1110.3 116S.9 1206.4 12SI.5 1312.9 1359.1 1410.9 1462.a
1016.5 1063.2 1106.9 1164.5 1190.6 1250.1 1301.3 1351.0 1401.9 1452.0
1017.7 1062.4 1100.0 1163.7 1197.3 1249.1 1299.7 1349.3 1394.1 1443.1
14l7.6 lS30.6
1464.3 1511.3 1577.7 1623.7 1679.3 173S.O 1792.6 1833.0 1966.1 1943.2
14b4.3 lSl7.7 1516.2 1624.2 1676.6 1736.3 1763.1 l(33.6 1966.7 1943.a
lSOO.6 lS60.1 1610.5 1670.9 1731.3 1767.2 1640.1 1096.5 1954.6 2011.7
1521.5 1561.1 1634. b 166b.d 1747.7 1604.7 1858.1 1916.2 1976.2 2034.6
1509.3 1569.6 1619.3 1671.7 1732.2 1766.1 1641.0 1699.4 1955.5 2012.6
::::*: . 1656.6 1717.S 1774.7 1621.7 1672.5 1933.3 1900.4
301 WI-N503
3Cl 15’h403
191 llS’NCO2
54 ss Sb 57 58 s9 60 61 62 b3
XE cs 01 LA CL CR NO
64 6S Cb I? 68 b9 TO 71 72 73
50 19 DV NO LR TN VI) LIJ NF 14
76 7s 76 77 7a 79 80 81 32 63
* RE OS IR Cl AU II6 Il. CB 81
17s4.4 1602.3 1654.0 1911.0 1967.4
1594.1 1640.0 169S.O 1753.7 1901.6 16SS.2 1910.1 1966.5
84 as 96 67 88 69 90 91 92 93
co AT RN FR RI AC rn PA U NC
2022.1 2077.9 2124.9 2191.6 2231.1 2290.1 234T.d 2411.7 2472.6 2S36.1
2021.2 2076.1 2124.0 2160.6 2230.0 2269.1 2346. n 2410.6 2471.7 2534.9
1995.5 2046.4 2096.2 2150.9 2197.3 22s3.4 2310.1 2376.0 2430.0 2491.3
1996.1 2049.0 2096.9 2151.6 2194.1 2254.1 2310.6 2376.7 2430.6 2492.1
2071.7 2129.6 2163.5 2244.2 2300.7 2359.8 2420.6 2495.5 2561.5 2625.6
2097.0 21S6.9 2210.7 2273.3 2332.6 2394.9 2456.6 2’129.5 2602.5 2666.6
2072.l 2130.6 2164.5 2245.2 2301.6 2360.9 2421.7 2496.6 2562.7 2627.0
2042.5 2099.2 214?.2 2204.6 22S4.4 2311.5 2374.3 2439.2 2497.3 25S6.6
94 9s 96 97 96 99 LOO
PU AN EK 81 CF ES rn
2606.2 2674.2 2747.3 2613.7 2604.9 2952.9 3022.7
2607.0 2672.9 2746.0 2012.4 2963.4 2951.5 302 1.2
2SS9.3 2622.3 2692.4 27S5.6 2622.ll 2667.9 2954.7
2560.2 2b23.2 2695.3 2756.7 2623.6 2a9*.9 2955.7
2700.9 2773.9 2949.9 2920.3 2996.4 3869.5 3141.4
2747.) 2625.7 2901.6 2976.1 SG16.2 3132.2 3213.1
2702.1 2177.1 26SO.2 2921.6 2997.7 3070.9 3146.7
2627.7 2695.7 2765.6 2932.2 2901.2 2966.3 3037.2
l N
SR tu
1374.b 1426.2 1479.2 lS31.2 1594.9 1640.7
1695.7
370
$66.7 631.9 669.9 713.4 746.6 790.7 934.6 679.9 92% 4 971.0
ms.4 650.3 669.1 712.2 747.3 769.4 833.3 O?t3.6 924.0 969.7
Atomic Dota 04
563.6 620.1 665.6 711.4 I4b.S 700.5 B32.4 677.7 923.2 966. I
1497.7
Nucbm Data hbles,
Vol. 20, No. 4, Octdmr
1977
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
V. Auger-Line
102 2
EL
Is-1503
54 55 56 57 se 59 60 61 62 63
XE cs BA LI CE PR ND P" SP EU
567.7 633.0 671.2 713.7 740.9 791.0 834.9 660.2 925.7 971.3
64 65 66 6? 69 69 ?O 71 72 73
GO IS ov HO ER TM '19 LU HF VA
1020.2 1064.9 1110.6 1166.3 1206.3 1251.9 1314.9 1361.2 1412.5 1464.5
74 75 76 77 79 79 80 a1 92 03
* RE 06 IR PT A" HO TL PB El
1523.2 1562.9 1636.S 1686.6
64 a, 06 07 I& 69 90 91 92 93 94 95 96 97 96 99 100
302 Is-w403 sob.1 631.0 666.9 713.4 746.6 790.7 834.6 679.9 925.4 971.0
1019.9
3p2 #5-N4C2
303 *5-N503
565.6 630.5 666.4 713.0 746.1 790.2 634.1 479.4 924.9 970.5
S64.3 62a.9 666.4 712.2 747.3 769.4 633.3 876.6 924.0 969.7
567.6 632.9 671.1 713.4 741.6 790.7 834.6 879.9 925.4 971.0
1010.5
SF3 MS-NC03 'III.0 630.9 668.7 713.6 748.1 790.2 634.1 679.4 924.9 970.5
SOS.0 629.9 667.7 711.9 747.0 769.0 632.9 676.3 923.7 969.4
374 N5-N503 567.5 632.6 670.9 Il3.0 746.1 I90.2 334.1 679.4 924.9 970.5
145Y.S
1569.6 1620.1 1672.6 1733.1 1769.1 1041.3 1993.5 1956.3 2012.6
1523.2 1562.9 1636.4 1686.0 1749.1 1606.6 1960.9 1920,s 1976.5 2037.0
1511.5 15r1.4 1623.3 1675.7 1734.9 1793.2 1841.7 1899.2 1956.4 2013.1
1566.S 1619.0 1671.4 1731.6 1767.7 1140.3 1093.2 1954.9 2011.7
1523.0 1562.7 1636.3 1606.6 1749.5 1606.6 1660.7 1920.3 1976.3 2036.6
2074.0 2132.0 2186.0 2246.7 2303.3 2362.5 2423.3 2498.3 2564.4 2628.6
2069.') 2127.9 2177.9 2235.6 2296.2 2346.3 2412.1 2475.1 2540.2 2603.5
2043.6 2lOO.S 2lSO.S 2206.2 22S5.6 2313.0 2375.6 2440.8 2498.9 2560.3
2099.5 2159.4 2213.4 2276.1 233s.7 2397.6 2459.6 2532.6 2605.7 2672.0
2072.6 2130.5 2134.4 224S.Q 2301.6 2360.7 2421.5 2496.4 2562.4 2626.B
2061.6 2127.4 2177.5 223S.2 2267.6 2347.9 2411.7 2474.7 2539.8 2603.1
2099.3 2159.2 2213.2 227S.9 2335.5 2397.6 24S9.4 2532.4 2605.5 2671.9
2703.9 2770.9 2652.1 2923.5 2999.7 3072.8
2676.6 2747.7 2620.0 2690.2 2963.3 3033.4 3115.4
2629.4 2697.4 2767.6 2634.0 2903.1 2970.2 3039.2
2751.1 2629.1 2905.3 2979.7 3059.6 3135.9 3216.8
2701.6 2776.11 2649.9 2921.3 2997.4 3070.5 3146.6
2676.2 2747.2 2020.3 2869.7 2962.0 3032.9 3104.9
2751.0 2629.0 2905.1 2979.6 3059.6 3333.9 3216.7
1206.9 1251.5 1313.4 1359.7 1404.7 14sS.6
1860.9 1920.5 1978.6 2037.0
PO AT RN FR RI AC 1n PA II HP
2099.5 2159.5 2213.4 2276.2 233s.7 2397.9 2459.7 2532.6 2605.0 2672.1
PU A” CM 811 CF ES FM
2751.2 282Y.Z 2905.4 2979.9 lose.9 3336.0 3217.0
JlSO.9
1301.5 1351.2 1402.6 1452.7
1510.0
1063.2 iioa.9 1164.5 1198.5 1250.1 1301.0 1350.7 1394.9 1444.0
371
1110.3 1165.9 1206.1 1251,s 1314.7 1361.n 1412.s 1464.5
1019.3 1064.1 1109.6 1165.4 1206.9 12Sl.O
1c3 MS-N502
1498.6 1559.4 1607.3 1659.6 1719.5 1775.7 1022.6 1873.6 1934.s 1969.7
1110.3 1165.9
1019.9 1064.6
of Tables
1016.2 1062.9 1106.6 1164.2 1196.0 1249.7 1300.5 1350.1 1401.6 1451.7
1066.6
1511.7 1571.6 1623.5 167S.9 1735.1 1793.4 1042.4 1900.6 1957.0 2014.1
1149.7 1906.9
3F2 HS-N502
1019.3 1064.1 1109.8 1165.4 1199.0 1251.0
MS-NO
Energies (in eV)
See page 316 for Explanation
Energies
1313.5 1359.7 1404.5
1509.0
1019.3 1064.1
1109I.5 1165.4 1207.6 12Sl.O 1314.2 1366.4 1412.3 1464.3
F. P. LARKINS
Semiempirical Auger-Electron
Energies
MS-NO
TABLE V. Auger-Line Energies (in eV) See page316 for Explanation of Tables 2 EL
150 *5-LSCS
3Pa ‘15-N‘“‘
1Pl *5-N505
351 *5-15tr
301 N5-MlP5
3Pl 115-11404
102 M5-N505
302 15-N504
3P2 NS-N‘OS
SF2 115’11‘04
79 1)b 8, 82 a3 6‘ 05 06 or 88
L” HG TL PR 81 PO IT RN FR RL
ld67.d 1922.1 1983.7 2O‘S.L 2157.1 2173.0 2230.5 2294.‘) 2359.3 2‘23.5
1950.0 1901.3 1961.5 2020.5 2062.4 2143.5 2205.0 2261.5 2324.9 230s.2
1973.5 1925.2 1967.1 2049.6 2111.8 2171.4 22‘1.2 2299.9 2364.6 2‘29.1
1069.5 1922.1 19dl.l 20‘4.9 2109.2 2171.9 2235.6 2292.3 2357.8 2421.3
1652.7 1905.0 1965.6 2025.2 2066.9 2149.9 2211.6 2269.3 2332.9 2394.2
1051.4 1904.2 1964.3 2’324.1 2586.2 2147. d 22?9.6 2266.5 2330.1 2390.6
1870.2 1923.7 19.55.5 20‘7.0 2109.8 2175.3 2236.9 2296.5 2362.0 2426.4
1869.2 1922.6 1984.5 2645.7 2109.1 2172.9 2236.6 2293.4 2359.8 2422.5
1152.2 1905.6 1966.3 2025.9 LOW.6 2150.6 2212.5 2270.3 2333.8 2391.3
1651.5 1903.1 1963.6 2022.8 2086.9 2166.1 2207.8 2264.5 2320.1 2386.5
09 90 91 92 93 9‘ 95 96 9, 98
AC 1n PI\ U NP PU *I4 CN SK Cf
2499.4 2553.9 2629.6 2733.5 2775.7 2857.6 2948.5 3021.5 3097.6 3179.9
2446.0 2509.6 2589.3 2655.2 2724.4 2802.4 2nnr). 3 2955.4 soza. 7 3105.7
2495.2 2560.9 2636.) 2710.1 2792.5 2864.7 2967.6 3029.3 3105.5 3107.7
2‘85.3 2553.0 2626.6 2705.9 2772.2 2954.3 2935.3 3011.5 3090.0 3171.1
2‘57.2 2520.9 2596.6 2665.8 2736.1 2814.2 2894.3 2972.4 304s.9 3124.0
2451.9 2515.6 2594.5 2661.7 2731.1 2909.3 2997.4 2962.7 3036.3 3113.5
2492.3 2557.0 2632.8 2706.9 2779.1 2961.1 2944.1 3025.2 3101.7 3183.9
2466.5 2551.3 2620.2 2702.3 2773.6 2855.0 2936.9 3015.1 3091.6 3172.7
2458.3 2522.1 2600.0 2667.1 2737.5 2015.6 2895.7 2973.8 3067.3 3125.5
2449.5 2513.2 2592.0 2659.1 2728.4 2806.5 teak.6 2959.7 3033.2 3110.3
99 ES 100 FW
3261.9 3343.6
3191.4 3261.6
3270.0 3352. J
3252.3 3333.2
3203.2 32.52.1
3191.7 3269.6
3265.9 3347.0
3253.9 333b.9
3204.7 3283.7
3166.5 3266.5
JFJ 115-h405
363 M5-h4C4
SF4 M5-N502
3G4 M5-N504
lG4 M-N405
365 us-6505
2 CL
373 *5-N5C5
79 00 01 82 a3 6‘ 85 .56 87 .58
I” MG TL PB BI PO Al RN FR RI
1971.2 1925.9 1998.3 2049.1 2112.7 217d.5 224L.3 2300.2 2365.9 2430.4
ld70.6 1923.3 1995.1 2046.3 2109.8 2173.6 2237.3 2294.2 2359.8 242J.3
1.552.n 1906.1 1966.9 2026.6 Pods.3 2151.5 2213.3 2271.1 233b.7 2396.2
1.952.4 1904.3 1964.9 2024.2 2086.4 2147.9 2209.6 2266.5 2330.1 2390.1
1870.2 192L.5 19116.3 20‘7.9 2110.1 2176.3 224o.n 2297.7 2363.3 2427.’
