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Dielectronic satellite spectra for helium-like ions
ATOMIC
DATA AND NUCLEAR
DIELECTRONIC
DATA TABLES 38,339-379
SATELLITE
(1988)
SPECI’RA FOR HELIUM-LIKE
IONS*
JOSEPH NILSEN Lawrence Livermore National Laboratory Livermore, California 94550
The wavelengths, radiative transition rates, Auger rates, satellite intensity factors, and fluorescence yields are presented for dielectronic satellites of nine helium-like ions ranging from Ne*+ to Xes2+. Dipole transitions from ls21n’l + 1s2n”lu, where n’, n” = 2,3,4, are included. In this work, relativistic multiconfiguration wave functions are used to calculate energy levels as well as the Auger and radiative transition rates.
* Work performed under the auspices of the U.S. Department National Laboratory under Contract W-7405-ENG-48
0092-640X/88
$3.00
339
of Energy by the Lawrence Livermore
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Vol. 33. No. 2. March 1033
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
CONTENTS
INTRODUCTION ........................................ Method of Calculation ... .... ... ....... .... . . Dielectronic Satellites . . . . . . . . . . . . . . . ... ...... Results . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
340 340 34 1 342
EXPLANATION
344
OF TABLES
....
...
....
.. . ....
TABLES I. Comparison of the Radiative Transition Rates and Auger Rates from the Present Work with the Values of Chen, Bely-Dubau et al., and Vainshtein and Safronova for Satellites of He-like Fe . . . . . . .... .... ... II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions . . . . . . . . . . . . . . . . . . . . . . . . . . . .
345
346
INTRODUCTION As a diagnostic tool, the intensities of the dielectronic satellites of resonance lines of helium-like ions have been used to measure plasma densities in high-density plasmas’ and to measure electron temperatures in solar flare~.~ The sum over all the satellite lines leads to a precise value of the dielectronic recombination ra2 coefficient, which is important for understanding ionization balance in a plasma. Dielectronic recombination (inverse resonant photoionization) is the process by which an ion captures a continuum electron to form a doubly excited state, followed by a stabilizing radiative transition to a nonautoionizing state. These stabilizing radiative transitions give rise to the satellite lines. Charge expansion perturbation theory on a basis of Coulomb functions using expansion in powers of 1/Z has been used for calculating satellites to resonance lines of hydrogen and helium-like ions.3” Recently, calculations for the satellites of He-like ions’ were performed in intermediate coupling with configuration interaction using the multiconfiguration Dirac-Fock method. Other relativistic multiconfiguration calculations have been carried out for the satellites of He-like Fe.*y8Various experiments have been done to measure the satellite spectrum of Helike ions.9-18 This paper presents the wavelengths, radiative transition rates, Auger rates, satellite intensity factors, and fluorescence yields for dielectronic satellites of nine helium-like ions ranging from Ne8+ to Xe’*+. Dipole transitions from 1~210 + ls*n”l”, where n’, n” = 2, 3,4, are all included. In this work, relativistic multiconfiguration wave functions are used to calculate energy levels as well as the Auger and radiative matrix elements.
Method of Calculation The calculations described in this work are based on multiconfiguration relativistic bound states and distorted-wave Dirac continuum states for the electrons. The wave functions for each of these states were calculated using the code YODA, which is an atomic physics package of Hagelstein and Jung.” The code YODA was used to calculate energy levels, oscillator strengths, and Auger rates. These calculations were carried out on a Cray computer. YODA is a relativistic multiconfiguration atomic physics code which uses as its orbital basis a set of singleconfiguration Dirac orbitals obtained in an averaged-configuration Hartree-Fock calculation. Racah algebra is used in calculating the angular momentum part of the matrix elements.20921 Using these orthonormal single-electron orbitals to construct the single-configuration wave functions, the Hamiltonian matrix is calculated including Breit corrections (in the w = 0 limit) to the Coulomb interactions between the electrons. The quantum electrodynamic effects of self-energy, using the hydrogenic results of Mohr?* and vacuum polarization, using the expectation values of the Uehling potential:3 are also included. The nuclear potential is assumed to have a Fermi distribution. A configuration interaction (Cl) calculation is then carried out by diagonalizing the Hamiltonian to give the full multiconfiguration wave functions in intermediate coupling. Using this method, all the configurations included in the calculation are diagonalized simultaneously. These wave functions are then used to calculate the oscillator strengths for the dipole allowed transitions. 340
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Vol. 38. NO. 2. March
1988
J. NIISEN
The radiative transition
Dielectronic Satellite Spectra for Helium-like Ions
bilizes the capture process. Here, [K] indicates the closed K-shell Is*. In addition to the direct dielectronic recombination, there are radiative processes and (for finite-density plasmas) collisional processes which cause cascading (An 3 1) and angular momentum redistribution (An = 0) within the doubly excited states. Collisional excitation and deexcitation between the doubly excited states and the nonautoionizing states are also possible. Only the direct radiative transitions from doubly excited states to lithiumlike nonautoionizing states are considered in this work. A discussion of the other processes can be found in several previous publications.*‘-*’ In j-j coupling, the ls21n’l’ manifolds (n’ = 2, 3,4) of the lithium-like ions consist of 180 doubly excited states which are connected to the helium-like ground state ls* by the Auger process and to 15 lithium-like nonautoionizing States [K]~s,,~, 2pIj2, . . . , 4f7,2 by radiative decay. To calculate the population kinetics, set
rate is given by
where #i and +f are the antisymmetrized many-electron wave functions for the initial and final states of the ion. The continuum orbitals used in computing the Auger matrix elements were calculated in a distorted-wave approximation neglecting exchange with bound-state orbitals. The potential was a spherically averaged final-state potential, with the final state an ion in a helium-like ground state. For the high-Z systems used, the neglect of the exchange term should be a small effect. The continuum wave functions are used with the multiconfiguration wave functions for the bound electrons to calculate the Auger matrix elements. The Auger rate is calculated from perturbation theory by (2)
N1 = population of the helium-like ground state, Ni = population of the lithium-like doubly excited states i= 1 to 180, N/ = population of the lithium-like nonautoionizing statesf= 1 to 15, #’ = dielectronic capture rate to doubly excited state i; then
where the two-electron operator Volsfor the Coulomb and Breit interaction is V,,=(‘-~~*~*)-~(,,.V,)((12.V2)r,2
(3)
r12
with f-12
= Ir2 - hl
(5)
(4)
and P(E) is the energy density of the outgoing continuum electron states.
Dielectronic
The population of the helium-like ground state N, is assumed to be constant and the populations of the lithiumlike nonautoionizing states NJ are assumed to be zero. Assuming steady state, Eq. (5) is solved for Ni by setting dNJdt = 0,
Satellites
Ni = [N~S’ll[d + #I*
In general there are two possible processes for generating the dielectronic satellites; dielectronic recombination and inner-shell excitation. For low-density astrophysical plasmas, dielectronic recombination is the primary process.24 The components of the dielectronic recombination process are X2+ + e --, P-I)+(
ls21n’l’)
~cz-1)+(ls21n’I’)~X”-‘)+([K]n”1”)
(6)
The dielectronic capture rate $” is calculated by detailed balance from the Auger rate 74 by #Ye)
= &fi+Y?f(f%
f(d) = [h3nceXp(-~i/e)]/[2g,(2?rme)3/2],
(7) (8)
where
(fir dielectronic capture);
gi = degeneracy of the lithium-like doubly excited state i, gI = degeneracy of the helium-like ground state, Ei = energy of the lithium-like doubly excited state i, EI = energy of the helium-like ground state, AEi = Ei - El.
+ hv (for stabilization).
The helium-like ground state X2+ captures an electron to form a doubly excited lithium-like state X@-i)+( ls21n’l’). The notation 1s represents a 1s electron while 21n’l’ represents the two excited electrons. The doubly excited state can Auger decay or undergo a radiative decay (np -* 1s) to a lithium-like nonautoionizing state [K]n”l” which sta-
A Maxwellian distribution of electron velocities, defined by a temperature 8, is assumed. The electron density is given by nc, h is Plan&s constant, and m is the electron 341
AtomlcDatasndNudearDataTsbles.Vol.39.No.2.Marchl9~
J. NILSEN
Dielectronic satellite Spectra for Helium-like Ions
mass. The radiative decay rate 7: to the nonautoionizing states stabilizes the dielectronic capture, where
/=I
The dielectronic recombination radiative transition becomes
rate through a particular
The satellite intensity factor can be defined as
(11) This gives the approximate relative intensity of the satellite lines formed by dielectronic recombination. When the direct inner-shell excitation is the principal excitation mechanism, a more appropriate quantity is the statistically weighted line fluorescence yield associated with the satellite intensity, which is defined by
(12)
agreement is with the work of Chen,7 with the current work having a longer wavelength by 2-5 X 10m4 Angstroms. The agreement with the works of Bely-Dubau et al.2~8 and Vainshtein and Safronova516 is 5-19 X 10m4 Angstroms. For the higher Z values, the agreement is even better; however, for the lowest Z, neon, with wavelengths in the range 11-16 Angstroms, the disagreement can be as much as 400 X 10m4 Angstroms. Again, the better agreement is with the work of Chen.’ Looking at the ratio of radiative rates for the other authors versus the present work it is clear that there is good agreement, generally within 10% for the largest rates. However, some of the smaller rates differ by as much as a factor of four. For the largest Auger rates agreement is within 15% but for some of the smaller rates the disagreement can be more than an order of magnitude. Finally, the detailed calculations presented in this work are necessary to understand satellite spectra which are observed in laboratory and astrophysical plasmas. Using these spectra, plasma quantities such as electron temperature and densities may be determined.
References 1. A. V. Vinogradov, I. Yu. Skobelev, and E. A. Yukov, Sov. Phys. JETP 45,925 (1977)
Results In Table II, the wavelengths, radiative transition rates, Auger rates, satellite intensity factors, and fluorescence yields are presented for dielectronic satellites of nine helium-like ions: Ne, Si, Ar, Ti, Fe, Zn, Kr, MO, and Xe. The resonance lines of the He-like ions are also included. The main difference between the present work and that of Vainshtein and Safronova5,6 is that the present work includes data for all dipole transitions between three electron states with ls21n’l’ + l~*n”l” for n’, n” = 2,3,4 while Vainshtein and Safronova present data for selected transitions for n = 2 and 3. The range of Z values is also different, with the present work covering nine Z values from 10 to 54 while Vainshtein and Safronova cover all Z values from 6 to 33. Likewise recent work by Chen7 includes n = 2 and 3 for thirteen Z values from 6 to 42 while Bely-Dubau et al. 2*8look at the satellites of He-like Fe for n = 2, 3, and 4. In Table I, the radiative transition rates and Auger rates for dielectronic satellites of He-like Fe are compared between this work and that of Chen,7 Bely-Dubau et al.38 and Vainshtein and Safronova.5*6 For this ion, the wavelengths generally agree within 19 X 1Oe4Angstroms, with the current work having the longer wavelength. The best
2. F. Bely-Dubau, A. H. Gabriel, and S. Volonte, Mon. Not. R. Astron. Sot. 189, 801 (1979) 3. U. I. Safronova, Opt. Spectrosc. 38, 118 (1975) 4. V. A. Boiko, S. A. Pikuz, U. I. Safronova, and A. Ya. Faenov, Opt. Spectrosc. (USSR) 43,233 (1977) 5. L. A. Vainshtein and U. I. Safronova, ATOMIC AND NUCLEAR DATA TABLES 21,49 (1978)
DATA
6. L. A. Vainshtein and U. I. Safronova, ATOMIC DATA AND NUCLEAR DATA TABLES 25,3 11 (1980). Table VI from Ref. 6 is used in the comparisons done in Table I of the present work. Table B and Table VI from Ref. 6 are inconsistent 7. M. H. Chen, ATOMIC DATA AND NUCLEAR DATA TABLES
34,301
(1986)
8. F. Bely-Dubau, A. H. Gabriel, and S. Volonte, Mon. Not. R. Astron. Sot. 186,405 (1979) 9. T. N. Lie and R. C. Elton, Phys. Rev. A 3,865 (197 1) 10. A. B. C. Walker, Jr., and H. R. Rugge, Astrophys. J. 164, 181 (1971) 11. U. Feldman, G. A. Doschek, D. J. Nagel, R. D. Cowan, R. R. Whitlock, Astrophys. J. 192,2 13 ( 1974)
J. NILSEN
Dielectronic SatelliteSpectrafor Helium-like Ions
12. M. Bitter, K. W. Hill, N. R. Sauthoff, P. C. Efthimion, E. Meservey, W. Roney, S. von Goeler, R. Horton, M. Goldman, and W. Stodiek, Phys. Rev. Lett. 43, 129 (1979)
17. TFR Group, F. Bombarda, F. Bely-Dubau, P. Faucher, M. Comille, J. Dubau, and M. Loulergue, Phys. Rev. A 32,2374 (1985)
13. M. Bitter, S. von Goeler, K. W. Hill, R. Horton, D. Johnson, W. Roney, N. Sauthoff, E. Silver, and W. Stodiek, Phys. Rev. Lett. 47,921 (198 1)
19. P. L. Hagelstein and R. K. Jung, ATOMIC DATA AND NUCLEAR DATA TABLES 37, 12 1 (1987)
18. J. F. Seely and U. Feldman, J. Phys. B 18, L797 (1985)
20. I. P. Grant, Adv. Phys. 19, 747 (1970)
F. Bely-Dubau, P. Faucher, L. Steenman-Clark, M. Bitter, S. von Goeler, K. W. Hill, C. Camhy-Val, and J. Dubau, Phys. Rev. A 26, 3459 (1982)
21. I. P. Grant and N. C. Pyper, J. Phys. B 9,76 1 (1976) 22. P. J. Mohr, Ann. Phys. (N.Y.) 88,26, 52 (1974)
15. M. Bitter, S. von Goeler, S. Cohen, K. W. Hill, S. Sesnic, F. Tenney, J. Timberlake, U. I. Safronova, L. A. Vainshtein, J. Dubau, M. Loulergue, F. BelyDubau, and L. Steenman-Clark, Phys. Rev. A 29, 661 (1984)
23. E. A. Uehling, Phys. Rev. 48,55 (1935) 24. A. H. Gabriel, Mon. Not. R. Astron. Sot. 160, 99 (1972) 25. S. Dalhed, J. Nilsen, and P. Hagelstein, Phys. Rev. A 33,264 (1986)
16. M. Bitter, K. W. Hill, M. Zamstorlf, S. von Goeler, R. Hulse, L. C. Johnson, N. R. Sauthoff, S. Sesnic, K. M. Young, M. Tavemier, F. Bely-Dubau, P. Faucher, M. Cornille, and J. Dubau, Phys. Rev. A 32,301l (1985)
26. J. Nilsen, J. Phys. B 19, 2401 (1986) 27. J. Nilsen, J. Quant. Spectrosc. Radiat. Transfer 36, 539 (1986)
343
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Vol. 38. NO. 2. Msrdl
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J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
EXPLANATION
OF TABLES
TABLE
I.
Comparison of the Radiative Transition Bates and Auger Bates from the Present Work with the Values of Chen’ (column a), Bely-Dubau et al.(Column b), and Vainshtein and Safronova’” (Column c) for Satellites of He-like Fe
TABLE
II. Wavelengths, Radiative and Auger Bates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like ions Z TRANSITION
LAMBDA A(if) A(tot) AUGER
Qd fw RATIO RATIO
of A(if) of AUGER
Element number Transition from initial level i to final level f: Only transitions with absorption oscillator strengths greater than 1.O X 10e5 are included. Wavelength in Angstroms Radiative rate 73 from initial level i to final level fin set-‘, Eq. (1) Total radiative rate $ for level i in set-‘, Eq. (9) Auger rate 7; for level i in set-‘, Eq. (2) Satellite intensity factor in set-‘, Eq. (11) Statistically weighted line fluorescence yield, Eq. (12) A($) from other authors/,4(if) from present work AUGER from other authors/AUGER from present work
Ji = total angular momentum
of level i
[K] = closed K shell, 1s* nix represents a one-electron state with n = principal quantum
number
I= orbital angular momentum X=
*
ifj=
-
ifj=l-0.5
As an example, ls*2p*3p-(3/2)-[K]3p-(
1+0.5
l/2) is a transition
1S&P3/23P1/2 (A = $1 to The notation
l&3PdJ/.
from state
= 9.
1.74 + 11 or 1.74e + 11 represents 1.74 X 10”.
344
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Data Tables.
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J. NILSEN
Dielectronic
Satellite
Spectra
for Helium-like
Ions
TABLE I. Comparison of the Radiative Transition Rates and Auger Rates from the Present Work with the Values of Chen, Bely-Dubau et al., and Vainshtein and Safronova for Satellites of He-like Fe See page 344 for Explanation of Tables z = 26 TRANSITION
LAMBDA
A(if)
RAT1 0 of a
13*20* (11 ls*2;‘4i*i5/2)--K ls*2p*4p*(l/2)-‘K ls’2p*4d-(5/2)-‘K ls’2p*4d-(5/2)-‘K ls*2p’4d*(7/2)-‘K ls*2p*4s*(1/2)-‘K ls*2p*lp*(3/2)-‘K 1~*2p’4p-(3/2)-~K la’2p*4p*(5/2)-‘K ls*2p*3d*( ls”2p*2p*(1/2)-‘K ls*2p*3p-( ls*2p’3p*(5/2)-‘K la*2pe4d*(7/2)-‘K ls*2p*lp’( ls*2p*ls*(3/2)-‘I ls*2p’3d*(7/2)-‘K le’2s*2p*(3/2)-‘K ls”2p*4p*(3/2)-‘K ls*2p’2p*(1/2)-‘K ls*23*2p*(1/2)-‘K ls’2p*2p*(3/2)-‘K ls*2s’4p~(1/2)-‘K ls*2p_lp*( 13*2p(1) ls*2b_4d’(7/2 18*2p_lp*(3/2 ls*2p-4p*(3/2 ls*2p-48’(3/2 ls*2p_lp*(5/2 ls*2p_lp-(3/2 ls’28*4p*(3/2 ls*2s’4p~(1/2 ls*2p*2pr(3/2 1s’2a*48’(1/2 1S’23’43*(1/2 ls*2p_2p*(1/2 ls*2p_2p’(3/2 ls*23*2p-(l/2 ls’2p’Zp*(5/2 ls*2p_2p*(1/2 ls*2p_2p’(3/2 ls*2p_2p’(3/2 13*2p_2p-(l/2 ls’2p-2p*(5/2 ls*2s*2p-(3/2 18*2p_2p*(3/2 13*2s*2p-(l/2 ls*2p-2p-(1/2 ls*2s*2s*(1/2 ls*2s*23*(1/2
-
13*13*
(01
d/i) 312) 3/2) 512) 512)
l/2) 312)
7/2)-‘K 3/2)-‘K
l/2)-‘K
~4P14P’ 13d’ l2P3Pl3p’ 14d’ ,4P’ 43' 3d* l23' 4P’ 2P’ 23'
2P4s' 3/2)-:K 4P13 13’ 4d’ 4P’ 4P43' 4P’ 4P4d* 4d_ 2P’ 4P4P’ 2P2P23' 2P’ 2P’ 2P’ 2P2P2P’ 23' 2P’ 23' 2P’ 2P2P’
i)-
l/2) 312)
:::; l/2) 3/2) 5/2) 312)
l/2) 5/2)
l/2 312) 3/2)
l/2) l/2)
:g (0) 5/2) 312)
l/2) l/2) 3/2)
10) 5/2) 3/2) 3/2)
l/2) 312)
l/2) l/2) l/2) 3/2) 312) 3/2)
l/2) l/2) 312)
l/2) 312)
l/2) 3/2)
l/2) 3/2)
1
1 .a5092 1.65096 1 .a5115 1 .a5130 1.65133 1.65146 1 .ll5146 1.85168 I .85166 1.85170 1.65166 1.65164 1.65209 1.65224 1.65263 1.65316 1.65364 I .65596 1.65600 1.65615 I .65633 1.65670 1.65700 1.65704 1.65753 1.65633 1.65973 1.66011 1.66046 1.66064 1.66066 I .66103 1.66110 1.66127 1.66159 1.66207 1.66243 1.66277 1.66266 1.66343 1.66343 1.66367 1.66420 1.66650 1.66790 1.66614 1.67073 1.67306 I .67352 1.67456 1.67523 1.67562 1.67756 1.69296 1.69759
4.20et14 4.66et14 1.60et14 4.76et14 2.67etl4 4.19et14 2.75et14 1.93et14 4.66etl4 4.43et14 4.59et14 4.56etl4 4.66etl4 3.94etl4 1.13et13 4.09et14 4.35et14 3.46et12 1.44et13 1.54et12 6.50et13 1.12et12 4.34et12 2.41et14 1.76etl4 6.44etl2 1.57et13 6.23et12 4.42etl3 3.74et13 4.06et13 6.32et12 4.40etl3 4.23et13 3.64et13 6.47et12 3.79etl2 6.15etl4 6.60et12 6.69et12 5.40etl4 3.22et14 3.16et14 2.12et14 1.65et14 4.07etl3 3.64etlO 2.06et13 3.37et13 1.59etl3 1 .Olet13 4.97et12 6.10etlO 6.49et12 9.63et12
345
b 0.96 0.96 1 .I6
A(if)
AUGER
0.93 0.96 0.93 0.94
0.93 2.66
0.92 0.94 0.90
1.02 0.96 1.02 1.03
1.06 0.64 1.01 1.00 1.03
0.96
0.92 0.92 0.92 0.61 0.93 0.93 0.93 0.94 0.96 0.94 0.97 0.96 0.96 1.57 0.67 0.65
0.61 0.67 3.35 0.64 0.63 0.42 0.75 0.51 1.01 0.76 0.64 1.00 0.97 0.92 o.gg 0.95 0.74 3.45 0.93 0.96 0.97 0.60 0.96 2.50 1.01 0.96
a
C
0.99 0.71 0.97 0.64 1.36 0.96 0.99 0.96 0.96 0.96 0.97 0.76 0.99 0.96 1.20 1.04 0.74 1.00 3.91 1.14 1.01 1.10 1.51 1.62 1.02
1.01
1.00 1.01 1.00 1.01 0.99 0.95 0.64 1.02 1.04 0.m 1.00 0.96 1.27 0.62 0.66
Atcmk
RATIO
4.57etll 4.17etll 5.09et12 0. 5.06et12 4.64et12 2.lOetl2 2.10etl2 5.61etl2 2.12etl2 4.46et12 1.14etl3 6.66et12 1.40et13 2.64et13 3.56etl3 2.60et13 5.71etll 3.06et12 1.02et13 6.05etlO 1.06et14 1.62et12 2.64etl3 7.7Det13 3.47et13 1.47et13 7.97et12 0. 9.65etll 7.97et12 1.39et12 5.14etll 3.76et12 1.12etll 6.BOet12 1.47et13 3.47etl3 7.62et12 7.92et12 1.02et12 1.25et14 3.64et13 1.40etl4 1.02et12 1.25etl4 7.94etll 2.47etll 2.25etl3 7.10etll 7.94etll 2.65etlO 2.47etll 1.42et14 I .42etl4
1.03 1.03 1.05 1.04
0.56 0.m 1.03 0.80 0.90
O.BO
1.61 1.02 1.26 1.01 I.61 1.02 0.54 0.62 0.96 0.24 0.54 2.11 0.62 1.00 1.00
Data and NwYem Data Tables.