1869.5 1922.4 196b.l 2945.2 2108.6 2172.3 2236.0 2292.6 235.9.3 2421.7
1851.7 1905.2 1965.0 2025.4 2067.0 2150.2 2211.9 2269.6 2333.2 2394.6
1870.6 1925.4 1987.3 2049.0 2112.0 2177.7 22b1.5 2299.3 2364.9 2429.5
99 90 9, 92 93 9‘ 95 96 91 98
AC rn PI U NP PU A” EN En Cf
2496.6 2561.4 2637.4 2711.6 27.54.~ 2066.2 2949.4 303*.7 3107.2 3160.5
24d7.4 2552.2 2629.1 2703.2 2774.6 2856.6 2937.9 3016.2 3092.7 3173.9
2459.3 2523.1 2601.0 2666.2 2738.6 2916.7 2096.9 2975.) 3U49.6 3126.3
2451.8 2515.6 259e.6 2661.7 2731.2 2tlo3.3 211137.5 2962.7 3136.3 3113.5
2493.’ 2556.‘ 2634.1 2706.3 2700.6 2662.7 2945.8 3026.9 3103.4 3IES.S
2485.0 2550.5 2621.4 2701.4 2772.8 2654.9 2936.3 3’314.2 3590.6 3171.9
2457.6 2521.3 2599.2 2666.3 2736.6 2614.7 2994.0 2972.9 3046.4 3124.6
2495.6 2560.3 2636.3 2710.5 2782.9 2065.1 2948.2 3029.4 3106.0 3100.2
99 100
ES FM
3271.8 3353.4
3255.1 3336.1
3206.‘) 32d5.3
3191.7 3269.0
3267.7 3349.6
3252.9 3333.9
32C3.7 3262.7
3270.4 3352.5
372
Atomic Dota and Nuclear
Dota T&h,
Vol. 20, No. 4, October
1977
F. P. LARKINS
TABLE
Semiempirical
V. Auger-Line
Auger-Electron
Energies
Energies
MS-NO
(in eV)
See page 316 for Explanation of Tables 2 CL 70 Tl 72 ?I ?‘ ?5 76 I? 711 ?9
“8 LU HF ,A 1 i)f OS IR PT I”
(10 HO
3F 4 l45-N?0,
JF3
lF3 MS-Y601
*5-Y701
2051.8
2Obl.4 2120.9 zla?.l 2249.8 2312. 2376.4 2432.3 249fl.9 2554.‘ 2622.4
2357.3 2116.6 2182.2 2244.5 2306.6 2369.5 2425.4 2‘90.J 29‘6.5 2613.i
2157.9 2117.2 2102.5 2245.1 2307.2 23?‘,.1 2426.0 2499.6 2547.1 2s1*.1
2115.1 216.2.5 22‘9.‘) 2313.3 2383.1 2451.n 2512.8 2SO3.5 Zb49.9 2720.n
2110.7 2186.2 22s3.4 231R.l 2380.6 2457.4 2519.3 2591.9 2657.3 2720.4
2116.2 2183.6 2250.2 2314.6 2304.4 2452.3 2Sl4.2 25.S4.9 PbS1.4 2721.5
268T.d 274e.7 2019.l 2893.9 2969.9 30‘1.5 3123.d 3209.1 3276.1 3353.1
2799.7 2567.5 2949.6 3027.8 311C.8 3194.8 3279.9 3364.3 34‘9.3 3534.h
2799.1 2177.9 2960.9 3139.1 3122.1 3209.1 3294.2 3379.5 3466. 3551.5
2192.2 2869.1 2951.1 3029.4 3112.5 3196.5 3211.6 3366.6 3451.1 3536.2
2744.S 2811.4 21185.5 2960.8 3037.8 3114.8 3196.9 3216.3 3354.‘ 3‘13.5
3430.9
Jb23.3
3641.5
3625.2
3513.‘
3G‘ MS-W603
164 MS-N?02
365 115-Y?03
1493.7 1549.3 1600.6 1665.8 1730.2 1194.4 1854.3 1919.0 1908. 2052.1
1491.9 1547.5 lb01.5 1659.5 1121.4 1706.1 tabs.3 1909.0 1977.7 2043.2
1493.7 15‘9.3 1609.5
313e.n 3215.3 3293.3 337C.Z
274.S.J 2818.0 2093.2 2969.2 30‘1.1 3123.1 3199.4 3275.” 3352.6
FN
3‘49.9
3‘49.0
3430.2
IFS
nr TA * RF. OS IR PT I”
*s-r703 1494.7 15SJ.4 1610.3 1669.9 1733.4 1199.3
1
Zb89.1 275’1.9 2829.9 2905.1 2981.1
31Sb.G
3F3 *S-Nh03
b
2bO0.2
303 *5-‘(702
3GJ ‘B-WC2
2620.6 2410.6 2544.2 2603.7 2611.4
1923.2 1992.9 2OS7.1
1721.7 118b.4 184s.b 1916.1 19?8.J 2043.5
1975.0 2047.2
212J.I 2106.3 2255.i 2321.3 239S.B 2459.1 2521.7 2594.3 2653.9 2731..3
2117.1 21R4.5 2251.2 2315.5 2385.4 2493.3 ESlS.2 2505.9 2652.5 2722.6
2101.2 2161.2 2233.2 2295.9 23b0.3 2428.2 2486.1 2553.7 2612.3 2681.3
2Q97.5 2157.3 2229.7 2291.0 2354.7 2421.5 2479.5 2’545.1 2604.1 2672.7
2120.9 2188.5 2255.7 2320.5 2391.n 2‘59.9 2521.9 2594.5 2b6j.l 2731.2
2115.4 2iaz.b 22‘9.k 2313.7 2383.5 2451.3 2513.2 2583.9 2650.4 2720.4
2100.9 2160.9 2232.9 2295.6 2360.0 2421.9 24as.a 2553.‘ 2601.0
2120.2 2187.8 2255.0 2319.7 2390.3 2459.1 2521.0 2593.r 2659.2 2730.3
2754.1 2823.0 209e.0 29?3.3 3050.4 3130.4 3212.5 3292.9 J373.J 3452.1
27‘5.5 2012.‘ 2886.4 2961.8 3036.8 3115.8 3191.9 321T.4 3355.5 3634.6
2BI)l.P ZBd’T.8 2963.9 3042.2 3125.1 3212.3 3291.5 3382.9 3470.n 3555.1
2791.1 2868.0 2953.1 302a. Sill.‘ 3195.‘ 3280.4 34‘9.9 3535.1
2153.7 2022.6 219?.7 2973.0 3050.0 3130.0 3212.1 3292.5 3372.6 3451.7
2001.0 21179.9 2962.9 3041.2 3124.3 3211.3 3296.4 3301.8 3‘68.9 1554.0
3533.1
3514.5
3645.1
3623.9
3532.7
3643.9
HG
*t
?L
a2 83 a4 a5 8b ll7 aa 69
PB 61 PO AT RN FR RI IC
90 91 92 93 9‘ 9s 96 97 +a 99
rn PA u MP P” A” CM BIG CF ES
2841.7 2UmJ.b 3042.J 3125.1 3212.1 329?.2 3302.6 JCb9.7 35s4.8
2793.‘ 2070.3 2952.4 3030.7 3113.0 3197.d 3283.0 3367.4 3452.5 3537.7
FM
3644.9
3626.6
29bS.I
1659.6
1492.l 1548.3 1611.0 1658.3 1721.0 1704.4
3F‘ r5-n7ns
b
2096.6 2156.4 2227.0 2290.1 2353.8
1494.‘ 1550.0 1610.1 1668.9 l?JJ.S 1791.‘) 1858.9 1923.3 1993.0 2957.2
1659.1
1‘93.7 1549.3 1602.3
1966.0
1601.3 1657.4 1719.1 1703.5 1042.3 19Ob.b 1974.1 2039.3
166b.b lT30.9 1195.1 1055.6 1919.8 1909.1 2053.0
1‘94.‘ lSSO.C 1609.7 1667.3 1731.6 1795.9 lES6.3 192fl.6 1959.9 2057.0
80
100
1691.6 1567.2
2062.‘: 2121.5 2147.1 22SJ.4 2313.2 2377.1 2431.J 2‘99.6 zsss. 2623.1
law.1 tan.1
2159.7 2a32.7 291i.9 2981.9 305b.r) 313S.d 3216.1 3294.1 33?1.1
“tl
1492.1 1540.3 1600.1
1938.8 2001.5
174b.5
2689.8
LlJ
1492.1 15‘1.3 1601.6 1665.6 173D.O 1794.2 1854.6 19111.7
102 M5-NbO2
3F2 “S-ri603
1494.4 1550.3 1609.5 1661.1 1731.6 1796.1 195b.9 1921.2 1990.9 2055.1
1572.4 1629.1 1586.6 lI44.1 1014.3 18IP.l 1935.‘ 20GJ.0
TH P‘ U NP PU 4* C” BK CF ES
?Q ?I 72 13 I‘ ?S 76 ?7 73 19
392 *s-11703
l,b,S.S 1517.?
90 91 92 93 9‘ 95 96 91 98 99
EL
301 MS-M603
X459.1 1516.5 1571.1 1b28.4 1685.9 ll43.4 1813.7 1a7i.5 1934.9 2000.2
ll. PS 61 PO Al RN FR RA ‘C
I
1
1460.3 1517.7 1572.4 1630.5 1680.2 1745.9 181b.6 1874.5 1930.2 2003.9
1‘0.3 151?.? 1572.1 1631.0 1600.I
(II 02 a3 a4 a5 86 n? *II a9
1ou
3F2 NS.Nbi
lRh3.2 1907.5
373
I
160.5 1733.0 1797.5 1fJ5a.3 1922.7 1992.4 20Sb.6
2blP.O
3
3364.9
Atomic
Data
axl
Nuclaor
Data
Tob!eer,
Vol.
20,
No.
4,
0ctober
,977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
V. Auger-Line
ICI MS-1705
Mb-NO
Energies (in eV)
See page 316 for Explanation 3PO lt5-1605
Energies
of Tables
301 Ys-N6os
3Pl MS-6604
102 *S-N705
3P2 NS-6704
302 NS-NIOS
SC2 NS-HO4
303 15-1705
3f3 NS-1704
2llS.b 2179.2 2246.6 2316.9 2367.6 2bbO.S 2532.1 2597.9 2671.3 2742.6
2119.9 2163.0 2252.7 2323.4 2392.5 2b66.1 2536.7 260b. 3 2679.6 2750.1
2111.9 2179.6 2249.2 2319.3 2366.1 2461.3 2532.7 2596.4 2671.9 2743.3
21lS.l 2177.0 2246.4 2316.1 236S.I 24'56.3 2527.9 2S92.6 2666.1 2736.S
2120.1 216b.2 22Sb.l 2524.9 2394.1 2467.7 2SbO.b 2606.1 269le7 27S2.1
2119.3 2161.6 22s1.2 2321.6 2391.2 2463.0 2535.6 2600.4 2675.9 27bS.5
2116.6 2160.2 2249.9 2320.0 2366.9 2461.9 2535.6 2599.3 2672.9 2744.3
2116.1 217e.4 2247.9 2317.7 2367.0 2bS6.2 2S29.9 2S91.7 2666.3 2736.7
2120.3 2194.2 22S4.0 2324.6 239b.O 2167.7 2Sb0.b 2606.1 2661.7 27S2.1
2119.9 2192.5 22S2.2 2522.6 2392.3 246b.t 2536.9 2601.7 2677.2 2746.7
AC rw PA U NP PU AN CN II CT
2616.6 2690.3 2970.1 30Y3.1 3137.4 3225.4 3312.4 3402.6 3469.0 3'176.1
2625.1 2996.7 2966.5 3064.5 ::x 3326:s 3416.9 3so4.3 3593.4
2617.2 2090.9 2970.6 30S3.6 3136.1 3224.2 3313.2 3403.3 3469.6 3516.9
2906.S 2662.1 2962.9 3045.9 3129.2 321s.) 3302.3 3569.4 3475.9 JS62.0
2627.1 2900.6 2992.7 3066.6 3151.1 3237.2 3329.2 3419. b 3S06.6 3596.0
2616.4 2692.1 297b.d 3056.6 3142.2 3226.2 3310.5 3bOS.b 3492.9 3591.0
2618.2 2691.9 2971.9 3oss.o 3159.4 322S.S 33lb.S 3404.7 5491.1 3576.3
2610.9 266b.S 2965.4 3046.5 3131.9 5216.0 3305.1 3392.3 3476.6 JS64.9
2627.1 2900.6 2982.7 3066.6 31¶1.1 3237.2 3329.3 3419.5 3S06.9 3596.1
2619.9 2693.6 2976.3 5060.4 5145.9 5229.9 5320.0 3407.3 5494.7 JS62.6
99 ES 100 FM
3667.2 3757.1
36Eb.S 377S.b
3666.0 5750.0
3632.1 3741.0
36W.l 3776.1
3671.1 3761.1
3669.5 3759.4
36SS.l 5744.1
3667.2 3779.2
3673.0 5763.0
1 EL
IF3 NS-N6os
363 MS-N604
3fb 10-11705
lG4 NS-N7Ob
JGb Ns-N609
IWC NS-1604
365 NS-N705
3ws NS-NT04
1ns NS-N6OS
JH6 IS-N705
2120.7 2165.0 22Sb.9 2325.6 2395.0 2466.6 2Sbl.S 2607.4 2662.9 2753.4
2120.5 2162.6 2252.6 2325.0 2392.7 2464.7 2S37.3 2602.2 2677.7 2747.3
2117.6 2180.9 2250.7 2320.9 2369.9 2462.1 2534.6 2603.2 2674.0 27bS.2
2116.0 2179.3 2247.6 2517.6 2366.1 zbsa. i 2S29.6 2594.6 2666.1 2736.6
212O.b 216b.S 22Sb.S 252S.2 2394.5 2466.2 2S40.9 2606.7 2692.3 2752.7
2119.6 2192.0 22Sl.6 2322.0 2391.6 2463.5 2536.1 2601.0 2676.4 2745.9
2llS.9 2179.5 2249.2 2J19.3 2366.1 2461.0 2S32.7 2S96.3 2672.0 2743.2
2120.2 L18b.b 2254.3 232S.l 2394.3 2bLI.O LSbO.7 2606.5 2602.0 27S2.4
89 90 91 92 93 9b 95 96 97 96
79 80 01 02 83 8b as 66 b? e8
AU WC IL PB BI PO Al Rk FR RA
2116.6 2100.1 2253.2 2320.4 2369.3 2462.3 ::x . 2673.4 2744.3
2116.) 217a.b 2247.9 23t7.7 2367.1 2459.2 2529,) 2S94.7 2660.3 2736.7
69 90 91 92 93 9. 9S 96 97 96
AC rn PA U NP PU AN CN en CF
2919.7 2992.4 2972.5 3055.6 3140.0 3226.1 3315.2 3405.2 3491.6 3s79.0
2910.6 2664.5 2965.4 3040.s 3131.9 3216.0 3305.1 3392.3 3476.6 3565.0
2920.5 2902.3 2964.2 5066.5 31S2.1 3239.6 3330.9 3421.1 3506.6 JS97.8
2920.6 2994.3 2977.0 3061.0 5144.5 3230.6 3520.7 5boa.2 549’1.7 5563.6
2619.0 2692.1 2973.1 3056.4 3140.6 3226.1 331J.6 5405.5 5492.1 3579.b
2610.7 2994.4 2965.2 3049.2 3131.7 3217.1 3304.9 5392.2 3476.6 3564.6
2627.7 2901.5 2963.4 5067.5 3151.9 3236.0 3330.0 3420.2 5507.7 3596.6
2619.1 2692.9 2975.4 JOS9.4 3142.6 3226.9 3316.9 3406.3 5493.6 3561.7
2617.0 2690.7 2970.9 3os3.9 3136.2 3224.3 3313.4 3403.3 3469.6 5577.0
2627.5 2901.2 2963.1 5067.2 3lSl.S 3237.6 5329.7 Jbl9.6 5507.3 5596.5
99 ES 100 FN
3670.1 3760.1
3655.1 3741.1
5669.0 3760.0
367b.l 3764.1
3670.4 3760.3
5655.0 3744.9
3686.0 5779.0
3671.9 3761.9
3666.1 37S6.0
3667.6 5776.6
374
Atomic Dota ad Nvckor
Data Tables, Vol. 20, No. 4, Octcber
,977
F. P. LARKINS
Semiempirical Auger-Electron
Energies
N,-00
TABLE V. Auger-Line Energies (in eV) See page 316 for Explanation of Tables 2 EL
IS0 -45'0101
JP2 15-0103
3Pl 115-0103
IPI rO-0102
JPO w5-0102
IPO 15-0303 33.9 (6.7 55.0 bb.0
IS0 w-0202
54 s5 56 57 50 59 LO 61 bZ b3
XE cs 81 LL CE PR NO PN S* EU
9.3 24.6 24.6 27.3 27.4 31.3 35.s 37.2 46.9 62.0
24.3 39.6 43.0 44.9 49.2 50.5 56.2 57.0 67.8 76.6
23.5 36.6 41.8 48.9 49.2 50.5 56.2 57.4 67.6 7b.8
16.7 33.2 36.1 42.6 42.7 43.6 49.4 50.6 b3.6 b9.7
23.0 37.* 41.0 46.9 49.2 50.5 5b.Z 57.6 67.6 76.6
b4 6S b6 67 60 69 70 71 72 73
60 18 OV HO ER TN vn LU nf rn
60.6 (I.5 29.9 so.9 45.2 65.2 66.2 73.1 75.6 71).8
61.7 60.b 63.1 6I.b 76.5 92.2 lOS.0 106.2 116.3 119.9
81.7 60.6 63.1 87.b 76.5 92.2 105.0 101.2 112.9 116.2
74.5 73.3 55.7 no.0 66.6 64.2 96.9 99.6 103.5 106.2
61.7 80.b 63.1 67.6 7b.5 92.2 105.0 106.2 101.83 111.4
74 75 76 77 70 79 no 81 32 03
I RE OS IR PT AU nc TL PB 81
62.6 06.1 96.7 95.0 100.b 106.9 106.0 101.0 105.6 101.9
130.9 140.9 141.7 146. b 156.3 165.1 lb8.5 171.6 177.7 163.0
126.6 136.6 137.1 141.9 153.2 160.1 162.7 lbS.3 171.5 176.5
114.7 124.7 123.9 lZI.7 136.b 146.3 144.2 143.1 150.4 153.7
119.7 129.9 129.1 134.1 144.0 152.1 149.5 145.2 lS5.9 159.2
lb?.5 104.1 17b.7 LOS.6
84 05 6b 67 Ill 69 90 91 92 93
PO IV RN fA IIA AC IN PL u NP
104.6 102.6 93.6 93.3 78.6 no.0 60.7 61.6 73.6 60.9
166.7 169.6 167.1 193.0 100.1 193.1 196.1 206.2 212.4 222.9
179.6 102.6 179.5 165.1 100.6 164.7 169.b 199.3 203.2 213.5
151.2 153.3 146.S 147.4 136.2 136.5 lbS.2 145.4 141.6 146.9
1Sb.l 158.8 152.1 lS3.O 141.8 144.1 151.1 151.2 117.4 154.9
253-b
94 95 96 97 96 99 100
PU AN CM 8N Cf ES FN
77.9 72.6 79.8 64.1 62.0 61.0 79.7
227.0 234.1 2b6.2 256.b 263.7 270.9 260.6
237.4 224.2 234.1 246.4 253.2 260.2 2b9.9
147.0 147.0 154.1 161.4 16l.S 162.5 163.4
153.0 153.1 160.2 lb?.6 167.7 166.9 169.6
356.7 375.5 366.5 401.0
211.0 tlb.6
b24.7 k39.7 460.5
23b.2
375
66.4
bb.7 71.7 72.9 63.0 65.7 96.6 93.3 96.6
117.b lob.1 112.2 134.6 136.0 lbb.2 150.1
203.3 206.3
217.6 226.5 235.3 ZIP.6
261.4 264.3 276.1 261.b 266.6 297.5
31b.4 332.4 365.7
3Pl Y5-0203
30.4 44.5 so.3 bl.? bl.9 60.1 67.1 be.2 76.3 60.9
33.0 46.5 54.7 6b.0
91.6 na.4 93.9 112.6 100.9 106.9 129.4
96.b 93.3 96.6 117.6 101.1 112.2
130.4
132.1 134.0 14b.b 113.3 150.9 112.2 176.2 163.6 161.4 177.4 193.7 19b.8 195.7 201.7 196.6 196.b 190.3 193.5 206.3 205.3 205.)
212.6
223.6 234.2 239.2 2b2.2
3P2 YS.0303
66.b
Lb.7 71.7 72.9 03.0 OS.7
13b.6 136.0 lb2.0
145.0 160.0 176.9
lb6.1 177.4 193.3 199.7 203.2
Lob. 216.5 223.7 226.6 235.9 235.0 2b1.9 2b0.6 2b5.9 256.6 265.6
274.0 264.4 269.5 301.5 311.7 327.0 336.1 345.2 357.2
0
102 MS-0203
34.9 k9.9 56.4 66.0 Lb. 4 64.7 71.7 72.9 63.0 65.7
32.7 47.3 53.4 64.2 64.6 b2.9 b9.9 71.0 61.1 63.6
96.6 93.3 96. n 117.b lob.1 112.2 134.6 136.0 146.9 lS2.9
94.7 91.3 9b.9 llY.6 104.0 110.0 132.6 133.7 140.4 143.3
170.5 187.1 177.9 159.1 2Ob. 7 211.9 221.3 232.4 239.3 2bb.S
lS6.3 175.1 lb4.2 375.5 191.3 197.6 201.1 204.7 216.3 221.b
257.7 265.6 266.9 260.7 266.4 293.7 302.6 321.6 337.7 351.1
226.4 233.5 232.6 239.4 236.1 243.3 254.1 263.1 271.3 2Bl.b
362.2 361.2 394.2
28b.7 296.6 306.7 324.0 333.0 342.1 3s4.0
blb.6
430.b 445.7 46b.7
Atomic Doto od Nuclear
Doto
Tables,
Vol
20.
No
4, October
1977
F. P. LARKINS
TABLE
z LL
lS0 Its-0101
3P2 k5-0103
Semiempirical Auger-Electron
V. Auger-Line Energies (in eV) With Configuration Interaction See page 316 for Explanation of Tables 3ri N5-0103
23.0 37.9 41.0 4O.9 49.2 50.5 56.2 57.9 67.9 lb.6
34.0 49.9 55.2 60.0 60.4 0b.T 71.7 72.9 53.0 35.7
31.1 ASIA 51.1 02.5 b2IO 61.3 LO.2 69.3 79.e 92.9
33.0 43.5 54e7 ooao 60*4 64.7 71.7 72.9 9360 2.5.7
34.9 e9.9 56.4 60.0 66.4 b4.1 71.7 72.9 03.0 55.7
32.7 r7.3 13.4 hA.2 h4.b 62.9 69.9 71.0 81.1 03.9
01.7
90.6 93.3 90.0 ll?.b 100.1 112.2 13r.2 130.0 146.6 150.5
93.0 O9.O 94.4 113.3 101.6 IOU.0 130~2
90.6
$2: ,3.:b
96.0 9313 9O.O 117ab lob.1 112*2 134*O 13baO 142.0 145.0
PO.7 91.3 9b.P ll5.b lOb*O 110.0 132eb 133.7 140.4 143.3
167.9 lUb.4 175.2 1.50.3 203.T 200.0 21b.l 229.0 233.9 242.9
14b.U 163.7 151.5 102.1 lrb.7 194.3 101.9 177.9 194.2 197.4
::z lbb:, 177.4 193r3 199.7 203*2 2Ob.U 2lO*5 223.7
196.2 202.2 197.3 199.1 I90.0 194.0
212.3 217.3
24.3 39.6 43.0 40.9 bV.2 50.) 56.2 57.0
64
GO
:: 67 63 69 70 I1 72 73
2 h0 LR TM 1B LU hf TA
59.4 60.1 20.3 50.2 3915 64.1 67.4 72.2 ?A.? II.8
81.7 110.6 h3.I 57.6 76.5 92.2 105.0 100.2 116.3 119.9
31.7 00.6 63.1 37.6 70.5 92.2 105.0 109.2 112.9 116.2
74.5 73.3 55.7 UOIO bbbl 94.2 90-P 99.9 10305 lObe
tr IS 16 7? I3 I9 GO 91 42 03
N RC OS 1R PI AU nc TL rE b1
62.0 05.3 95.6 94.1 99.7 107.9 105.0 100.1 104*9 107.9
130.9 140.9 141.7 146.6 lS8.3 lh5.1 lb8.5 171.0 177.7 103eo
12bob
1bO:l lbz.? 165.3 171.5 176.5