of b 1.11 1.15 0.46 0.46 1.11 2.53 2.53 1.11 1.09 1.03 1.10 1.17 1.03 1.06 1.01 I.10 O.g6 1.07 1.06 0.33 1.07 1.15 1.06 0.97 0.94 1.14 1.02 0.94 1.02 0.94 0.70 0.93 7.66 1.15 1.14 0.94 1.12 1.12 0.90 1.06 0.99 1.03 0.90 1.06 1.91 0.79 1.00 1.20 1.91 7.65 0.79 1.01 1.01
AUGER c
0.99 1.23 0.56 1.00
52.56 1.13 1.23 1.15 1.16
1.19
0.66 1.15 0.63 1.14 0.66 1.15 1.27 1.36 1.17 1.15 1.27 9.32 1.36 1.03 1.03
Vol. 33. No. 2. March
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Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
2 = IO
2 = IO
TRANSITION
L ANBOA
A(i1)
A(tol)
AUGER
Od
A(if)
A(lot)
1s.4p* (1) ls.11. (0) tse4p. (1) ls*ls* (0) ls.2p.4d.(3/2)-[K]?s*(l/2) ls*?p*ld.(1/2)K]2s.(1/2) ls*2p*ls.(3/2)t K]2s*(l/2)
11.0365 11.0437 11.2225 11.2221 11.2567
1.52tl2 1.91to9 3.39409 3.42+09 4.7ltO9
1.52t12 1.91+09 9.10112 9.12tl2 a.99t12
0. 0. l.34tll 1.32tll 3.2atll
0. 0. 1.97tO6 9.73+07 6.64+06
3.ootoo 3.ootoo 1.47-03 7.40-04 2.02-03
ls.Zs*3p~(l/Z)-[K]Zs~(l/2) ls*2pe3s*(3/2)-[K]2~.(1/2) l~.2p~3p*(1/2)-[K]2pe(l/2) ls~Zp~Sp*(l/2)-[K 2p*(S/2) ls*2p*3p*(3/2)-[K 32pe(l/2)
11.6263 ii.8564 11.6682 ll.a703 11.6993
a.95tll 9.2ato6 1.06tlO 1.46tlO 3.56tll
1.51t12 4.54t09 6.7Otl2 6.70t12 a.65t12
1.14tlO 2.4lto9 a.20112 6.20112 l.Jltl3
1.34110 i.29to9 1.16tlO 1.63tlO a.63tll
l.latOO 5.34-01 1.42-03 1.99-03 6.60-02
ls.2p.4~.(1/2)ls*2s*4p*(3/2)ls.2s.4p.(l/2)ls*2p.ls*(3/2)ls.2pe4s.(l/2)-
K]2r*(l/2) K]2.9*(1/2) K]Zs.(I/2) K 2s.(l/2) / K3 2s*(l/2)
ii.2568 11.3121 11.3131 11.3229 11.3243
4.54t09 l.Jltll l.5ltll 9.99tlO a.79tlO
a.99tl2 3.59tll 4.29tll 2.15+11 1.58111
4.30+11 9.92tl2 9.54,12 l.a5tl2 2.42tl2
4.15+06 5.27tll 2,alltll 3.56tll 1.65+11
9.64-04 5.32-02 3.02-02 1.94-01 6.82-02
ls.?p*3pe(3/2)-[K ls*2p*Jp-(l/2)-[K lsr2p*Jp*(3/2)-[K lw2p*3p*(5/2)-[K lsr2p~Spm(3/2)-[K
2p.(l/2) 2pm(l/2) I 2p*(3/2) 2pr(3/2) 32p.(3/2)
ii.9000 11.9006 11.9014 11.9019 11.9021
1.45+10 5.09111 2.29tll 3.36+11 5.65tll
a.47ti2 9.93+12 a.65+12 7.33tl2 a.47tl2
l.4atl3 l.7otoa 1.31+13 2.64tl3 1.4atl3
3.69tlo 1.75to7 5.52tll 1.56+12 1.44t12
2.49-03 1.03-01 4.22-02 5.97-02 9.71-02
lsw2p~4s~(3/2)ls.2p.4fe(3/2)ls*2p*lf*(5/2)-
K 21.(1/2) K 2pe(1/2) iIK 2p*(3/2)
1::,':::~:11::~:1:~:~~~~~~~
11.3338 ll.3a63 11.3902 11.4014 Il.4034
4.43toa l.oato9 1.29tO9 3.61tio 6.51tlO
6.42+09 9.3otl2 9.30+12 a.9oti2 6.90tl2
t.9otIo 2.92tlo 2.9OtlO 2.49tI2 2.49+12
l.32+09 1.35+07 2.40t07 1.56+10 2.altlO
6.97-02 4.61-04 8.30-04 6.35-03 1.14-02
1~.2p*Jpm(1/2)-[K ls*?pn3p*(1/2)Is.2s.Sp.(l/2)ls*2~.3p*(3/2)ls*2p*Sp*(1/2)-
2p*(3/2) K 2p.(l/2) KI 2s~(l/2) K 2s.(1/2) / K I 2p.(S/2)
11.9027 ii.92711 11.9279 11.9262 11.9300
3.39+11 a.05til 1.35t12 1.35+12 1.54tl2
9.93t12 3.82tl2 1.45t12 1.46tl2 3.62+12
1.7OtOa 2.3ati2 5.94tlI 6.23tll 2.36tl2
1.16tO7 6.19tll 7.aJtll 1.61+12 1.19tl2
6.83-02 2.59-01 1.32tOO 2.59tOO 4.98-01
lwZp*4p.(3/2)-[K lsn2p*4pe(l/2)-[K ls~2p*lp.(3/2)Is*2p*4p*(3/2)ls.2p.4~.(5/2)-
2p.(1/2) 2p-(l/2) K I 2p.(l/2) K 2p*(3/2) 11K 2p.(3/2)
11.4095 11.4100 11.4101 Il.4115 11.4118
1.17tll 2.01tll 1.16tll 2.05tll 2.44411
9.55+12 9.6Otl2 9.12+12 9.55t12 9.12112
6.45tll b.lStOa 6.26t12 6.45tll 6.37t12
2.96tlO 2.57tO7 l.aOtll 5.19tlO 6.02tll
4.60-02 4.16-02 3.02-02 a.O6-02 9.45-02
ls*2snJpm(3/2)-[K 1~.2~.3pe(1/2)-[K Is*2:*3d~(3/2)-[K Is*2paJpe(5/2)ls.2s*Sd-(J/2)-
2s.(1/2) 26*(1/2) Zp.(l/2) K 2p*(3/2) 1 KI 2p.(3/2)
11.9341 11.9343 11.9573 11.9564 11.9594
6.2atO9 2.44+09 7.44tll 1.4Ot12 1.46tll
a.66t09 2.44+09 9.55tll 1.41+12 9.55tll
5.49tO9 6.97t0.9 1.67t13 2.32t13 1.67tl3
I.29tlO l.OatO9 2.63t12 7.93tl2 5.63tll
2.34tOO 1.56tOO 1.51-01 3.42-01 3.01-02
ls.2p.lp.(l/2)ls.2p.lp.(3/2)ls*2~.4p~(l/2)-[K ls.2s.lp.(3/2)ls.2s.4p.(3/2)-
K 2p.(3/2) 1 K 2p*(3/2) 2s*(l/2) K i 2r.(l/2) EK]2$.(1/2)
11.4120 11.4121 11.4150 11.4152 11.4207
1.24tll 1.22tll 6.a.9tll 6.66tll 1.79109
9.60+12 9.12t12 7.06+11 7.07+11 1.79+09
6.15+06 6.2at12 1.04+12 I.05t12 3.5ltO9
1.59tO7 1.99tll a.lOtll 1.65+12 4.75t09
2.59-02 3.16-02 7.90-01 1.57tOO 1.35+00
ls*2s~3d-(S/2)-[K]2pe(l/2) 1$.26*3d*(5/2)-[K l.*2s*34-(3/2)-[K ls.?p_Sp.(1/2)-[K ls*2peJpr(3/2)-[K
2p*(3/2) 2p*(3/2) 2p.(1/2) i 2p.(1/2)
11.9623 11.9629 11.9645 ll.9a3a 11.9857
9.87t11 6.55tll 2.14tll 7.03toa 2.26+09
3.00+12 2.44t12 3.00+12 I.2oto9 9.22+09
3.5atl2 5.72tll 3.56+12 6.72toa 1.64+06
2.15+12 7.47tlf 4.65111 5.05toa 1.56+06