11e.7 124.1 I?399 12U.7 13b.b 146.3 116.2 1bGel 150.4 153.7
aA 35 Ub UT Ob b9 90 91 92 93
ro AT RN fR RA AC ffl PA U hf'
103.7 101.6 92.6 92.3 77.9 r9.0 79.0 UO.? 72.1 UOlO
116.7 1nq.n lr(7*1 193.0 18E.E 193.1 190.1 208.2 212-4 222.9
179.b lE2.b 179.5 1OS.l 1.50.6 104.7 159.6 199.3 20342 213.5
151.2 153.3 146-S 1b7e4 13be2 13bm5 1e5.2 115.a l,l*b l19.9
156.7 159.9 152*1 153.0 :::‘: 151:1 151.2 147.4 15489
2S3.9 201.9 204.3 270.5 212.1 209.2 290.0 3lb.9 332.3 340.1
9. 95 96 97 96 99 100
ru AM LN LK Cf cs t*
r7.0
227.0 234.1 246.2 25bab 263.7 270.9 2co*a
217.4 22402 234.1 24e.b 253.2 ZbOe2 269.9
147.0 117.0 154-l 161-b 161.5 lb2a5 163.4
153.0 lS3.1 160.2 16706 lb7b7 lb9*9 lb9+1
357.1 315.9 3W.P 409.2 425. I 619.1 400.9
::': 33:2 61*1 O0.1 7u.u
::“I’: ii;:;
19.7 33*2 3b*l 42.6 42*? 43*O 49.a 50-G 60.0 69.7
3PO N5-0303
u*e 2395 23-b 2b.A Pb*5 30.2 34*5 3be1 b5.8 60.2
lx St:6 76.5 92.2
134.1 104.0 152rl 169.5 1AS.Z 155.9 159.2
376
is0 NS-0202
No-00
3PO N5-0102
XE ES bl LA CE PR ho rN St LU
76.3
23.5 30.6 b1.U LO.9 49.2 50.5 50.2 57.9 b?.b 76.0
lP1 NS-0102
,. 55 56 5r 53 59 60 61 62 63
bt.0
Energies
‘,“,:*i . 205.9 z13.3
:::‘: 23b:t 239.7 242.6
3Pl NS’0203
3P2 15’0303
::‘: 146 lob.1
170.5 127.1 177.9 199.1 2Obe7 211.9 221.3 232.e 239.3 24605
22OlO 235~9 235.0 241.9 2bO.b 24519 25baG 265*9 Zllro 22ba4
257*7 265.9 268.9 290.? 23bel 293.7
20915 301.5 311.7 32IaO 33drl
362.2 3Ole2 394.2 klb*b 430.0 445r7 466.7
2:::
Atomic Data and Nudsw
102 NS’0203
15O.3 175.1 164.2 175.5 191.3 197.6 201.1 204.7 210.3 221.4 226.4
233.5 232.6 239.4 230.1 213.3 254.1 263.1 271.3 Zllrb 2eo.t 298.6 3Obe7 324.0 3J3.0 342*9 354.0
Doto Tables, Vol. 20, No. 4, October
1977
Semiempirical
F. P. LARKINS
TABLE V. Auger-Line
Auger-Electron
79 I” 60 HG 01 IL b2 83 0, 115 b6 b7 8.5
PE 0x PO Al RN FR RI
09 90 91 92 93 95 9'5 96 97 91
4C rn
PI U YP P" 4" Ch 0h
CF
99
ES
100
FM
30 3 NS-0105
302 1(5-0101
79 .so
h" "6
01
7L Pb
3PO
h5-0305 271.6 279.6 293.2 303.3 315.6 326.2 360.1
222.6 226.6 232.2 2‘1.7 2S1.6 25d.J 265.3 266.3 275.1 275.7
222.6 225.7 231.2 260.7 250.6 256.9 263.0 264.6 273.3 273.6
219.6 222.5 227.7 236.7 256.7 2Sl.d 256.6 25b.6 267.2 266.9
222.6 225.6 23J.0 239.1 2‘9.5 251.3
263.9 291.7 SO‘.7 309.9 326.3 333.4 3‘5.4 366.5 374.9 364.0
201.7 209.5 302.6 307.7 323.9 531.0 3‘2.6 357.7 372.0 301.C
273.2 280.9
296.7 299.1
275.9 263.7 297.7 302.9
315.1 322.1 332.3 3‘6.5 358.8 366.9
310.3 323.k 335.6 347.5 361.9 379.0
431.7 650.0 664.2 466.2 501.3 523.7 5‘0.6
397.1 ‘00.1
394.0 ‘04.9
379.0 366.9
362.1 392.1
501.9
102
2 EL
301 hS-OlC4
102
us-0105
hS’GJO5
261.3
261.3
3‘6.1 360.9 310.5
270.1 269.7
3F2 N5-0205
379.1 391.5
416.5
560.9
JP2 MS-0206
379.0
AC TH
Ah Ch IN cc
390.2 402.1 ‘26.3 “1.5 460.9 675.1 ‘99.1 S17.2 539.7 557.b
3b0.7 392.6 415.5 432.7 451.1 b65.2 6b7.4 502.6 525.0 562.2
339.0 352.9 364.9 374.0 390.‘ 39b.6 ‘15.6 630.7 446.2 4S9.3
335.3 359.3 362.4 371.7 367.2 395.5 410.6 ‘22.6 650.6
3b6.2 396.1 ‘20.3 ‘37.‘ 456.6 670.7 ‘9‘.1 512.1 534.S 552.f
99 100
ES Fh
579.0 600.9
S62.3 563.3
‘76.4 6b7.I
‘65.6 ‘76.9
573.5 595.6
2 79 b0 bl b2 03 34 bS b6 8? 80 69 90 91 92 93 94 95 96 97 96 99
100
EL I" NG Il. PB er PO 61 RN
FR RI AC In
PI U UP PU Ah Ch Bh Cf ES
FM
3PO MS-0505 329.6 339.2 355.2 369.3 365.9 ‘03.1
616.8
LSO
h5-0‘0‘ 326.0 334.2 369.7 363.1 300.2 394.5
3Pl N5-0405 329.6
33b.7 356.6 360.5 3b3.5 ‘01.3
640.4
102 NS-05G5
266.7 276.1 291.3 301.4 313.2 326.5 336.3 3kb.4 359.0 366.6
667.6 691.3 509.2 531.5 5‘9.1 570.1 592.2
500.3
559.5
If3 W-0205
670.9 691.b
Cb9.6 711.5
705.0 727.9
690.S 712.5
377
SF6 w5-0305
5b2.5 601.5
3f3
3F2 WI-0606
h5-0405
714.6
700.3 723.2
454.9 ‘66.6
‘72.1
676.7 697.7
610.2 633.3 657.6 677.3
4‘0.0
6b5.0
‘75.0 kb9.9 515.9 534.1 556.5 575.1 602.6 623.0 667.‘ 666.6
5bl.2
‘30.b
559.2 5b0.1
661.b
619.9 6‘4.3 663.b
601.4 ‘13.‘
392.9 404.9 ‘27.0 ‘6b.J 463.6 k76.0 502.2 520.5 543.0 561.2
466.1 +00.9 507.9 526.1 5‘9.5 566.6 591.7 606~9 633.4 651.5
463.1
327.3 3‘1.1 35k.O 363.1 37b.b 366.r
336.6 350.5 362.6 371.6 Jb6.2 396.3 413.3 ‘26.4 b45.8 ‘56.9
673.3 514.1 532.3 556.6 513.7 600.1 620.9 6‘5.3 666.‘
317.7 320.3
376.2 390.3 412.5 629.5 b‘b.0 661.9 &a‘.2 699.6 522.0 S39.j
‘00.0 ‘95.6 520.6 53b.7 566.1
672.5 637.3 513.2 531.3 555.7 572.6 599.b
2b9.1
295.6 306.2 301.1
313.5 326.6 336.3 364.5 359.0 366.6
301.7
329.6 337.6 353.6 367.0 36b 396.6 414.5 423.5 4‘1.2 654.9
461.6 676.0 502.b 520.8 56b.P 561.1 506.2 603.‘ 627.8 6‘5.b
256.5 256.b 264.3 279.0
274.0 205.3
329.6 339.3 355.s 369.2 366.3 502.1 417-P ‘27.9 465.6 ‘60.2
677.3 692.0 517.0 535.1 560.3 577.3 606.1 629.0 653.3 673.3
lP1 h5-0206
257.0 261.3 267.‘ 2b2.3 292.1 300.‘ 311.2 314.2 324.0 327.7
291.3
331.2 3‘1.0 351.1 371.‘ 366.0 hO5.7 421.S 432.4 450.1 465.7
429.S ‘47.1 462.5
‘59.3
301
h5-0301
376.2 390.0 ‘12.7 ‘29.6 446.2 662.3 4b4.5 499.6 522.2 539.2
3P2 N5-0605
410.1 419.1 ‘36.6 ‘50.2
‘17.2 427.1 6‘4.b
363.6 395.‘ &II.* 631.5 ‘53.6
316.0 331.7 343.7 350.‘ 365.1 373.5
0 90 91 92 93 94 95 96 97 96
U
315.9 329.4 361.3 347.9 362.5 372.0
269.2 270.3
361).‘
NP PU
271.5 260.2 293.6 303.9
273.0 282.0 295.5 306.0
FR RI
PI
2511.9 263.1 269.1 Pb4.5 296.2 302.0 313.1 315.3 325.2 328.0
3Pl h5'0305
IF3 NS-0304
b7 bb
ax PO Al RN
261.5 263.9 269.9 215.0 295.5 302.5 313.‘ 316.‘ 326.2 329-b
of Tables
SD3 NS-0305
271.6 260.3 293.7 303.9 316.1 326.9 3‘0.9 346.9 361.7 371.1,
62 63 84 05 b6
27r.O tbs.9 297.5 300.1 320.2 331.5 346.S 353.5
302 r(5-030‘
Ns-00
Energies (in eV)
See page 316 for Explanation 7. EL
Energies
331.2 3‘0.3 356.‘ 370.4 3b7.5 403.‘ (19.6 429.6 447.2
692.b
299.1 309.6 321.6 336.5 346.6 35S.6 370.7 361.5
3F‘ NS-0505 331.2 3‘2.1 35b.3 372.1 369.3 407.1 423.0 ‘34.0 ‘51.7 667.3 462.5 497.‘ 522.6 560.6 566.0
1GS NS-0‘05 329.1 33b.3
3114.2 36b. 1 365.0 400.9 ‘16.7 k26.6 446.3
b5b.9
612.2 635.3 659.6 679.9
‘72.0 b66.6 512.7 530.6 555.2 572.3 599.3 619.5 6‘3.9 663.0
707.1 730.1
6b9.1 711.0
5b3.1
F. P. LARKINS
TABLE
Semiempirical
Auger-Electron
Energies
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series
Energies
See page 316 for Explanation of Tables 10
II-Clt
FOR
10
2 CL II AR iv II 20 CA 21 SC 22 II 23 9 24 CR 25 II” 26 FE L? co
-2679.7 -3230.3 -3600.3 -3992.4 -6402.7 -4636.9 -529b.6 -5770.0 -6265.9 -6763.3
26 WI 29 CU JO zn
-7324.7 -7662.8 -6465.0 -9069.‘ -9666.6 -10340.2 -11003.9
31 32 33 34 35 36 37
GA GE AS SE BR KR RE
36 39 k0 41 b2 43 54 45 46 47
SR I ZR MB NO TC RU RH PO AG
48
co
69 IN
50 SN 51 SE
52 53
rf
-11691.7 -12404.6 -13134.6
-2955.3 -3311.1 -3666.1 -4066.1
-4301.9
26 29 30
NI cu ZN GA
-11077.7 -12596.4 -13335.0
-16693.2 -19006.0 -20746.0 -21708.2 -22693.2 -23702.4 -24735.4
-2296b.2 -2kOOI.V -25044.0
,a 69 50
co IN
-25792.9 -26676.6
-26110.8
51 52 53
-31451.a '32b56.3
-31617.0 -33034.0
-33694.2 -35155.0 -36442.9 -37756.1 -39097.4 -40467.0 -41663.S -43237.7 -44742.7 -46223.5
-34276.6 -35S50.2 -36647.4 -38171.2 -39522.b -40901.9 -42306.6 -43744.1 -45207.9 -46699.9
69 69 10 71 72
St,
EU GO 18 ov HO
ER
76 77
OS
-47734.2 -49273.9 -50645.9 -52443.4 -5401)o.t -55734.9 -S7425.2 -59149.7 -60902.6
IR
-62692.S
-46221.2 -49772.7 -51354.1 -52965.2 -54611.4 -56260.3 -57901.0 -59717.7 -61405.0 -63266.9
79 79 00
PT AU MG
-64514.3 -66372.1
-65122.2 -66991.3
-66263.0
41
n.
-70163.7 -72143.7 -74133.4 -76171.0 -76241.0 -60346.0 -82494.0.
-66693.6 -70632.5
TN 18 l.lJ
HF 73 TA 74 Y 75 RE
62 63
8, a5 66 67
PB
II PO Al RN
fR
08 09
RA
91 92 93 94
PA U NP
AC
90 w cu
95 AN 96 CM 97 0K 96 cc 99 ES 100 ftt
AS SE 35 BR 36 RR 37 RB
-17374.4 -16250.0 -19150.3 -20073.6 -21020.0 *21990.3
-16237.9 -1713s.o -1lYoo1.s
-15690.9 -16S20.9
56
CR
GE
SR I ZR NB NO rc RU RR PO AG
-14097.6 -1402.9
-29460.7 -30625.2
NO
31 32 33 34
30 39 40 41 62 43 6, 45 56 k7
-13666.3 -14665.9 -15466.0
-29111.6 -30270.3
58 CE PR
II
-72604.5 -74914.8 -76662.0 -7a947.0 -61066.0 -93229.0
-94676.0 -66910.0 -s9irv.a -91494.0 -93949.0 -96246.0 -90694.0
-65429.0 -67675.0 -99956.0 -92295.0 -96656.0 -97075.0 -99532.0
-101162.0
-102039.0
-103724.0 -106313.0
-107196.0
-304599.0
-1069kv.o
-109651.0
-111639.0
-1lLSS6.0
-116390.0
-115319.0
50
62 63 64 65 66 67
cf. PR NO PM SN EU GO TE 01 HO
66
ER
69 70
TM I8
59
60 61
7. is
76 77 78 79 10 ii 62 93 84 85 66 67
N RE OS
IR
14165.0 11956.4 15775.3
276.7 292.5 309.3 327.2 345.3 36S.6 366.1
-1562.1 '1666.4 -1792;O -1902.1 -2015.6 -2132.9 -2252.9 -2376.7 -2503.4 -2633.6
::", 1:::
13.0 15.0
-615.2
-677.9 -742.9 '611.3 -863.6 -957.3 -1036.7 -1119.6 -1204.3 -1293.4 -1362.6 -1402.3
“Z-NW
NJ-NU
-232.6 -275.6 -321.5
-232.6 -275.9 -3tlr"
-369.9 -426.9
-475.1
-369.9 -420-~.I -47s.
-532.0 -591.7 -654.1 -719.1
-532.0 -591.7 -654.1 -719.1
-766.6 -057.5
-766.6 -857.5 -933.1 -1012.5 -1095.9 -1162.6 -1273.9
-933.1 -1001.6 -1006.8 -1176.7 -1267.6 -1360.6 -1453.1 -1557.0
22162.9
431.0 454.7
23173.7 24209.6 25271.3 26359.0 27k72.k 26612.3 29762.2 30972.7 32193.6 33441.9
480.5 507.4 539.9 566.1 SV7.6 631.0 670.6 702.b 741.6 763.6
169.5 207.9 227.3 246.2 270.6 295.0 321.5 347.5 376.6 407.9
-2767.3 -2904.5 -3045.0 '3166.5 -3335.4 -3405.0 -3633.5 -3794.0 -3954.2 -4121.4
-2666.3
-2921.3
-3027.9 -3172.4
-3065.6
34719.6 36026.3 37361.0 36724.7
02s.. 670.5 919.1 966.6 1020.6 1075.1
540.1) 476.1 513.6 553.5 595.6 640.2 667.5 737.6 790.5 346.7
-4266.6 -4453.3 -46316 -4009.3 -4993.4 -5176.9 -5362.0 -55b6.5 -5743.3 -5942.8
-4450.6 -4626.9 -4005.1 -rvs7.9 -5175.5 -5363.0 -5554.5 -5746.3 -5946.3 -6149.1
-4536.0 -4722.1 -4910.5 -5102.4 -5296.4 - 5 6 9.6. -5696.8 -5902.7 -6114.5 -6329.9
-6151.4 -6341.2
-6352.1 -6559.2 -6770.6 -6960.6 -7195.3 -7412.4 -7631.9 -7653.7 -8076.7 -6306.5
-6546.1 -6763.5 -6993.6 -7220 -7453.1 -7667.1 -7925.1 -6166.0 -6413.7 -9664.5
-6266.2 -6493.6 -6722.3 -9953.4 '9164.5 -9419.5 -9656.0 -9697.0 -10137.0 -10361.0
-6536.6 '6770.9 -9005.4 -9241.6 -9461.6 -9722.3 -9966.0 -1D213.0 -10460.0
-6916.5 -9175, -9436.9 -9700.9 -9966.6 -10241.1 -10517.0 -10796.0
-10622.0 -10971.0
-10961.0 -11215.0
-11659.0 -11955.0
-13377.0 -12633.0 -12990.0
-11469.0 -11732.0 -11967.0 -12244.0 -12505.0 -13766.0 -L3033.6 -13297.0
-12254.0 -12559.0 -12664.0 -1317s.o -13469.0 -14907.0 -14132.0 -14459.0
-13146.0 -13403.0 -1366o;o
-13562.0 -13626.0 -14092.6
-14791.0 -15125.0 -15463.0
40118.0 61562.1 42996.3
ros.1
44481.7
1t32.s 119b.O
btSb6.6
125S.7 1323.1
*599.¶.6 49127.6 50741.6 S2396.7 54069.7 55790.1 57535.3 59316.2
61141.1 62999.9 64995.9
013 RI 69 AC 90 tn 91 PA 92 U 93 NC 9. cu 95 AN 96 Cn 97 OK
66b69.0 90666.0 93351.0 95666.0 96436.0 10106S.O mwg.;
96
1393.4 1467.7 lSk2.6 1626.3 1710.0
1LlOO.b 1693.0 1991.4 2097.1 2203.3
906.4 966.9 103k.6
1104.5 1170.7 1255.0 1337.2 1423.4
1514.1 1606.9
2316.7 2434.1 255S.b 2639.2 2625.6 2966.9 3x10.0 3275.0 3439.0 3609.0
1706.6 1614.9 1924.8 2040.4 2164.6 2292.5 2427.0 2S69.0 2716.0 2674.0
19926O:O 112134.0
3793.0 3976.0 4172.0 k372.0 4590.0 4617.0 5047.0 4296.0 5556.0 5921.0
3OkO.O 3211.0 3393.0 35a1.0 3760.0 3990.0 4209.0 3442.0 4661.0 4936.0
115652.0 116037.0 121092.0
6103.0 6396.0 6702.0
5201.0
72872.9 74969.3 77107.3
79269.0 :::::*: . 66103.0
378
5461.0 5773.0
-6545.5 -6752.9 -6959.6 -7173.1 -7367.2 -7603.6 -7622.4 .604S.S
-1111.5.0 -11372.0 -11620.0 -11071.0
-12124.0
Atomic Data and Nwlear
-1670.5 -1779.7 -1691.6
-1992.1 -2110.5
-2007.5
-3320.3 -3471.7 -3626.6 -3700.1 -3946.9 -4110.3 -4276.3
-10710.0
1
-1460.4 -1565.9
-1659.6 -1767.6 -1970.1
-2232.0 -2355.1 -2462.6 -2614.2 -2746.7
..
-1368.6
67.2 75.5 8b.4 Vb.2 104.9 116.3 129.0 142.3 157.0 172.6
66031.0 66606.2 7061.3.)
CF
-219.3 -259.7 -302.7 -341.4 -395.2 -466.4 ‘500.4 -555.5
17.2 19.9 23.1 26.9 31.1 35.5 40.4 46.1 52.3 59.5
PT AU NG ii QB 91 PO Al RN FR
99 ES 100 t-11
2.1 2.7 3.6 4.5
FO” “l-)11(
153.4 16S.0 173.9 162.3 197.6 203.4 216.1 232.1 246.1 260.7
19279.3 20216.1 21177.0
::73 IA‘,:
77.6 63.5
-*n
7473.1 6047.6 6636.9 9251.7 9666.4 10543.6 11222.0 11923.6 12650.7 13395.3
17479.3 16361.1
I 54 XE 55 cs 56 BA 57 LA
L3
LZ-MN
91.4 96.2 106.2 115.3 120.1 i2a.7 136.0 147.0
16615.1
SW SE TE
Ll-RM
3691.7 4090.6 4510.9 4952.2 5414.7 5698.7 6403.9 6930.3
SC
-7460.9 -602?.9 -661Y.6 -9224.6 -9655.3
-10501.1 -11161.6
2957.5 33i3.a
CA
23 24 25 26 27
-27961.3
59 60 61 62 63 64 65 66 C?
19 20 21 22
AR
-4944.6 -540s.5 -5667.6 -6390.9 -6915.3
I 56 xc 55 cs
57 LA
18
11 ” CR NW FE CO
-27201.6 -26317.3
BA
K-w
2 EL
-2127.9 -2251.9 -2377.3 -2507.6 -2641.6 -2779.7
-3214.4 -3366.6 -3522.7 -3662.5
-3641.6 -4014.3 -4164.6 -4359.3
3
.J
*
. .'
-11081.0 -11369.0
Data Tables, Vol. 20, No. 4, October
1977
Semiempirical
F. P. LARKINS
Auger-Electron
Energies
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series
TABLE
See page 316 for Explanation of Tables 10 Lf
FOR
"Z-MN
43.""
Ll.WU
LZ.llN
12650.7 13395.3 14165.0 14956.4 15775.3 16615.1 17479.3 16367.1 19219.3 20216.1
246.1 260.7 276.7 292.5 309.3 327.2 345.3 365.6
-1392-a -1492.3 -1562.1 -1ba6.4 -1792.') -1902.1 -2015.6 -2lJF.9 -2252.9 -2376.7
-1453.1 -1557.3 -1659.1
-1460.4 -1565.9 -1670.5
406.1
52.3 59.5 67.2 75.5 a‘., 94.2 104.9 116.3 129.0 142.3
-1a7a.i -1992.1 -2110.5 -2232.0 -2355.1 -2492.9
-iarCs -2007.5 -2127.9 -2251.9 -2377.3 -2507.6
PO A6 co IN sll f8 TL I If cs
21177.0 22162.9 23173.7 24209.9 25271.3 26359.0 27472.4 26612.3 29762.2 30972.7
431.0 454.r 460.5 50?.4 535.9 56b.l 59l.6 631.0 b70.6 7O2.4
157.5 172.6 199.5 207.9 227.3 240.2 270.6 295.3 321.5 347.5
-2503.4 -2633.6 -2767.3 -2904.5 -3045.0 -3iaa.5 -3335.4 -3495.0 -3633.5 -3794.0
-2614.2 -2749.7 -2996.8 -3027.9 -3172.4 -3320.3 -3471.7 -3626.6 -3700.1 -3946.9
-2641.6 -2779.7 -2921.0 -3065.0 -3214.4 -3366.6 -3522.7 -3662.5 -3141.6 -4014.3
56 57 56 59 60 61 62 63 64 65
81 LA cc CR ND PM SM tU co TE
32193.6 33441.9 34719.6 36026.3 373bl.O 36724.7 40116.0 41542.1 42996.3 44461.7
741.8 783.6 625.4 078.5 919.1 969. b 1020. b 1075.1 1132.8 1194.0
376.6 407.9 440.8 476.1 513.6 553.5 S95.6 640.2 647.5 737.6
-3954.2 -4121.4 -4209.0 -4453.3 -4b32.b -4909.3 -4993.4 -5176.9 -5362.0 -5546.5
-4110.3 -4279.3 -4450.6 -4b26.9 -4905.1 -4947.9 -5175.5 -5363.0 -5554.5 -5746.3
-4194-a -4359.3 -4536.0 -4722.1 -4910.5 -5102.4 -5296.4 -5496.3 -5699-a -5902.7
66 67 69 69 70 71 72 73 74 75
ov IlO ER TM YE LU HF 11 b RE
45996.4 47546.6 49127.6 50741.6 52386.7 54069.7 55790.1 57535.3 59316.2 61141.1
1255.7 1323.1 1393.4 1467.7 1542.6 1626.3 1710.0 1600.4 1693.0 1991.4
790.3 946.7 906.4 966.9 1034.b 1104.5 1176.7 ltS5.0 1337.2 1423.4
-5743.3 -5942.6 -6151.4 -6341.2 -6545.5 -6752.9 -6959.6 -7173.1 -7397.2 -7603.6
-5940.3 -bl4a.3 -6352.1 -6556.2 -6770.6 -6960.6 -7195.3 -7412.4 -7b31.9 -7a53.7
-6114.5 -6329.9 -6546.1 -6763.5 -6993.9 -7220.5 -7453.1 -7667.1 -7925.9 -1)169.0
76 77 78 79 00 a1 82 63 64 65
OS IR PT AU UG rc pa ET1 AT
62999.9 64695.9 66831.0 66606.2 7001.9.4 72672.9 74969.3 77107.3 79269.0 61516.0
2097.1 2203.3 2316.7 2434.1 2555.4 2699.2 2625.6 2966.9 3119.0 3275.0
1514.1 1609.9 170(1.0 1014.9 1924.a 2040.4 2164-a 2292.5 2427.0 2569.0
-7922.4 '8041.5 -6266.2 -6493.0 -a722.3 -0953.4 '9184.5 -9419.5 -9658.0 -9497.0
-9078.7 -a306.5 -a536.a -6770.9 -9005.4 -9241.a -9491.0 -9722.3 -99bb;O -10213.0
-6413.7 -6664.5 -891.9.5 -9175.7 -9436.9 -9700.9 -9966.8 -10241.7 -10517.0 -ia799.5
06 8, 88 69 90 91 92 93 94 95
RY FR RI AC 1H PA u WC PU A"
.537a6.0 8blO3.0 66469.0 90606.0 93351.0 95866.0 98436.0 101055.0 103741.O 105480.0
3436.0 3bO9.0 3793.0 3976.0 4172.0 4372.0 4596.0 4617.0 5041.0 4299.0
2730.0 2974.0 3040.0 3211.0 3393.0 3561.0 3780.0 3990.0 4209.0 3442.0
-10137.0 '10361.0 -10622.0 -10971.0 -liiia.o -11372.0 -11620.0 -1la71.0 -12124.0 -13377.0
-10460.0 -10710.0 -10961.0 -11215.0 -11469.0 -11732.0 -liea7.0 -12244.E -12505.0 -13766-C
+1061.t -11369.0 -11659.0 -11955.0 -12254.0 -12559-C -1za64.0 -13175.0 -13499.0 -14907.0
96 97 98 99 100
CM BK CF ES FM
109200.0 112134.0 115052.'J 111037.0 121092.0
5556.0 5621.0 6103.0 639a.O 6702.0
4661.0 4936.0 5201.0 5461.0 5773.0
-12b33.0
-12a90.0 -13146.0 -13403.0 -1366J.O
-13033.0 -13297.* -13562.0 -lJaZb.‘J -14092.0
-14132.0 -14459.5 -14791.0 -15125.C -15463.0
1
EL
36 37 39 39 40 41 42 43 44 45
KR
RB SR v LR NEi r(a rc RU RH
46 4T 40 49 50 51 52 53 56 55
PO
K."K
-“n
3b6.1
379
“,-IN
_. _. _.