6.00-01 1.3ltOO 1.30-01 7.52-01 9.64-01
ls.2r.4p-(1/2)ls.Zp.4f.(3/2)ls.2p.4f.(3/2)ls*2p~4fo(3/2)ls.?po4p*(1/2)-
K 2r*(1/2) K1 2p.(l/2) K]2p.(1/2) K 2p*(3/2) I K 2pe(1/2)
ii.4208 11.4602 11.461a 11.4622 Il.4628
5.92to6 6.94+09 4.24tO.9 2.00+09 2.9Otll
5.92toa 2.52tlO l.66+09 2.52tlO l.Oatl2
7.77to.9 1.05tll 5.47+09 1.05111 2.97t12
6.72+08 2.6atlO 1.3OtO9 6.45tO9 4.26tll
1.65-01 2.75-01 2.37-01 6.15-02 1.44-01
Ir*2pe3pr(3/2)Iso2p~3po(3/2)1.*2p.3p.(l/2)-[K ls*2p*Jp.(3/2)Ir~2pm3p.(1/2)-
K 2p.(3/2) 1K 2pm(1/2) 2pe(1/2) K 2p.(3/2) t K I 2p.(3/2)
11.9679 12.0012 12.0013 12.0033 12.0035
6.73tO9 2.39tll 9.04tll 1.04+12 4.11tll
9.22+09 1.7ltl2 1.70112 1.71+12 1.70tl2
1.64tOO 3.09t09 1.13tO9 3.09+09 1.13+09
4.71+06 1.73tO9 1.2OtO9 7.5OtO9 5.46+06
2.a7tOO 5.56-01 1.06tOO 2.43tOO 4.63-01
11.4631 11.4644 11.4646 11.4697 ll.47oa
1.41tlO 2.06+09 6.47tll 3.6OtO6 5.13to9
2.96tlO 5.45tO9 1.06tl2 4.a9tOD l.9atil
1.60+11 2.46+10 2.97tl2 6.45+09 9.76tlO
7.12tlO 1.02tlO 9.49+11 6.19tOa 6.77+09
4.44-01 4.09-01 3.20-01 1.27-01 6.94-02
12.0053 12.0051) 12.0075 12.0079 12.0546
1.79*10 4.73t10 5.altlo 2.24tlO 3.02tlO
1.12*11 1.01+11 1.12+11 1.01t11 9.3atIl
a.3lto6 3.13*07 a.31+06 3.13+07 1.55+13
5.29108 2.94*07 1.72to9 1.39*07 5.70+10
6.37-01 9.39-01 2.07tOO 4.45-01 3.67-03
11.4715 Il.4710 11.4726 il.472a 11.4764
1.14t09 2.51t09 1.37tlO I.54+09 5.7ltll
3.91tO9 1.41tlO 1.95tll l.9atll 7.76tll
1.72tlO 3.67tlO 2.14tlI 9.76tlo l.lltl3
5.57tO9 1.09+10 4.3OtlO 2.03109 2.14+12
3.24-01 2.96-01 2.01-01 2.011-02 1.67-01
12.0570 i2.05ao 12.0602 12.0603 12.1429
5.42tlO 1.43+11 2.67tlO 1.63tll 4.44t10
9.3atli 1.77*11 1.77+11 l.69+11 1.3ot11
1.55t13 4.92*12 4.92t12 4.90*12 3.13t13
1.02t11 5.53tll 1.03t11 9.47*11 a.64tlo
6.57-03 1.12-01 2.09-02 l.93-01 2.a2-03
11.4766 11.4714 11.4626 11.4a44 Ii.4046
6.97ill 1.62tll 5.2atO9 2.27tlO a.35+09
7.11t11 7.76tll 1.36tlO 9.1OtlO 1.36tlO
1.17*13 1.14tl3 1.39tlO l.lStlO t.39t10
3.94+12 6.07tlI 1.07tlO 1.02+10 1.69110
3.36-01 5.31-02 7.67-01 6.17-01 1.21too
12.1451 12.8430 12.6430 12.11556 12.6561
a.53tlo a.42409 11.47+09 9.2atoa 1.12+09
l.Jo+ll a.99+12 a.99ti2 9.30+12 9.30+12
3.13*13 3.2atll 4.3ot11 2.92t10 2.90*10
1.70t11 1.19to9 7.73toa l.l6+07 2.09+07
5.43-03 3.61-03 1.80-03 3.9a-04 7.21-04
ii.4640 il.4852 11.41162 11.4664 ii.41166
1.62t10 1.90109 1.26tlI 6.4ltlO 4.52tll
l.93tlo 2.75+09 6.09tll 9.1OtlO 6.66tll
4.37+09 5.33*10 5.53tlO 1.15t10 4.92+09
5.9ato9 l.oatlo 4.27tlO 2.86+10 6.42+09
1.37too 2.04-01 7.71-01 2.5OtOO 1.3otoo
12.6724 12.1729 12.8763 12.6766 12.11127
1.27+09 2.1)9*09 I.90109 2.04+09 6.27toa
a.90+12 a.9oti2 9.10+12 9.12+12 9.55t12
2.49+12 2.49*12 1.34*11 l.32+11 6.45111
5.53*011 1.26+09 l.lotoa 5.110+07 2.09toa
2.23-04 5.07-04 6.21-04 4.41-04 3.25-O)
il.4a6a Il.4662 ll.4aa6 11.4900 11.4905
2.4ato9 4.10111 l.altll 3.64+09 l.lltlO
l.93tlo 6.09tll 6.66tii 2.5OtlO 2.32tlO
4.37*09 5.53*10 4.92*09 1.42to9 3.1&07
9.16+06 1.36tll 2.57+09 7.(I3*01 3.22tO7
2.10-01 2.47+00 5.22-01 5.50-01 l.OltOO
Is*Zp*lpe(3/2)lr.2p.4p.(l/?)Ir.?p.4p-(3/2)ls*Zp*4p~(5/2)ls*Zp*lp..(3/2)-
K K K K Ii K
l2.6a33 12.6633 12.11635 12.6637 l2.6a4i
4.37+09 2.19*09 2.65tlO 3.50tlO 3.56+09
9.55tl2 9.60tl2 9.12+12 9.l2t12 9.12112
6.45tll 6.15t06 6.2atl2 6.37t12 6.2atl2
l.lltO9 2.60t05 4.65tlO a.63+10 5.6lt09
1.71-03 4.56-04 7.41-03 1.35-02 9.24-04
11.4920 11.4925 11.5036 11.5056 11.5731
1.35tlO 5.43+09 3.23409 4.54tO9 1.55t10
2.50tlO 2.32tlO 3.32tll 3.32tll 1.93*10
1.42to9 3.lato7 4.03+12 4.03+12 6.14+11
2.91+09 1.49*07 5.97to9 a.39+09 6.02t10
2.04tOO 4.69-01 1.41-03 2.011-03 9.12-02
ls*2p.4d-(5/2)lr*2p*ld.(5/2)lw2po4d*(1/2)-[K ls.2p*4d.(7/2)ls.2p.ld.(3/2)-
K Jd-(312) 1 K Jd*(5/2) 3r*(1/2) K 36.(5/2) t K i Js.(l12)
I2.aa47 12.111149 l2.aa5l l2.aa5i l2.aa65
5.37+09 5.47toa i.70+09 6.37+09 l.70t09
a.90tl2 a.9otl2 a.66410 a.94tl2 i.oatil
3.62t12 3.62+12 l.l2+09 3.54+12 2.27to9
9.33tO9 9.5OtOa 4.34+07 I.45tlO l.4ltoa
2.57-03 2.62-04 3.119-02 I.Oa-03 6.19-02
11.5751 11.5752 11.5655 11.6024 11.6044
3.01to9 I.altlO 3.06t12 3.72409 6.85409
1.93+10 1.6atlO 3.06tl2 1.46410 1.46tlO
6.14t11 6.15tll 0. 7.12+12 7.a2tl2
1.17+10 1.05tll 0. 7.42tO9 l.JltlO
1.90-02 1.72-01 3.ootoo 9.49-04 1.75-03
lr.2p*ld*(5/2)-[K ls.2p*4d*(5/2)-[K ls*2polde(3/2)ls.2p.4f*(3/2)ls.2p.41*(5/2)-[K
3de(312) 3d*(5/2) K Jd.(3/2) I K 3p.(l/2) I Jp*(J/?)