Energies
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series See page 316 for Explanation 10
7. EL
ltl-NY
NL-NY
N3-NN
126.0 131.1 146.1 153.0
120.7 126.2
3‘ 31 JO 39 40 bl b2 b3 bb 43
lln I9 sa r 1n lln *a TC Ill RN
196.3
bb bl b8 b9 so 51 32 $3 Sb 35
PO 66 co IN sa so YE I IL cs
33S.2 350.8 3‘6.5 362.11 399.0 416.2 433.9 bS2.7 472.0 b91.6
5‘ I? 33 39 ‘0 ‘1 ‘2 ‘3 ‘4 ‘S
DA LA CL Pl YD Pll 51 EU CD
$12.1 529.6
‘6 ‘1 ‘0 ‘9 70
no ER TI r8
16 ov
11 LU
72 HF 13 lh lb ll 1s RL
211.6 22b.4 236.2 250.3 2‘3.6 271.‘
291.1 305.‘ 320.1
JYl.3
sao.0 597.6 ‘23.1 ‘42.6 6‘9.1 ‘9S.6 126.3 151.9 llb.9 191.2 639.1 010.3 902.7 939.2 912.9
10lb.b 1018.1
lb 71 18 79 ‘0 01 a)z 63 04 65
OS IR Pl AU IIS n. rll BI PO At
1096.b 1133.3 1116.5
6‘ 91 6s a9 90 93 92 93 9b 9s
n* FR RA AC Tll ?A U YP PU All
9‘ 97 96 99 100
CM EN ct ES FY
1219.2 IL“.?
136.0 142.9 150.3
lbb.2 113.8 162.7 192.0 203.b 21b.0
1SO.b
:::*: 111:2 1a9.2
22b. b 23S.7 2bt.O
259.1 211.‘
196.6 Cob.7 212.6 221.2 229.‘ 236.1 2bb.b
2Sb.b 297.‘ 311.1 32S.b 339.s
2ss.2 2‘3.9 212.1
356.0 372.7 369.5 40‘. 5 42S.l bbb.5
261.2
ra3.0
3b9.7
4‘0.5
SO3.1
291.1 302.1
311.2 319.7 330.0 339.6 356.8 370.1
S2b.S
703.1
360.7 369.6 bat.5 416.6 b22.0 435.1 bb5.9
733.‘
bW.9
546.9 S7I.b 596.5 ‘22.1
645.2 ‘IS.0
165.7 79a.7
b71.6 b8b.b
632.1 8‘0.3 905.9 942.1
497.1
963.‘
110.3 S24.2 131.3 ss2.2 S61.f 562.4 597.3
131b.A
102s.
nbb.7 lb19.S lb12.9
1070.2 lllb.7
1529.0
1213.0
‘26.0
1569.0
12bb.O 1321.0
bb5.0 “2.0 ‘no.0 696.0 714.0 732.0 752.3 771.0
1‘50.0
1117.0
li6b.O
1316.0
1760.0 1e50.0 1919.0 1996.0 2OlS.O 21se.o 22bS.0
lb36.0
2326.0
1928.0 2011.0 2096.0 2190.0 226S.O
2bl8.0
2Slb.O
2‘13.0 2111.6
Energies
1699.0 lSS9.0 1‘29.0 1102.0 1777.0 Iasb.0
b
‘13.0
793.0 013.0 629.6 8b9.0
6‘9.0 691.0 9lb.b
"3-W
of Tables FOR
WI-UN
N2-#Ii
Ill-lbY
1.2 1.5
-66.3
-79.2 -9s.s
::e'
-112.0 -126.7 -14c.s 0165.2
-19.9 -96.3 -113.2 -131.6 -151.3 -110.7 -192.2
*b-11*
-01.0 -95-b
2.b
2.6 3.3
-1Db.9
::I
-204.5 -226.0
b.7
s.3 6.1 6.0 l.7 8.3
-243.3 -271.5
10.b 11.9
12.6 1b.Q
15.4 16.8 10.0
25.e 29.7 32.0 33.6
-192.2
-21b.0
-263.6
-283.6
-3b6.3 -375.5 -bO3.8 -133.0 -bbJ.b rb9b.l
-3‘9.7 -39b.2 -b29.1 -4‘1.9 -b9‘.7 -531.2 -Ss3.2
-336.6 -3bS.7 -396.2 -b29.1 -4‘1.9 -496.1 -531.2 -5‘3.9
.S66.9
-601.0
-62S.9
-310.6
-6bO.J
-676.1
-6‘0.0 -69b.7 -134.b -7Sb.9
-713.1
-753.1 -764.9 -032.a -6lb.3 -9lb.S -956.2
.klb.b
4b7.0 -696.7 -931.0
-1061.6 -1131.1 -1l76.b -122b.l
-1002.0 -1Ob4.6 -1069.3 -1131.1 .llUb.J -1229.2 -1261.3
-11‘9.6 -1214.2 -1251.9
-1210.3
-1330.‘
-13bS.0
-1363.9 -1436.5
70.7 75.7 80.b 0S.b 96.0 95.6 101.6 Ion.0 llb.0 120.0
-1305.6 -1350.3 -1397.1 -1bb6.9 -1491.9
-1bl3.6 -1bb3.3
-1b91.9 -1Sb6.1
-1513.9 -1962.0
-1‘02.0 -1bbQ.3
-1543.6
-lbbS.O
-1bbl.4 -1‘93.0
-177k. -1b29.0
123.0 13s.o lb3.0 151.0 159.0 169.0 176.0
-179b.O -1Ab6.0 -1697.0 -1950.6 -2002.0 -2055.6 -2110.6 -21‘3.0 -2219.8 -2270.0
-1940.0 -1995.0 -20 b7.0 -2101.0 -21bb.0 -222s.o -2279.0
-2325.0 -2379.0 -2535.0 -2585.0
-2511.0
37.‘ 10.1 4b.0 46.9 4a.s
-1040.6
IS.7
-1012.3 -1123.‘
b6.0
so.9
38.1 62.b
ID‘.0 195.0 206.0 213.0 226.0 231.0 249.0 2‘1.0
-676.6 -915.7
-9‘0.2 -996.6
-1590.4 -1lb3.0
-2S39.0
380
-963.1 -1007.9 -1Ob3.1
-1317.6
-1613.9 -1720.1 3
-108b.O
-1116.0 -1166.3 -1639.5 -1900.1 -1965.0 -2030.0
-209b.O
-21b0.0 -2226.0 -2295.0
-2Jbb.O
-2336.0
-243S.0 -2507.0 -2517.0
-2bb7.0
-2‘50.0 -212s.0
-2391.0
-25‘9.0
-2‘27.0 -2‘65.0 __-27.2.0
Yb-NW
OS-NW
-214.0 -236.3 -2S9.1
-236.3 -259.1
-30b. 1 -336.6
-Szl.l -5‘1.3 -593.7 -626.5 -412.s -695.9 -134.5 -770.7 -809.b -8b3.3
20.1 22.2 26.6
-113.2 -131.6 -131.3 -170.7
-296.1
-321.2
9.b
Energies
_
-2602.0 -2DlD.O -295S.0 -3032.0 _.._
-1112.0
-333.2 -3‘3.b
-496.1 -532.3 -5b9.D -607.2 -646.1
-333.2 -3‘3.b -39b.b -42‘. 9 -4‘0.9 -b9‘.1 -532.3 -5‘9.6 -609.2 -6b9.0
-666.2 -132.9 -773.3
-690.0 -732.0 -773.3
-39b.b -b2‘.9 -bb0.9
-SIT.8
-611.6 -8‘0.2
-0‘0.2 -90b.S -1011.7 -139b.2
-901.5 -9Sl.2 -99r.1 -1Obb.l -109b.2
-1lbO.l
-1140.1
-951.2 -997.7
-1lw.b -1232.‘ -1266.1
-1190.b -12b1.7
-1266.1 -1342.9 'l393.5 -1446.0
-1329.1 -1393.7 .lb37.9
-1sas.s
-1b93.S .lSSO.k -1‘09.2
-15‘3.D -1‘22.7
-1‘10.7 -1729.0
-1661.3 -1745.5
-1790.) -1653.7 -1916.4 -1962.7
-1.901.3 -1611.6 -1935.6 -2003.1 -2011.1 -2139.6
-2046.6 -2116.0 -2165.0 -22Sb.0
-2211.0 -2202.0
-2326.0 ‘2397.0 -2bS9.0 -250.0 -2‘10.0 -2‘99.0 -2772.0 -2Ob7.0 -2929.0
-2354.0 -2b21.0 -2502.0 -2579.0
-3e93.0 -3112.0
-3lbt.O -3229.0 -3317.0 -3bO3.0 _ _. -
-2bSs.o -2134.0 ‘28lb.D -201.0 -2977.0 -3061.0
-3010.0
-3256.0
-3339.0 __. -6.24.0
_
Atomic Data cd Nuclear
-3wx.o
W.Tabb.,Va!.
20,No.l.O~~
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series See page 316 for Explanation of Tables T O "S-NO
W2-NO
12.6 14.0 15.4 16.6 10.0 20.1 22.2 24.6 25.6 29.7
-463.4 -494.7 -527.7 -561.3 -593.7 -626.5 -662.5 '635.9 -734.5 -770.7
-531.2 -553.2 -5.5.5.9 -625.9 -660.3 -694.7 -734.4 ‘764.9 -814.5 -647.0
445.9 456.9
32.0 33.6 37.6 40.1 44.0 46.9 4.5.5 50.9 54.7 56.1
-009.4 -043.3 -676.6 -915.7 -960.2 -996.0 -1040.6 -1062.3 -1123.6 -1169.6
765.7 79e.7 632.1 666.3 905.9 942.1 903.6 1026.4 1070.2 1116.7
471.6 464.4 497.1 510.3 524.2 537.3 552.2 567.3 562.4 597.3
62.4 65.0 TO.? 75.7 60.4 85.4 90.0 95.6 101.6 ion.0
1164.0 1213.0 1266.0 1321.0 1376.0 1436.0 1499.0 lS59.0 1629.0 1702.0
613.0 626.0 64S.0 662.0 660.0 696.0 714.0 732.0 752.0 771.0
17l7.0 1654.0
793.0 913.0 629.9 349.0 669.0 691.0 914.0
Nl'NO
HZ-NO
Ill-k0
54 55 56 57 56 59 60 61 62 63
XL ES 81 LI cc PR NO PM S" tU
472.0 491.6 512.1 529.6 551.3 5e9.0 597.6 623.1 642.6 669.1
325.4 339.5 356.0 372.7 3e9.5 406.4 425.1 444.5 461.5 463.0
263.9 272.1 281.5 291.7 302.1 311.2 319.7 330.i) 339.6 349.7
64 65 66 67 68 69 70 71 72 73
GO 18 01 "0 ER 111 18 LU nf TA
695.6 726.3 751.9 776.9 797.2 639.1 679.3 902.7 939.2 972.9
503.1 526.5 546.9 571.4 596.5 622.1 64S.2 675.0 703.7 733.6
356.a 370.1 360.7 389.0 402.5 416.6 422.0 435.1
74 75 76 77 76 79 10 81 02 83
Y RE OS XR PI AU HG TL PB 8X
04 05 66 67 88 a9 90 91 92 93
PO AT RN FR RI AC TH PA u NP
94 9s 96 9? 96 99 100
PU A" CM BN CF ES FM
1010.4 1046.B X088.4 1133.3 1176.5 1219.2
1266.7 1314.6 1366.7 1419.5 1472.0 1529.0 1569.5 1655.0 1717.0 1710.0
1650.0 1919.0 1996.0 2075.0 2156.9 2243.0 2326.0 2416.0 2514.0 2613.0 2717.0
1926.0 2011.0 2096.0 2190.0 226S.O
Y4-NO
Energies
FC 14
Ml-NO
EL
1
Energies
ws-MO
N4-NO
-609.2 -649.0 -690.8 -732.6 -773.3 -617.6 -560.2 -906.5 -951.2 -997.7
-607.2 -646.7 -666.2 -732.6 -773.3 -617.8 -660.2 -906.5 -951.2 -997.7
-1224.7 -1270.3
-914.3 -956.2 -1002.0 -1044.0 '1019.3 -1131.1 -11a4.3 -1229.2 -1261.3 -1330.6
-1044.7 -1094.2 -1140.7 -1190.4 -1232.6 '1260.1 -1329.7 -1303.7 -1437.9 -1493.0
-1044.7 -109b.2 -1140.7 -1190.4 -1241.7 -1266.1 -1342.9 -1393.5 -1449.0 -1505.0
-1214.2 -1257.9 -1305.6 -1355.3 -1397.1 -1446.9 -1491.9 -1s43.n -1590.4 -1641.4
-1317.6 -1365.0 -1413.6 -1463.3 -1513.5 -1562.0 -1613.9 -1666.1 -1720.1 -1774.3
-1363.9 -1436.5 -1491.9 -1546.1 -1602.0 -1660.3 -1711.0 -1760.3 -1039.5 -1900.7
-1550.4 -1609.2 -1670.7 -1729.0 -1790.4 -1053.7 -1916.4 -1962.7 -2049.6 -2116.0
-1563.6 -1622.7 -1667.3 -1745.5 -1607.3 -1671.6 -1935.6 -2063.1 -2071.1 -2139.6
114.0 120.0 126.0 135.0 143.0 151.0 159.0 169.0 176.0 166.0
-1693.0 -1743.0 -1794.0 -1046.0 -1e97.0 -1950.0 -2002.0 -2055.0 -2110.0 -2163.0
-1T29.0 -1604.0 -1940.0 -1995.0 -2047.0 -2107.0 -2164.1) -2225.0 -2279.9 -2336.0
-1965.0 -2030.0 -2094.0 -2160.0 -2226.0 -2295.0 -2364.0 -2435.0 -2507.0 -2577.0
-2165.0 -2254.0 -2326.0 -2397.0 -2469.0 -2543.0 -26I6.0 -2699.0 -2772.0 -2647.0
-2211.0 -2212.0 -2314.0 -2427.0 -2502.0 -2579.0 -2655.0 -2734.0 -2614.0 -2091.0
195.0 206.0 21s.o 226.0 23?.0
-2215.0 -2270.0 -232S.O -2379.0 -2434.0 -2465.0 -2539.0
-2391.0 -?‘A,.0 -2511.0 -2569.0 -2627.0 -2685.0 -2742.0
-2650.0 -2725.0 -2002.0 -2676.0 -2955.0 -3OJZ.O -3112.0
-2929.0 -3010.0 -3093.0 -3172.0 -3256.0 -3339.0 -3424.0
-2977.0 -3061.0 -3147.0 -3229.0 -3317.0 -3403.0 -3491.0
249.0 261.0
381
-896.7 -931.:) -963.1 -1007.9 -1043.1 -1061.6
N3-NO
-531.2 -563.9 -601.0 -640.3 -676.1 -713.4 -753.1 -7a4.9 -632.6 -174.3
-1131.1 -1170.4
_. .__
Atomic
Dota
m-d
Nuclear
Dota
Tchlar,
Vcl.