12.61166 12.8869 12.61171 12.9474 12.9491
3.64+06 1.46tO9 1.69+09 4.22t06 5.00toa
9.2lt12 9.21t12 9.2lt12 2.52tlO 2.9atlo
2.63tlO 2.63tlO 2.36t07 1.05tll i.6otll
6.22t06 2.53+07 1.73t04 1.36tO9 2.53+09
2.36-04 9.59-04 7.33-04 1.30-02 l.5a-02
11.60111 11.6600 11.6606 11.7252 11.7265
1.75t09 2.24tlO 2.26410 2.65+10 2.95110
1.75+09 6.39+12 a.43t12 7.95tll a.94tll
0. 9.62tlO 9.35+10 7.34tlO 7.33tlO
0. l.OltO9 4.96tOa 4.4atO9 0.94+09
3.ootoo 1.05-02 5.31-03 6.11-02 1.22-01
ls~2p.4~*(1/2)ls.2p.4p.(l/2)ls.?r*4de(3/2)ls.?s*4d.(5/2)lr.2p*4d~(l/2)-
KlJp.(l/2) K]3p*(312) K 3p.(l12) K 3~*(3/2) I K I Jde(312)
12.9506 12.9512 12.9609 12.9612 12.9631
1.12tto 2.61tio 3.76toa 6.14tOa 5.lato9
l.oatl2 l.oatl2 l.9atll 1.95tll a.66tlo
2.97t12 2.97tl2 9.76tlo 2.14+11 l.i2+09
1.64+10 3.a3tlo 4.97toa 1.93+09 l.32toa
5.54-03 1.29-02 5.09-03 9.01-03 i.la-01
11.7594 11.7600 11.7970 11.7995 11.6275
2.44tlO 2.59tlO I.75410 I.90tlO 6.63tll
7.34tl2 7.39t12 1.06+12 1.25+12 1.57t12
6.46+12 5.76t12 2.94tlJ 2.93t13 2.03tlO
2.29tlO 4.54tlO 6.74tlO 3.65tlO 4.51tlO
3.54-03 7.811-03 2.29-03 1.24-03 2.22tOO
Is.Zs.lf*(7/2)ls.2p.ld*(3/2)Is.2..4f~(5/2)ls.2s.4fm(5/2)ls.?p.4p.(5/2)-
K]3d*(5/2) K Jd*(5/2) K 13dm(J/2) K 3d*(5/2) I K Jp*(3/2)
12.9653 12.9654 12.9660 12.9662 12.9666
3.68tlO 4.69+09 3.43tlO 2.66t09 9.64+09
5.OOtlO i.oatll 4.87tlO 4.67tlO 7.lltll
2.94tll 2.27+09 2.09tll 2.09tll 1.17tl3
2.52tll 3.aatoa 1.67tll 1.29tlO 5.46tlO
8.56-01 1.71-01 7.97-01 6.18-02 4.65-03
2p.(3/2) 2pr(3/2) 2pr(3/2) 2p.(3/2) 2p.(1/2)
ls*2p.lp-(l/2)ls.2p.4p*(5/2)lseZpalp*(3/2)lr.2p.lp.(3/2)ls.2p.4p.(l/2)-
ls*2s*ld*(3/2);~';;'4~;~5/2'-
K 2p.(1/2) K 2p.(3/2) K 2pe(1/2) K 2p.(3/2) I K I 2pm(l/2)
K]?p*(3/2) EK]2p.(3/2) ls.ls* (0) la:2s:4~.(1/2)-[K]2p~(ll2) ls*2~.4~~(1/2)-[K]2p.(3/2)
9w
TRANSITION
LAMBDA
2p.(3/2) 2p-(l/2) 2p*(3/2) 2p*(3/2) 2pe(1/2)
Jp*(3/2) 3pe(l/2) 3p.(1/2) 3p.(3/2) 3p.(3/2)
AUGER
Od
9ff
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line -&orescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 2 = IO 1RANSIlION
A(if)
A( tot)
12.9680 12.9686 12.9734 12.9762 12.9788
8.49tO9 2.9PtO9 5.20408 6.82+08 5.96+08
7.76+11 7.76tll 1.5ltll P.lO+lO 1.93+10
1.14+13 1.14+13 1.50tll 1.15+10 4.37+09
3.18+10 1.12tlO 1.55+09 3.05t06 2.2OtOLl
2.78-03 9.79-04 1.03-02 2.66-02 5.04-02
LAMBDA
AUGER
Od
IRANSITION
g* ls92pe
(1)
-
LAYBOA
15*1s*
(0)
A(il)
A( tot)
13.4897 13.4900 13.4906 13.4962 13.4964
9.69+12 1.85+09 4.7ltOS 8.20tll 8.24tl2
9.69+12 1.85+0¶ 4.71+09 9.06tl2 9.06tl2
AUGER 0. 1.72tOS 4.34tOS 1.97tlO 1.97tlO
Od 0. 1.78+09 9.04+09 1.07tlO 1.07tll
3.00t00 1.04100 2.08tOO 5.41-01 5.44tOO
P"
ls.2p-4p.(3/2)16*2p*4p*(3/2)ls*2p~lp.(1/2)ls.2p.lp.(3/2)ls*2p~lp.(l/2)-
K]3p*(3/2) K 3p.(l/2) K Jpe(1/2) K Jp.(3/2) I K3 3p.(3/2)
12.9788 12.9806 12.9811 12.9812 12.9817
2.0¶+09 4.20109 1.55+10 1.46tlO 6.25+09
9.lOtlO 6.09+11 6.88+11 6.09+11 6.88tll
1.15tlO 5.53t10 4.92+09 5.53t10 4.92tOP
9.34t08 1.40+09 2.2o+oLI 4.93+09 8.87+07
8.16-02 2.53-02 4.47-02 8.92-02 1.80-02
13.4965 13.4966 13.4968 13.4970 13.4974
7.38tO8 8.24+12 8.33tll 7.3ltO9 6.6OtOS
9.55+12 9.07tl2 9.07tl2' 9.12tl2 9.12tl2
8.45tll 1.62+07 1.82+07 6.37tl2 6.28tl2
1.87tOP 6.62tO7 8.70+06 1.8OtlO 1.08tlO
2.90-O) 3.63tOO 3.67-01 2.83-03 1.71-03
ls*Zpn4do(5/2)ls*2p*ld.(5/2)ls*2p-ld*(3/2)ls*2pm4pe(l/2)ls~2pelp.(3/2)-
K 3de(3/2) K 36.(5/2) K Jd-(J/2) K 3pe(l/2) I K3 Jp*(3/2)
12.9652 12.9853 12.9857 12.9660 12.9860
4.lltO8 1.64t09 1.83tOP 4,lltOB 5.02108
1.56+10 1.56tlO 1.00+10 2.32t10 2.5ot10
1.49+09 1.49toa 1.67+09 3.1at07 1.42*09
2.15+08 8.57t08 1.04*09 I.26406 1.08+08
1.44-01 5.76-01 6.28-01 3.97-02 7.59-02
13.5014 13.5023 13.5078 13.5082 13.5105
6.90+12 6.92tl2 5.32tOS 5.49tOS 5.10+11
7.34t12 7.39t12 7.65tOa 8.89t09 8.65112
6.48+12 5.76tl2 3.68tO9 4.OOtO9 l.JltIJ
8.48412 1.2ltl3 6.SltO9 3.46tOS 1.23+12
9.99-01 2.10+00 1.88tOO 8.65-01 9.39-02
12.9943 12.9944 12.9956 13.0028 13.0034
8.60t08 7.36+09 0.22+09 6.24+09 1.18110
3.59+11 3.59+11 4.29+11 3.32tll 3.32tll
9.92t12 9.92t12 9.54+12 4.OJtl2 4.03tl2
3.32409 2.84tlO 1.57t10 1.15t10 2.17tlO
3.35-04 2.86-03 1.65-03 2.86-03 5.39-03
13.5112 13.5115 13.5118 13.5121 13.5122
7.54tl2 6.76412 6.98t12 1.12412 6.32tl2
8.65+12 8.47t12 7.33tl2 8.47tl2 9.93tl2
1.31+13 1.48tl3 2.64+13 1.48tl3 1.70t08
l.lltlJ 1.72413 3.28tl3 2.88412 2.17tO8
1.39100 1.16tOO 1.24+00 1.93-01 1.27+00
13.0494 13.0497 l3.1040 13.1042 13.1291
1.48tlO 1.47tlO 2.69+09 2.76tOP 1.29t09
7.Oltll 7.07+11 4.46tOP 4.63+09 1.48tlO
1.04tl2 1.05+12 l.PltlO 1.88tlO 7.82+12
1.76+10 3.5ltlO 1.31410 1.77+10 2.58t09
1.70-02 3.34-02 6.85-01 9.41-01 3.30-04
ls*2p*3p-(l/2)-[K 18~2p.4~.(3/2)-[K
Jpe(3/2) 4de(3/2) 4de(3/2) 4d*(5/2) 4s.(l/2)
13.5129 13.5181 13.5102 13.5183 13.5287
2.74tl2 l.ll+lO 9.4ltlO 8.25+10 3.63tlO
9.93+12 8.99+12 8.99tl2 8.99tl2 6.66tlO
1.70t08 3.28tll 4.30+11 3.28tll 1.12tO9
¶.40+07 1.56tO9 8.6OtOP 1.16tlO 9.74+08
5.52-01 4.75-03 2.00-02 3.54-02 8.73-01
13.1297 13.3706 13.3714 13.4113 13.4334
2.76t09 8.78+10 8.86tlO 2.3ltO8 6.57tlO
1.48tlO 8.39+12 8.43+12 9.07+12 9.lOt12
7.82+12 9.62tlO 9.35tlO 1.02+07 1.34tll
5.5ltOP 3.¶7+09 1.94409 1.86tOJ 3.80tOP
7.04-04 4.lJ-02 2.08-02 1.02-04 2.84-02
ls*2p*4d*(3/2)lsg2p*3d.(3/2)ls*2pr3d*(l/2)ls*2p~Sd~(3/2)ls*2p*3do(3/2)-
K K K K K
lsm(ll2) Js*(l/2) 3de(3/2) 3d.(3/2) 3d*(5/2)
13.5303 13.5327 13.5423 13.5440 13.5442
3.9ltlO 1.43tO9 2.45111 3.51+09 2.67tll
1.08+11 1.16+11 7.95t11 1.94+11 8.94tll
2.27tos 3.83tOS 7.34t10 7.33410 7.33tlO
3.24+09 1.83tO8 4.14t10 1.07to9 8.11+10
1.42too 4.78-02 5.64-01 1.45-02 1.11too
13.4338 13.4554 13.4556 13.4562 13.4584
6.6OtlO 7.68+11 7.5Ot12 8.32t12 5.22+11
9.12tl2 8.39+12 8.39+12 8.43tl2 7.95tll
1.32tll 9.82tlO 9.62tlO 9.35+10 7.34tlO
1.88+09 3.56tlO 3.40111 1.83tll 8.81+10
1.43-02 3.70-01 3.53tOO 1.95tOO 1.2OtOO
lr*Zp.2p*(l/2)1¶.2p*3p.(1/2)lsa2p.Sp*(l/2)ls*2p*?p*(l/2)ls*2p*Js.(3/2)-
K tK K K K
2p.(l/2) 3pe(l/2) Jp*(3/2) Zp*(J/?) Ja*(l/2)
13.5473 13.5474 13.5480 13.5500 13.5510
1.17+12 3.5Otll 1.12tl2 2.62412 1.04tl2
3.8Otl2 3.82+12 3.82tl2 3.8Otl2 1.06+12
1.77t13 2.38+12 2.38tl2 1.77t13 2,StrlJ
1.93t12 2.69411 6.6ltll 4.31t12 4.00t12
1.09-01 1.13-01 3.61-01 2.43-01 1.38-01
13.4570 13.4573 13.4574 13.4581 13.4887
8.2¶+09 1.03+10 1.82t09 5.92tll 4.3ltll
9.3Ot12 ¶.30+12 9.30+12 8.94+11 9.30+12
2.92tlO 2.9OtlO 2.92+10 7.33tIO 2.90tlO
1.04+08 1.91+08 2.28407 1.79+11 8.04+09
3.55-03 6.60-03 7.79-04 2.45tOO 2.77-01
la*lpmld*(3/2)1~.2p~Js.(1/2)14*2p*ll.(3/2)1:.2p*41*(3/2)14*2p*4f.(5/2)-
K K K K K
4s*(l/2) 31.(1/2) 4p.(l/2) 4p*(3/2) 4p.(3/2)
13.5525 13.5544 13.5576 13.5560 13.5593
4.12tO8 1.22+12 1.10+10 2.8lt09 1.24tlO
l.OOtlO 1.25tl2 2.52*10 2.52tlO 2.98+10
1.67tOS 2.93tI3 1.05+11 1.05tll 1.8Otll
2.34tO8 2.35*12 3.55t10 9.06tOS 6.29+10
1.41-01 8.00-02 3.39-01 0.85-02 3.92-01
13.4668 13.4668 13.4689 13.4691 13.4893
8.86tl2 9.29+12 8.36tll 8.2Otl2 9.05t12
9.30+12 9.30+12 9.10+12 9.10+12 9.12t12
2.90tlO 2.92tlO 1.34tll 1.34tll 1.32tll
1.65tll 1.16+11 4.85tlO 4.75tll 2.57tll
5.7OtOO 3.98tOO 3.62-01 3.55tOO 1.¶6+00
13.5598 13.5810 13.5611 13.5616 13.5819
5.07+08 1.72+09 1.54*10 8.62tlO 1.43111
1.68+09 5.45+09 1.011+12 1.08+12 3.59*11
5.47tos 2.48+10 2.97tl2 2.97412 9.92t12
1.55tos 8.47+09 2.26+10 1.27+11 5.52+11
2.84-01 3.42-01 7.61-03 4.27-02 5.57-02
ls*2p*4d*(l/2)-[K
ls*2p*Jp.(l/2)ls.Zp.3p~(1/2)1,*2p.lfe(7/2)ls.2p.4f-(7/2)ls*2p*ll*(9/2)-
K K K K ! IK
3p.(1/2) Sp*(3/2) 41.(5/2) 41*(7/Z) 4f.(7/2)
13.4705 13.4712 13.4712 13.4712 13.4712
2.06tl2 4.61412 6.72tl2 3.42+11 9.07t12
6.70tl2 6.70+12 9.07t12 9.07tl2 9.Oltl2
8.20+12 8.2Otl2 1.86+11 1.88tll 1.83tll
2.27tl2 5.07tf2 1.40412 5.48tlO 1.79+12
2.77-01 6.16-01 7.54too 2.95-01 9.80tOO
ls*2s.4p-(l/2)ls*2p*4d*(1/2)ls*2p'ld*(J/Z)lsn2sv4f.(7/2)ls*2pr4d*(3/2)-
ls.Zp.4p.(l/2)lv2po4p~(1/2)Ise2pelf*(7/2)ls.2p.4fe(5/2)ls.2p.4l.(7/2)-
K K K K II K
4p.(l/2) 4p.(3/2) 41.(5/2) 4fe(5/2) 41*(7/2)
13.4753 13.4758 13.4767 13.4768 13.4768
2.87+12 6.13+12 3.47+11 8.79t12 8.87tl2
6.9Otl2 8.9Otl2 9.2lrl2 9.2ltl2 9.21112
2.49+12 2.49+12 5.58t06 9.81+06 5.58+06
1.17+12 2.67tl2 1.68+06 5.62tO7 4.30t07
4.69-01 1.08+00 3.02-01 5.72too 7.7otoo
ls.2p.41-(5/2)ls.2s.41-(5/2)ls*Zs*4f-(S/2)ls.2p*41-(5/2)ls*?p.4f.(5/2)-
13.4788 13.4762 13.4784 13.4787 13.4805
4.27tll .7.65,12 1.04+12 8.94+12 1.06+12
9.2lt12 6.aOtl2 0.90+12 8.¶4+12 9.2ltl2
9.8lt06 3.82+12 3.62tl2 3.54+12 2.63+10
2.73t06 1.36tl3 1.80+12 2.03113 1.82+10
2.78-01 3.76+00 4.98-01 5.73tOO 8.92-01
ls.2p.4l~(3/2)ls~?p.ll.(5/2)lw2p.4f.(3/2)ls*2p.41.(5/2)ls*?p*41.(7/2)-
13.4807 13.4808 13.4810 13.4823 13.4824
8.14tl2 6.36tl2 8.5ltll 6.88tl2 8.88+12
9.2ltl2 9.21+12 9.2ltl2 8.99tl2 8.99t12
2.63410 2.36+07 2.36t07 3.28tll 4.3Otll
l.JS+ll 8.58tO7 8.72406 1.25tl2 8.llrll
5.29+00 3.63tOO 3.69-01 3.8ltOO 1.89tOO
13.4832 13.4834 13.4847 13.4867 13.4871
6.89+12 6.78+11 7.43112 1.54tll 9.07+12
7.36+12 7.36t12 7.43+12 9.55tl2 9.55tl2
9.OJtl2 9.03+12 8.98tl2 6.45411 6.45tll
2.2ltl3 2.24tl2 3.25+13 3.88tlO 2.29tl2
13.4874 13.4875 13.4875 13.4878 13.4880
6.46t12 8.83tl2 8.73112 2.82tl2 1.18tll
9.60tl2 9.12t12 9.12+12 9.8Ot12 9.12t12
6.15tO8 6.37t12 6.28+12 6.15,08 6.28+12
8.27tO8 2.18tl3 1.42tlJ 3.8ltO8 I.92tll
I ! II II K K K K K
41*(1/2) 4d.(3/2) 4dm(3/2) 44*(5/2) 46*(5/2)
13.5634 13.5648 13.5684 13.5665 13.5688
1.92tll 4.14+10 3.72tO8 1.32tlO 6.18+10
4.29+11 8.66tlO l.OP+ll 5,OOtlO 1.08+11
9.54+12 1.12+09 2.27+0¶ 2.94+11 2.27+09
3.67tll 1.05tOS 3.08+07 9.03tlO 5.lltOS
3.85-02 9.45-01 1.35-02 3.07-01 2.25400
K K K K K
4p*(3/2) 4de(3/2) 4d*(5/2) 4f.(5/2) 4l~(7/2)
13.5671 13.5672 13.5674 13.5688 13.5689
2.59+011 8.71tO9 3.07409 7.43tO8 2.04+09
3.8stos 4.87tlO 4.87+10 2.a8tlO 2.911t10
3.L10*09 2.09*11 2.09+11 1.6Otll 1.60111
7.72to(I 4.24tlO 1.50+10 3.76tO9 1.03t10
2.03-01 2.03-01 7.15-02 2.34-02 6.43-02
K K K K K
4l_(5/2) 4f.(5/2) Ipm(ll2) 4p.(3/2) 4f.(7/2)
13.5690 13.5706 13.5708 13.5710 13.5714
7.54+08 1.66toa 4.25+06 1.91toa 1.98+09
1.66tO9 5.45tos 4.89*09 3.91t09 1.96+09
5.47toa 2.48+10 6.45tOS 1.72tlO 2.41+07
2.30*09 8.18+0¶ 9.87tO8 9.35toa l.Slt08
4.21-01 3.30-01 1.50-01 5.43-01 7.90*00
13.5714 13.5720 13.5724 13.5725 13.5728
1.1ot10 3.3Ot08 1.45*11 1.60tll 2.94t10
1.41t10 3.30+08 i.abii 1.95t11 1.96*11
3.87tlO 2.52toa 9.78+10 2.14tll 9.76+10
4.76410 2.92+09 1.92*11 5.03+11 3.89+10
1.30400 1.16tOO 1.97*00 2.35too 3.98-01
2.45100 2.48-01 3.62tOO 6.03-02 3.56400
13.5739 13.5739 13.5739 13.5750 13.5753
4.27+09 1.05111 2.55109 1.20+09 1.32+11
6.83tOS 1.05tll 6.63tOS 1.20+09 1.51+11
1.55tOa 1.2ltll 1.55tOP 2.36tO8 1.50tll
6.33tOa 4.50111 3.78+09 1.97tOP 3.94tll
4.08tOO 3.72400 2.44tOO 8.36tOO 2.62400
1.34+00 3.42tOO 2.27tOO 5.87-01 3.05-02
13.5755 13.5760 13.5761 13.5767 13.5787
l.SltlO 3.9OtO8 2.62109 3.59+09 4.05t08
1.5ltll 3.OltOP 3.OltOQ 3.65t09 4.05t08
1.50tll 3.22+08 3.22408 3.8OtOS 3.70+07
5.73tlO 3.02tO8 2.03+09 1.07tlO 1.38tO8
3.81-01 9.35-01 6.29tOO 2.8lt00 3.87+00
347
II II ti
AtomicDataendNudearDateTabbs.Vd.38.No.2.