20,
No.
4,
Octokr
1977
F. P. LARKINS
TABLE
Semiempirical Auger-Electron
VI. Corrections (in eV) to Tabulated Auger-Line to Obtain Values for Other Series See page 316 for Explanation T O WS-00
2 CL
11.00
Y2.00
n3-00
N4-00
54 XL IS cs
lbS.6
56 S? 56 59 60 61 62 63
aA LA CE PR NO PII SN
163.1 171.s lI9.b 191.3 191.7
7a.o 61.1 69.6 92.5 97.2 104.4
2.0 2.3 2.6
EU
227.0
7a.o 9s.a 101.9 106.9 113.3 123.1 i2s.a 121.6 136.6 150.7
64 6S 66 67 6a 69
60 18 ov NO ER ll!
2JS.3 250.9 262.1 27b.7 2ai.s 292.1 302.3 311.2 324.4 336.2
206.3 211.6 215.1 223.3 235.5
349.6 362.6 361.S 395.2 b10.2 b2b.9 443.7 459.3 4a0.7 b96.2
2C6.2 257.7 213.7 262.2 293.6 309.) 321.7 33S.l 3Sl.O 365.3
179.9 ia4.2 195.b 199.4 2OY.3 211.5 217.6 222.8
Sl6.Q s39.0 560.4 561.0 605.0 629.0 6S3.0 679.0 701.0 726.0
362.0 39E.Q
70 va 71 LU 72 WF 73 TL 74 Y 75 If 76 OS 77 :a ?a PT 79 IU a0 W6 61 TL a2 PB 63 01 6b LS a6 a7
PO IT RN
69 90 91 92 93
IC 1w PA U NP
9b 9s 96 97 96 99 100
PU LH CN an
FR aa RA
CF LS FN
154.3
210.6 216.7
tb2.0 791.0 622.0 6S0.Q 603.0 91a.o 9x.0
Energies
146.0 163.2 177.6 ia2.5
IPa.
416.0
b32.0 b55.0 472.0 491.0 509.0 S31.0 553.0 566.0 61b.0 b36.0 660.0 696.0
71h.O 7b9.0
UC-00
of Tables FOR Y7-00
lS6.6 164.3 166-I 175.2
-55.4 -6S.l -71.3 -a44 -9e.t -90.9 -91.4 -96.4 -1or.1
-203.7
-126.4 -1so.a -136.2 -146.6 -156.2
-120.2 -121.6 -127.9 -au).7 -13a.t -147.3 -161.5 -16T.O -xrs.r -104.4
-120.2 -121.6 -127.9 -lb..? -13a.2 -141.3 -161.5 -167.0 -1a3.i -192.9
-209.6 -2lb.5 -221.6 -233.9 -242.7 -2b9.6 -259-k -267.5 -276.6 -262.9
-166.3 -177.4 -169.1 -199.I '2L2.1 -226.1 -239.0 -249.9 -26S.6 -260.7
-19a.6 -2lb.6 -214.6 -231.9 -2bU.S -262.2 -275.3 -266.6 -306.1 -323.2
-209.6 -225.6 -227.b -2b4.4 -262.6 -275.2 -29b.3 -313.2 -329.9 -3b7.0
-337.0 -335.6 -372.0 -369.0 -403.0 -423.0 -446.0 -463.0 -476.0 Ob99.0
-367.0 -366.0 -407.0 -429.0 -4¶O.O -472.) -49s.o -520.0 -543.0 -567.0
411.0
-185.0 -610.0 -633.0
-53.a -6o.a -66.6 -72.2
-75.1 -ao.o -62-b -91.6
-1ol.b
-304.4
-1oa.o
-91.3 -109-a
-101.a
9.1 13.2 9.6
'176.6 -1aa.i
-19b.6 -201.0
10.1 12.0
-176.6 -166.1
-196-b
1b.J lb.9 10.1 19.2
-207.s -212.1 -219.0 -230.9 -239.3 -2b6.1 -2ss.3
236.9
2O.b 22.3 23.6
-271.7 -271.6
244.0 2st.o 260.0 267.0 276.0 264.0 291.0 299.0 307.0 314.0
26.0 26.0 26.0 30.0 33.0 36.0 37.0 35.0 42.0 4b.O
-265.0 -293.0 -301.0 -309.0 -316.0 -324.0 -333.0 -337.0 -346.0 -356.0
-291.0 -300.0 -308.0 -32b.0 -333.0 -342.0 -340.0 -3sa.o -370.0
-293.0 -307.0 -322.0 -330.0 -349.0 -366.0 -367.0 -403.0 -4lb.Q -135.0
327.0 336.0 345.0 3N.O 362.0 371.0 379.0
46.0 S1.0 5b.O S7.0 61.0 6b.0 67.0
-362.0 -366.0 -377.0 -3a7.0 -392.0 -401.0 1b09.0
-374.0 -363.0 -392.0 -403.0 -410.0 -419.0 -420.0
-446.0 -459.0 -479.0 -499.0 -s14.0 -531.0 -Y46.0
231.6
13.b 13.5 16.6
-2bS.l
382
Q3-IO
-54.1 -63.4 -r3.3 -64.5 -99.2 -90.9 -96.4 -96.4
121.6 116.b 323-b
157.0
02-M -44.1
107.1
130.4 i3a.o 136.7 tbs.6 1¶2.4
Energies
-31a.o
-107.7 -111.2
-111.2
-929.0 -949.0 -S?t. 0
4a9.0 .bOO. -627.
-661.0 -66S.O
a
-7m.o -73a.o
Semiempirical Auger-Electron
F. P. LARKINS
TABLE
VII.
Auger-Line
Energies for Partially
See page 316 for Explanation
Energies
Filled Shells (in eV)
of Tables
K-LL and K-LM 1s ZL
*S 2 EL 11
Na
3P
K-LILq
K-L+23
K-L1L23
K-L23L23
K-L23L23
164
5 6
B c
153 234
247
165 25'
263
264
7
::
336
35'
357
370
37'
a c 9 F
456 595
475 618
482 627
499 645
502 648
IP
3P
lP
K-LlMZ3
K-LlMZ3
K-L23M1
3s
'D
'5
IP
*s
3P
K-LIMl
K-LIMl
K-L23Ml
1010
1010
1042
1042
1210
1248
1248
K-L23M23
3P K-L23M23
IP
*D
%I
K-L23M23
K-L23M23
K-L23M23
3s K-L23M23
12
Mq 1209
13
Al
1436
1437
1436
1436
1481
1482
1479
1480
1481
1482
148C
1481
14
Si
1677
1678
1686
1686
1727
1728
1733
1735
1736
1736
1735
1736
15
P
1934
1936
1944
1945
1988
1989
1996
1998
1998
1999
1997
1999
16
S
2OCl
2223
2232
2233
2285
2287
2294
2297
2297
2299
2296
2298
17
Cl
2517
2519
2531
2531
2586
2588
2598
2600
2601
26C3
2599
26C2
ZEL
ID2
IPI
3D3 K-LlM5
3D2 K-LlM5
K-LlM4
3D' K-LIHL
3po K-L3H4
3P1
3997.6 4408.2
3997.2 4408.0
3997.2 4408.0
4095.7
4096.0
4095.6
4091.2
4516.3
4516.4
4516.3
4510.4
4955.9 5416.8
4955.9
4955.8
4948.3
5416.9
5416.6
5407.6
K-L3H5
K-LJMk
3D1 K-L2M4
21 SC
3997.2
22 TI
4408.0
23 V 24 CR
4840.7
4840.7
4840.6
4840.7
5297.0
5296.7 5768.7
5297.0 5769.3
5897.5
5897.6
5897.1
5886.4
6262.1
6263.0
6400.2
6400.4
6399.7
6387.1
25 Mii
5769.3
5297.0 5769.3
26 FE
6263.0
6263.0
27 co 28 XI
6779.3
6779.3
6778.1
6925.5 7469.6
7468.4
29 cu
73’5.6 7874.6
6925.3 7469.3
5910.1
7317.' 7876.4
6779.3 7317.1
6924.6
7317.1 7876.4
7876.4
8040.0
8040.3
8038.9
7451.9 8019.8
Z EL
K-L3M5
3D2 K-LJH4
3F2 K-~2~5
3P2 K-L2H4
3D3 K-L3W5
'F3 K-L3M4
3F3 K-L2n5
3F4 K-L)!45
4090.8 4510.2
4095.9
4095.5
4091.1
4516.4
4516.3
4510.3
4095.3 4516.2
ID2
21 SC
4095.6
4095.3
4091.1
22 TI
4516.3
4516.2
4510.3
23 V 24 CR
4956.1
4956.0
4948.4
4948.4
5417.3
5417.0
5408.0
5407.
5898.3 6401.3
5897.8 6400.6
5887.2
5886.7
6388.3
6387.6
25 MN 26 FE
a
4956.0
4955.9
4948.3
5417.1
5416.7
5407.7
5898.1 6401.0
27 03
6926.7
6925.8
6911.7
6910.8
6926.2
28 NI 29 cu
7471.1
7469.9
7453.8
7452.7
8042.1
8040.7
8022.1
8020.8
7470.5 8041.4
383
4956.0 5417.2
5897.3
5886.6
5898.2
6399.9 6924.8 7468.8
6387.4
6401.2
6910.5
6926.6
7452.4
7471.0
8039.3
8020.3
8042.0
Semiempirical Auger-Electron
F. P. LARKlNS
TABLE
VII.
Auger-Line
Energies
Energies for Partially
See page 316 for Explanation
Filled Shells (in eV)
of Tables
Ls-MM 'S Z EL
L3-"lM1
3P yfl"23
‘S
‘D
Lj-"23HZ3
L3-"23H2J
11 :?A
33
12 !.lG
45
13 AL
69
65
68
14 SI
81
86
a9
92
93
‘5 16
p S
‘00 13i
106
1’0
113
115
‘36
142
146
748
17 CL
150
159
166
172
774
3D3 ZEL
‘P L+V2:
ID2
3D2
L3-HIM5
L3-MlH5
L3-MlM4
3Dl
3PO
L3-MlH4
Lj-H3M4
3P1
IPI
9’
L3-H3H5
L3-H3M4
L3-H2H4
21
SC
346.2
346.5
346.2
346.2
368.1
368.3
368.1
36a.
22
TI
394.6
394.6
394.2
394.6
420.6
420.6
420.6
419.5
23
V
445.3
445.3
444.0
445.3
474.2
474.2
474.0
472.0
24
CR
498.9
498.9
496.9
498.9
530.5
530.5
530.3
527.4
25
MN
552.8
552.8
550.’
552.8
587.9
26
FE
610.3
610.3
606.9
610.3
648.
a
[email protected]
587.5
583.9
648.8
648.3
643.9
I
27
co
672.7
672.7
668.8
672.7
713.4
713.4
712.8
707.6
28
NI
735.0
735.0
730.5
735.0
778.1
778.1
777.4
771.5
29
Cu
805.5
a05.5
800.5
805.5
850.9
850.9
850.1
843.5
ID2
Z EL
3F2 i3-M3M4
L343M5
3P2 Lj-M2M5
3F4
3D2
3F3
3D3
‘F3
L3-M2M4
LJ-MJM5
L3-M3M4
L3-M2H5
L3-H3H5
SC
368.6
368.4
368.3
368.1
368.4
368.3
368.0
368.4
22 TI
421.7
421.6
420.6
420.6
42’1.7
420.6
419.2
421.7
23 V 24 CR
475.9
475.7
474.2
474.0
475.9
474.0
471.5
475.9
532.9
532.6
530.5
530.3
532.9
530.3
526.7
532.9
21
MN
590.9
590.4
587.9
587.5
590.9
587.5
583.1
590.9
26 FE
652.3
651.8
648.8
648.3
652.3
648.3
643.0
652.3
25
27 CO
717.5
716.8
713.4
712.8
717.5
712.8
706.6
717.5
28
NI
782.6
781.8
778.1
777.4
782.6
777.4
770.4
782.6
‘9
cu
855.9
855.0
850.9
850.1
855.9
850.1
842.3
855.9
43
3P
ISO L3-"4sH45
3F
L3%%
L3-"u5M45
L3-%M4s
459
459
459
459
459
23
V
516
516
516
516
516
22
CR
576
575
576
576
577
25
MN
636
636
636
636
639
22
TI
26
FE
703
703
704
CO
773
700 769
703
27
773
773
775
28
NI
644
641
945
645
647
29
cu
924
919
924
925
927
384
Akmic
Dab
md
Nuclear
Oafa
TobIer,
Vol.