March1988
J. NILSEN
Dielectronic SatelliteSpectrafor Helium-like Ions
TABLE II. WaveIengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables I = IO
2 = 10
LAUBDAA(if)
IRANSITlON
lr*2p.Ss~(3/2)ls*2p..ldr(3/2)ls.?p*3s.(3/2)ls*2pm4dr(7/2)lso2pe4p*(3/2)-
ls.?p-4p.(3/2)ls.Zp~4d~(J/?)ls.26.34-(3/2)ls.2s.Jp~(l/2)ls.2s.Jdm(3/2)-
ls.2p.3de(5/2)ls~?p~Jd.(3/2)ls.2p.lp.(3/2)ls.2p.Sde(3/2)Is*?pmlp*(l/2)-
K K K K K
/I
K K K K II K
K K K K II K
ls~2p.Jdm(l/2)-[K ls*2p.4p*(l/2)-[K
A( tot)
AUGER
l.57+12 5.27tlO 8.32+08 2.5lrOS 1.11+10
1.57+12 2.15+11 3.34tOS 3.34+09 l.lltlO
7.67tlO l.85tl2 2.51+09 2.5ltOS 6.02tO8
5.82tll 1.89+11 2.14+09 6.46+09 3.42tOS
7.59tOO 1.02-01 8.53-01 2.57tOO 5.89tOO
13.6183 13.6188 13.6190 13.6193 13.6194
1.05+11 2,Oltll 6.24tO8 2.19110 l.OQ+ll
3.32tll 3.32tll 6.24+08 1.32tll 1.32tll
4.03tl2 4.03+12 1.04tOS 5.29408 5.29+08
1.94tll 3.72+11 1.56+09 5.24t08 2.6ltO9
4.80-02 9.22-02 1.50+00 9.91-01 4.94tOO
13.5784 13.5794 13.5796 13.5800 13.5802
3.7uos 1.41tlO 7.55*ll 9.16+11 3.02tOS
7.11r11 1.58+11 7.63+11 9.24+11 3.02+09
1.17+13 2.42tl2 7.16tl3 7.08113 2.06toa
2.13+10 2.64+10 2.99+12 l.llt12 1.93+09
1.81-03 1.09-02 4.17-02 2.55-02 9.36+00
13.6196 13.6197 13.6198 13.6221 13.6284
l.OQtll 4.95+08 4.4OtOQ 2.27tO8 1.83+09
1.16+11 1.20109 1.16tll 9.22tO9 1.83+09
3.83+09 6.72~08 3.83+09 1.64tO8 1.72+09
1.39tlO 3.55+08 5.64tO8 1.59+07 7.lOtO9
3.64+00 5.29-01 1.47-01 9.68-02 4.12tOO
13.5802 13.5803 13.5804 13.5806 13.5806
1.58tlO 1.30+09 1.47t12 1.52tll 8.62+08
7.76+11 1.30+09 1.63t12 1.63+12 3.91+09
1.14tl3 4.02+07 9.69tlO 9.69+10 1.72+10
5.93+10 3.12+08 4.95+11 5.12t10 4.21+09
5.19-03 7.76+00 5.11too 5.29-01 2.45-01
13.6273 13.6275 13.6280 13.6295 13.6304
3.48tOQ 2.38+09 4.93t09 3.62tO9 1.39+09
5.87tOQ 5.87t09 4.93*09 4.54+09 1.39+09
1.5OtOS l.SO+OQ 3.98t06 2.4ltOS 2.32407
4.26tOS 2.92tOQ 1.59t07 5.02tOQ 4.57+07
2.84+00 1.94tOO 4.00+00 2.01*00 1.97*00
13.5806 13.5806 13.5808 13.5810 13.5816
2.67+09 1.43tlO 4.1ltOS 6.22+08 3.8ltO8
2.67+09 7.7hll 4.89+09 1.4ltlO 3.8ltO8
6.71+06 1.14Cl3 6.45tOS 3.67tlO 3.06tOS
5.36+07 5.36+10 9.34t09 2.70+09 2.71+09
7.98+00 4.69-03 1.45*00 7.34-02 8.84-01
13.6421 13.6422 13.6427 13.6429 13.6465
8.66+10 2.71+11 3.41tll 1.12tll 2.89+09
1.71tl2 1.70+12 1.7ltl2 1.70+12 2.89tO9
3.09+09 l.lJ+OQ 3.09+09 l.13tOS 5.49to9
6.25tO8 3.60108 2.46tOS l.49+08 1.14+10
2.02-01 3. IS-01 7.97-01 1.31-01 2.07+00
13.5821 13.5821 13.5823 13.5825 13.5829
5,65+08 1.96+10 l.62tlO 1.16+09 8.42tO8
1.95tll 1.95tll 1.98+11 1.16+09 1.44+09
2.14tll 2.14tll 9.76+10 1.36+07 1.83tO8
1.77+09 6.17tlO 2.15tlO 8.08~07 3.79+08
8.30-03 2.88-01 2.20-01 5.93too 2.07too
13.6474 13.6480 13.6480 13.6487 13.6759
1.49+10 2.15+10 2.07tlO 9.53to9 7.85tl2
1.12t11 l.Oltll 1.12+11 1.01+11 7.87+12
8.3ltO8 3.13+07 8.31+08 3.13107 7.25t12
4.40+08 1.34*07 6.12108 5.93+06 1.51+13
5.30-01 4.26-01 7.37-01 1.89-01 2.08tOO
13.5831 13.5832 (3.5847 13.5854 13.5860
6.02+08 2.29*09 3.55+09 5.48tlO 2.41tOS
l.44+09 2.29+09 1.4ltl2 9.55r11 9.55+11
1.83+08 2.85tO8 2.32tl3 1.87+13 1.87+13
2.71+08 5.07tO8 2.OltlO 2.09+11 S.lS+OS
1.48+00 1.78+00 8.68-04 1.12-02 4.92-04
13.6779 13.6789 13.6791 13.6800 13.6967
7.69t12 3.17tlO 2.85t11 3.2ltll 1.85t12
7.71t12 1.57+12 1.57+12 1.5ltl2 1.28t13
S.OOtl2 2.03+10 2.03tlO 1.14tlO 3.77tll
8.29+12 1.62tOS 1.46+10 4.83109 2.11+11
9.21-01 7.96-02 7.17-01 4.24-01 5.58-01
13.5879 13.5881 13.5882 13.5884 13.5887
4.09+11 8.06+08 s.13+09 7.41ros 7.22+09
7.34~12 7.11+11 1.56tlO 1.56tlo 1.00t10
6.48+12 1.17tlJ 1.49tOS 1.49+09 1.67+09
3.83111 4.56tOS 3.20+09 3.87tOS 4.11+09
5.91-02 3.88-04 2.15+00 2.6OtOO 2.47tOO
13.6995 13.6998 13.7026 13.7100 13.7103
l.lOt13 8.65t12 4.19112 3.39+09 4.21+09
1.28+13 1.29+13 1.29+13 7.06+11 7.07tll
3.77tll 3.91+09 3.91+09 1.04+12 1.05t12
1.25+12 5.25tOQ 2.54+09 4.04+09 l.Ol+lO
3.32+00 1.34+00 6.51-01 3.89-03 9.57-03
3de(3/2) 4d*(5/2) 36.(5/2) 46.(5/2) 4fm(5/2)
13.5888 13.5889 13.5889 13.5899 13.5902
3.60+10 5.82t08 4.03111 2.28tOS 7.63t08
7.3Stf2 1.00t10 7.39+12 2.28tOS 7.76tll
5.76+12 1.67tOS 5.76tl2 2.93tOS 1.14+13
6.31+10 3.31+08 7.06tll l.OJ+lO 2.86tOS
1.09-02 l.SS-tll 1.22-01 3.5OtOO 2.50-O)
ls~2s*3w(l/2)ls~2s~3s~(l/2)ls*ZsrSd*(3/2)ls~2r*Jd*(J/Z)ls*2sr3d-(5/2)-
4p.(3/2) Jp.(3/2) 4de(J/2) 46#(5/2) 3x.(1/2)
13.5902 13.5905 13.5909 13.5911 13.5913
8.46+08 1.76tl2 4.88tOS 2.04tOS 3.66tll
2.75tOS 2.44t12 6.91+09 6.9ltOS 1.57+12
5.33tlO 5.72tll 8.62+08 8.62tO8 2.03tlO
4.83+09 2.Oltl2 3.24tOS l.36+09 1.87+10
9.06-02 3.52tOO 3.76100 1.57+00 9.21-01
ls*2s.41.(5/2)ls*2s*41-(7/2)ls*2sn3p*(l/2)lr~?s.Jp.(3/2)ls~2t.ld.(J/Z)-
4p.(l/2) 4dm(J/2) 3p.(1/2) 3s.(l/2) 3p.(3/2)
13.5914 13.5915 13.5919 13.5923 13.5926
1.46+09 4.75tOS 1.45+12 2.85+11 3.37tll
S.lOtlO 4.75109 J.OOtl2 1.51+12 3.00+12
l.lStlO 1.35tO8 3.58+12 1.14tlO 3.58+12
6.51+08 5.25t08 3.15tl2 4.29+09 7.33+11
5.68-02 3.89+00 8.81-01 3.76-01 2.05-01
ls.2s.44.(5/2)ls.?p.2p.(3/2)lr.2r*3pm(3/2)lr*?p.2p.(3/2)ls.2p-Zp*(5/2)-
13.5931 13.5935 13.5939 13.5940 13.5940
5.98+09 l.OltOQ 6.46+08 1.94+09 1.49tlO
6.42+09 1.08tOS 1.53+09 1.94tOS 6.09tll
l.QOtlO 2.06tOS 4.30+08 1.23tOS 5.53tlO
1.79tlO 5.69~09 8.52+08 1.50+09 4.98tOS
9.42-01 2.75tOO 1.96+00 1.22*00 9.00-02
1$*2s*3p*(1/2)ls*?sn3p*(3/2)lr*2r*Jp*(3/2)ls*2p.2~*(5/2)lr*2p_2p.(l/2)-
13.5940 13.5944 13.5944 13.5946 13.5946
8.79+08 7.38108 3.7ltlO 1.6OtOQ 2.95+10
1.53+09 7.65tOQ 6.09tll 7.65tO9 6.88tll
4.30t08 3.68+09 5.53tlO 3.68tOS 4.92+09
1.16tOQ 9.58tO8 1.23+10 2.07tOS 4.19tO8
2.7OtOO 2.60-01 2.23-01 5.64-01 8.51-02
ls.Zp-2p.(3/2)ls*2$*2p-(J/2)11.2s.2pm(l/2)ls*2p*Jd*(3/2)1~.2p*Jp.(l/2)-
13.5948 13.5950 13.5981 13.5983 13.5984
3.20+09 4.05tOS 7.37+09 6.38+10 3.56+09
8.69+09 6.88tll 3.59tll 3.59tll 3.56tOS
4.00109 4.92+09 9.92t12 9.92tl2 2.25tlO
2.02+09 5.75+07 2.85tlO 2.46tll 1.85+10
5.05-01 1.17-02 2.87-03 2.48-02 8.19-01
13.5993 13.5996 13.5998 l3.5999 13.6004
5.69tOS 7.81+10 1.69tOS 3.97tOQ 1.56+09