20,
No.
4,
Odobsr
1977
F. P. LARKINS
TABLE
VII.
Semiempirical Auger-Electron
Auger-Line
Energies for Partially
See page 316 for Explanation
Energies
Filled Shells (in eV)
of Tables
L,-AiN IS0
PI
Z EL
L)-MINI
L3-MINI
3P2
L3-MINJ
IPI
3p1
L3-MINJ
3PO
LFMINZ
3P2
L3-MlNi
LJ-M3Nl
Lj-MjNl
31 GA
953.4
952.5
957.'
957.1
956.9
957.1
1008.4
1008.1
32 GE
1029.4
1028.5
1034.7
1034.7
1034.4
1034.7
1088.4
1088.1
33 AS
1109.0
1101.8
1117.2
1117.2
1116.9
1117.2
1171.7
1171.3
j4 SE
1190.2
1158.9
1198.5
1198.5
1198.1
1198.5
1259.4
1259.1
35 BR
1253.7
1252.2
l278.2
1277.9
1277.3
1277.0
(328.3
1327.9
2 EL
jl
IS0
3po
IPI
3Sl
LS-M3N:
L3-M2N2
LS-M3N3
L3-M3N2
$2
95
L3-M2N3
L3-M2N2
L3-MjIu‘3
L3-MjN2
L3-M2N3
L3-L3N:
1007.9
1012.6
1012.2
1008.6
1008.3
1012.3
1012.0
1093.0
1086.2
1094.3
109~.7
1087.1
1086.8
109:.9
1093.6
33 AS
1179.2
1173.6
1180.6
1180.0
1174.6
1174.2
1180.2
1179.8
j4
SE
1266.9
1261.0
1268.6
1267.9
1262.2
1261.8
1268.2
1267.6
35
BR
1351:
1343.8
1353.6
1352.4
l345.3
1345.2
1352.9
13.2.:
JFO
L3-MIN:
L3-MlN4
L3-MlN4
LJ-MlN4
L3-M3N4
jD1 L3-t+3N5
LJ-M3N4
ID2
LJwM2Nl
lD2
1011.6
3D2
~3~~2~1
3P2
GA
P3
iP0
3P'
3D1
32 GE
i EL
lF1
3p1
3Dl
3P'
39
Y
1691.6
1691.6
1691.5
1691.6
1784.9
1784.9
1784.8
1777.;
40
ZR
1794.6
1794.6
1794.6
1794.6
1594.4
1894.4
1894.3
1880.7
41 NB
1903.0
1903.0
1902.9
1903.0
2ooe.3
P-013.4
2008.2
l?f>i?.C
42
MO
2017.1
2017.1
2016.9
2017.1
2129.1
2129.3
2129.0
211..0
4J
TC
2 I :2
2132.2
2132.0
2132.2
225C.8
2251.1
2250.7
22'T.Z
44
RU
2250.8
2250.8
2250.6
2250.8
2374.7
2375.1
2374.6
2352.m?
45
RH
2372.8
2372.8
2372.6
2372.8
2503.1
2503.6
2503.0
247F.7
2
IF3
3Fj
LS-M3N5
L3-M3N4
L3-M2N5
iF4 Lj-Mi::i
1772.8
1784.9
1784.8
;772.8
1784.9
1880.7
1894.5
1894.4
7880.7
7894.4
1993.0
2008.5
2008.3
1993.0
2009,.4
2111.9
2129.5
2129.2
2111.9
219.4
102
:D2
L3-M3N5
L3-M3N4
L3-M2N5
L3-M2N4
39 y
1784.9
1784.9
1772.8
40 ZR
1894.4
1~80.7 1993.0 2112.0
2 EL
:F2
3F2
33
41
l
1894.5 2008.5
42
MO
2129.5
2008.4 2129.3
43 TC
2251.4
2251.2
2231.3
2231.3
2251.4
2251.0
2231.2
2251.2
44 RU 45 Rti
2375.5
2375.2
2353.1
2353.0
2375.5
2352.9
2j75.2
2504.1
2503.7
2479.0
2478.9
2504.0
2374.9 2503.3
247a.s
Z"O1.7
ID Z EL
3D
3P
53
IP
ID
3F
L3%5Nl
L3-M45Nl
L3-E.'45N23
'3-'45"23
!.3-M45N23
L3-"45N23
L3-R45N2j
31 GA
1094
1094
1098
1097
1098
1098
1098
32
GE
1180
1180
1186
1185
1186
1186
1186
33 AS
1270
1271
1279
1279
1280
1280
1280
34 SE
1364
1364
1373
1372
1374
1374
1373
35 BR
'439
1439
1465
1463
1465
1466
1465
385
Atwnit Data od Nucleor Dota Tables, Vol. 20, No. 4. October 1977
F. P. LARKINS
TABLE
VII.
Semiempirical Auger-Electron
Auger-Line
Energies for Partially
See page 316 for Explanation
Energies
Filled Shells (in eV)
of Tables
LrMN 3Sl
LB-M4N't
L3-MSNS
L3-MSNU
3Dl L3-M4N5
3Pl L3-M4N4
L3-MSN5
L3-M5N4
3F2 L3-M5N4
L3-M4N4
1SO
3D2
3P2
lD2
1Pl
L3-M5N5
3PO 2 EL 39
Y
1927.7
1925.5
1927.7
1927.6
1925.5
1925.5
1927.7
1927.7
1925.5
1925.5
40
ZR
2044.6
2024.2
204'+.9
2044.8
201t2.5
2042.4
2044.9
2C44.8
2042.5
2042.4
41
NB
2166.2
2163.4
2166.9
2166.6
2164.1
2163.8
2166.8
2166.5
2164.0
2163.8
42
MO
2293.7
2290.5
2294.8
2294.4
2291.6
2291.0
2294.7
2294.2
2291.3
2291.0
43
TC
2421.9
2418.5
2423.5
2422.9
2420.2
2419.3
2423.3
2422.6
2419.7
2419.3
44
RU
2554.6
2550.5
2556.7
2556.0
2552.7
2551.6
2556.4
2555.4
2552.1
2551.6
45
RH
2690.6
2686.0
2693.3
2692.4
2688.8
2687.U
2692.9
2691.7
2688.0
2687.4
lF3
3D3 Z EL 39
Y
40
ZR
41
NB
42
MO
r(3 TC 44
RU
45
RH
364
3F4
3G5
lG4
L3-M5N5
L3-MSN4
L3-MQNS
L3-M4N4
L3-M5N5
L3-M5N4
1927.7
1927.7
1925.5
1925.5
1927.7
1927.7
1925.5
1927.6
2045.0
2044.9
2042.5
2042.5
2044.9
2044.8
2042.4
2044,9
2167.0
2166.9
2164.1
2164.0
2166.8
2166.6
2163.9
2166.9
2295.0 2423.8
2294.8
2291.6
2291.4
2294.3
2291.1
2294.8
2423.5
2420.2
2419.9
2294.6 2423.2
2422.8
2419.4
2423.6
2557.1
2556.6
2552.7
2552.3
2556.3
2555.8
2551.7
2556.8
2693.8
2693.2
2688.8
2688.3
2692.8
2692.1
2687.6
2693.4
3PO Z EL
3F3
363
3Pl
3Pl
3Dl
lD2
L3-M4N5
L3-M5N5
3D2
3F2
3P2
3F3
lF3
L3-M5N6
L3-M5N7
L3-M5N6
~3-~4~6
L3-MSN7
L3-M5N6
L3-M4N7
L?-M4N6
L3-M5N7
L3-MEN6
58
CE
4850.0
4850.1
4850.0
4832.1
4850.1
4850.0
4832.0
4832.0
4850.2
4E50.1
59
PR
5039.1
5039.2
5039.1
5019.1
5039.4
5234.7
5234.7
5234.5
5212.5
5213.1
5019.1 5212.6
5039.5
ND
5039.3 5234.9
5019.4
6C
5c39.4 5235.2
5235.3
5235.0
61
PM
5432.2
5432.4
5432.0
5407.5
5433.0
5432.5
5408.5
5407.8
5433.0
5432.6
62
SM
5632.3
5632.5
5632.0
5606.4
5633.4
5632.7
5607.7
5606.8
5633.4
5632.8
03
EU
64
GD
6054.9
6023.2
6266.1
6232.6
6056.0 6267.3
6023.8
6267.0
6057.1 6268.6
6025.2
TB
6055.5 6266.8
6055.7
65
6234.9
6233.3
6057.0 6268.5
6056.1 5267."
66
DY
6486.0
6486.2
6485.2
6448.0
6450.6
6448.8
6487.9
5486.6
HO
6509.3
6709.6
6708.4
6666.7
6488.0 6711.6
6486.6
67
6671.7
6669.7
LR
6936.1
6936.4
6935.1
6891.6
6938.6
6EOi.6
69
TM
7165.3
7165.6
7164.1
7117.8
5168.0
7166.0
6894.9 7121.3
6711.5 6938.5
6710.0
68
6710.0 6936.8
7118.9
7167.8
3D3 Z EL 58 59 60
CE PR ND
3G3
lG4
3H4
3G4
6926.9 7166.1
L3-M4N7
~3-~4~6
3F4 L3-M5N7
L3-M5N6
L3-M4N7
L3-M4N6
3G5 L3-M5N7
L3-M5N6
L3-M4N7
3~6 L3-M5N7
4832.2 5019.4
4832.1
4850.6
4848.0
4850.2
4850.0
4832.7
4849.8
5040.2
5037.2
4837.8 5025.8
4827.8
5019.3 5212.9 5408.1
5236.1 5434.1
5232.8 5430.4
5220.3
5039.5 5235.2
5039.3
5213.1
5014.7 5207.9
5019.2 5212.7
5039.4 5235.3
lH5
3H5
5234.8
61 62 63 64
PM SM EU
5408.4 56C7.5
5416.5
5402.8
5433.0
5433.2
5634.6
5630.6
5616.2
5601.8
5633.3
5432.3 5632.4
5408.0
5607.1
5607.0
5633.7
GD
6024.9
6024.3
6C.58.0
;csj.;
6035.8
6Gi7.9
6056.8
6055.5
i-a
oc34.5
c-33.2
6'70.2
5264.9
5146.1
6227.2
6266.7
66
DY
6440.3
6489.9
6442.0
HD
6E 69
ER
6894.2
6670.2 6693.2
6712.6 6940.9
6483.9 EiO7.3
6463.0
67
6450.~ 6671.2
6268 . 3 6487.6
6024.1 6233.6
6057.6
55
6685.0 6909.5
6662 . 6 6684.9
TM
7120.6
7119.5
7170.4
7136.9
7110.7
6933.9 7162.9
386
6711.2 6938.1 7167.5
6485.9 6709.2
6449.0
6269.1 6480.7
6669.9
6i12.4
6936.0
6892.9 7119.2
6939.5 7169.0
7165.1
Atomic Data ml
Nuclwr
Data Tables, Vol. 7.0, No. 1, October 1977
F. P. LARKINS
TABLE
VII.
Semiempirical
Auger-Electron
Energies
Auger-Line Energies for Partially Filled See page 316 for Explanation of Tables
Shells (in eV)
M,-NN z EL
z 2L
IP
3P
1s
1D
M5-NlN23
M5-NlN23
MS-N23N23
M5-N23N23
22
24
31
GA
12
12
15
32
GE
16
18
22
33
AS
22
27
31
34
36
34
SE
31
36
41
44
46
ID z EL
1s MS-NlNl
3D
'P
12
;P
3,
'F
3F
Hj-N1lJJ+
~5-~~~N45
"5-"2JN45
M5-N23N45
M5-N2:N45
M5-N23N45
M5-N23NJ+5
M~-N;~nL5
133
: ?3
39
y
'14
114
133
'33
134
1:4
40
ZR
128
128
150
151
151
151
:50
1L !
41 NB
'45
145
168
I59
170
769
168
170
42
MO
164
145
190
192
193
192
I@
194
4!
TC
181
183
209
2^2
214
212
20'2
214
44
RU
200
202
230
234
216
233
229
2jb
45
RH
riq
222
25'
255
257
'55
250
25F
1s X5-N45N45
3P M5-N45N45
1D MS-N45N45
3F M5-N45N45
lG "15-X45N45 181
40
ZR
181
181
181
181
41
NB
203
204
2C4
204
2 ‘3 L?
4;
227
228
229
229
228
43
MO TC
250
252
252
253
252
44
RU
275
277
277
278
277
45
RH
300
303
303
304
1s MS-N67N67
3P MS-?167N67
ID M5-N67N67
3F MS-N67N67
lG M5-N67N67
'H MS-N67N67
!-l5-N67N67
937
937
937
337
937
927
983 1025
983
083
984
983
1026
1026
1026
1a2i
1074
1075
1075
1075
1375
Z EL
Ll
60
PR ND
936 981
61
PM
1023
982 1025
62
SM
1071
1073
63
EU
64
GD
1182
1185
1186
1187
1187
1188
1185
65 66
TB DY
1231 1280
1235
1236
1237
1237
1238
1215
1284
1285
1287
1287
67
HO
1336
1340
1341
1343
1343
1287 1344
1284 ljbil
68
ER
1391
1395
1396
1399
1398
1399
1396
63
TM
1445
1450
1452
1454
1454
1455
;4s1
59
387
Atomic Dota ad Nucleor
Data TobIer, Vol. 20, No. 4, October
1977