2.50+10 4.29+11 2.50110 2.32tlO 2.32+10
1.42+09 9.54tl2 1.42+09 3.18407 3.18+07
1.22tOQ 1.49tll 3.64+08 1.09+07 4.28+06
l3.6006 13.6136 13.6138 13.6157 13.6181
4.94rOS 6.32+09 5.65tlO 5.63+10 1.78tOQ
4.94tOQ l.lS+lI 2.15+11 1.58411 1.78409
0. 1.85112 1.85112 2.42+12 2.83tlO
0. 2.26tlO 2.02+11 1.06tll l.OltlO
Jdn(512) Sdm(3/2) 4p.(3/2) 3d*(5/2) 4pe(l/2)
3d.(3/2) 3 4p.(3/2)
ls*2p.4~.(3/2)-[K]4~.((/2) ls~2sr4p~(l/2)-[K]4d.(3/2)
1s.2pe (I) - ls.ls* ls*Zp.4s~(3/2)-[K]4d.(J/Z)
(0)
A(tol)
AUGER
Od
99
TRANSITION
LAYBDA
A(if)
Od
9S
K K K K K
3pe(l/2) Jpe(3/2) 3pe(l/2) 3p*(3/2) 3p.(3/2)
13.7114 13.7120 13.7156 13.7162 13.7163
2.86tll 5.56tll 5.86t09 1.37tOQ 5.65+09
9.38tll 9.38tll 1.77tll 1.77tll 1.69tf.l
1.55+13 1.55+13 4.92tl2 4.92+12 4.90412
5.39+11 1.05tl2 2.26tlO 5.27tOQ 3.28tlO
3.47-02 6.75-02 4.60-03 1.07-03 6.69-03
K K K K K
(d-(3/2) 460(5/2) Ss*(1/2) 38.(1/l) 4f.(5/2)
13.7184 13.7186 13.7241 13.7245 13.7260
1.77tO9 1.87tOQ 9.55+10 1.06tll 7.41+08
4.46tO9 4.63+09 1.45112 1.46+12 1.93+10
l.Sl+lO 1.88+10 5.94tll 6.23+11 6.14tll
8.59tOS 1.2OtlO 5.56tlO 1.26+11 2.88tOQ
4.49-01 6.39-01 9.36-02 2.03-01 4.69-03
K K K K K
(f-(7/2) 2p.(1/2) 34.(1/2) 2p.(3/2) 2p.(3/2)
13.7262 13.7305 13.7322 13.7333 13.7344
7.24+08 3.72t12 3.8ltO8 4.16+11 4.lltl2
1.88tlO 4.14tl2 8.66tO9 4.14+12 4.lltl2
6.15+11 1.27tl4 5.49+09 1.27+14 1.28tl4
4.21+09 1.44tl3 5.92t08 1.61+12 2.39+13
6.85-03 1.13-01 1.08-01 1.27-02 1.87-01
K K K K K
3d.(3/2) 3dm(3/2) 3da(512) 2p.(3/2) 2pm(1/2)
13.8135 13.8139 13.8140 13.8557 13.8559
4.86+09 5.02tO8 3.81tOS 1.29+09 6.19+08
1.45112 1.46+12 1.46+12 1.29tOQ 6.19+08
5.94rll 6.23+11 6.23,ll 4.1ltlO 3.77+08
2.83tOS 6.02tO8 4.56tOQ 7.51109 4.69+08
4.77-03 9.66-04 7.32-03 1.83-01 1.24+00
K K K K K
2p*(3/2) 2s*(l/2) 28*(1/2) 4s*(l/2) (p-(1/2)
13.8573 13.8692 13.8699 14.0650 14.1323
l.OStOQ 9.85tO8 3.91+08 2.61+08 1.32+09
I.05109 9.85+08 3.91+08 8.39+12 6.7Otl2
2.00+09 9.33+08 1.46+08 9.62tlO 8.20+12
2.75+09 l.92tOS 2.13tO8 1.18tO7 1.46tOQ
1.38+00 2.05+00 1.45tOO 1.23-O) 1.78-04
14.1328 14.1488 14.1490 14.1493 14.1768
3.23+09 2.67+08 J.OJtOQ 3.13tOQ 1.16410
6.7Ot12 9.06tl2 9.06+12 9.07tl2 8.65tl2
8.20+12 l.SltlO 1.97tlO l.82t07 l.JltlJ
3.55tOS 3.47rO6 3.94+07 2.5lt04 2.8OtlO
4.33-04 1.76-04 2.00-03 1.38-03 2.14-03
8.60-01 1.57-02 2.56-01 3.42-01 1.35-01
14.1774 14.1775 14.1778 14.1782 14.1787
7.9ltOQ 5.99,OS 3.12+09 l.lS+lO 5.14tO9
8.47+12 7.33tf2 8.47tl2 9.93+12 9.93tl2
1.48+13 2.64tl3 1.48+13 l.70108 1.7OtO8
2.01tlO 2.82tlO 7.93109 4.09tO5 1.76+05
1.36-03 1.06-03 5.36-04 2.40-03 1.04-03
3.00+00 1.22-02 1.09-01 4.37-02 3.55-01
14.1872 14.1879 14.1880 14.1882 14.1926
3.31+09 3.55tO8 7.04tOQ 4.02+09 1.60tll
8.65+12 7.33t12 7.33tI2 8.47+12 4.75rll
l.JltlJ 2.64+13 2.64+13 1.48tIJ l.l3+14
7.97tOS 1.67tOQ 3.3ltlO 1.02tlO 3.lBtll
6.10-04 6.30-05 1.25-03 6.91-04 2.82-03
tl II II II II
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables I = 10 TRANSITION
A(if) LAMBDA
A(1.l)
AUGER
Pd
0
14.1956 14.1995 14.2016 14.2099 14.2106
3.09+11 2.09+09 1.83+09 5.57+09 5.63+09
4.75+11 7.95tll a.94+11 7.34+12 7.39+12
l.lJtl4 7.34+10 7.33+10 6.46+12 5.76+12
b.lS+ll 3.5;tOa 5.54t06 5.22+09 9.66+09
5.46-03 4.62-03 7.56-03 6.05-04 1.71-03
ls~2p~3pr(l/2)-[K]4p~(3/2) ls*Zp*3d.(7/2)K]4d*(5/2) ls*2pw3dr(5/2)I K]4d-(3/2) lsn2peSd*(5/2)-[K]4d*(5/2) lsg2s~3d.(3/2)-[K]4p.(1/2)
14.2174 14.2377 14.2413 14.2416 14.2566
1.16+09 7.33+09 6.6at09 5.72tO6 2.33106
3.82+12 1.57+12 1.63+12 1.63+12 9.55+11
2.36+12 7.67tlO 9.69+10 9.69+10 1.67+13
9.06+06 2.72409 2.25+09 1.92+06 6.67+06
3.61-04 3.55-02 2.32-02 1.96-03 4.74-05
ls.Zs*Jd*(5/2)-[K lpd(3/2) ls~?.p.Jsr(3/2)K 4s.(1/2) ls.2s.Sde(J/2)11K]lpm(l/2) ls.Zs.3d~(3/2)-[K]4p~(3/2) l~.2pr3p~(5/2)-[K]4f*(7/2)
14.2642 14.2646 14.2660 14.2665 14.2604
6.65+09 3.95+09 7.12+09 1.59tOQ 2.62+09
2.44t12 1.06~12 3.00+12 3.00412 1.4ltl2
5.72tll 2.94+13 3.56112 3.56+12 2.32+13
9.6.7+09 1.53+10 1.55+10 3.46409 I.59+10
1.73-02 5.19-04 4.33-03 9.6044 6.66-04
ls~2p~3s.(llZ)-[K]4s~(l/2) ls&.Sd-(3/2)-[K]4f~(5/2) ls*2s*Jde(5/2)-[K]4f.(5/2) ls.2s.Jd.(5/2)-[K 4f*(7/2) ls.Zs.3d.(3/2)-[K 1 4f.(5/2)
14.2665 14.2690 14.2741 14.2740 14.2770
4.34+0¶ 6.09+09 4.02+08 7.96t09 5.33+09
1.25412 9.55tll 2.44+12 2.44+12 3.00+12
2.93+13 1.07+13 5.72tll 5.72+11 3.56+12
6.33tO9 2.32tlO 4.59+06 9.00+09 1.16+10
2.64-04 1.24-03 0.02-04 1.59-02 3.24-03
ls*2p*3d.(5/2)-[K]4d*(5/2) ls*2pv3de(3/2)-[K]4de(3/2) Isn2pn3s*(3/2)-[K]4d.(J/2) ls.2p.3s.(3/2)-[K]4d.(5/2) ls*2p.J,.(1/2)-[K]4d.(3/2)
14.2643 14.2044 14.3040 14.3051 14.3066
1.00+09 1.09+09 3.43+06 2.96+09 3.26+09
1.32tll 1.16+11 1.06+12 1.06tl2 1.25tl2
5.29+06 3.63+09 2.94+13 2.94+13 2.93+13
2.59+07 1.39+06 f.33+09 1.15+10 6.25+09
4.09-02 3.64-02 4.51-05 3.92-04 2.13-04
ls*2~*3p*(3/2)-[K]4s*(1/2) 1s~2s*3p~(l/2)-[K]4s*(1/2) ls.2p.3p.(3/2)K]4p.(l/2) ls*Zp-3p~(1/2)K 4p.(l/2) ts~2p*Jp*(3/2)-[K 9 4p*(3/2)
14.3094 14.3105 14.3212 14.3214 14.3217
3.19+09 2.93+09 6.03106 2.04,09 2.50+09
1.57+12 1.51+12 1.71+12 1.70+12 1.71+12
2.03+10 1.14tlO 3.09+09 1.13+09 3.09+09
1.63+00 4.4ltO7 4.36+06 2.70+06 1.06+07
0.01-03 3.07-03 1.41-03 2.39-03 6.03-03
lsnZpeJp.(1/2)ls~2s~Jp*(3/2)ls.2~~3pe(1/2)-[K ls.2~*3~.(1/2)ls.2~~3~1(1/2)-
K 4p*(3/2) EK 46*(5/2) 4d.(3/2) K i 4p.(1/2) K]4p.(3/2) I
14.3219 14.3500 14.3509 14.3476 14.3961
9.97tO.Y 1.41+09 1.69+09 3.66+09 7.59+09
1.70+12 1.57+12 1.51+12 9.36tll 9.31+11
1.13+09 2.03+10 1.14+10 1.55+13 1.55+13
1.32+06 7.20*07 2.54+07 7.31t09 1.43+10
1.17-03 3.54-03 2.23-03 4.70-04 9.20-04
1::::::~:1:::~I~K"I:~:~~~~~ ls~2p~Zpr(l/2)-[K 3p.(l/Z) ls*2p.2p~(l/2)-[K Jp*(3/2) 1$~2p*2p.(3/2)-[K I 3p.(l/2)
14.4567 14.4571 15.6757 15.6765 15.6761
8.60+08 9.00106 3.15+09 6.93+09 3.46+09
1.45+12 1.46t12 3.6otl2 3.60+12 1.2fltlJ
5.94+11 6.23+11 1.17+13 1.77t13 3.77+11
5.01+06 1.01)+09 5.19t09 1.14t10 3.95+00
8.43-04 1.73-03 2.93-04 6.43-04 1.05-03
15.0770 15.0602 15.6611 15.9215 15.9224
2.OltlO 1.6ltlO 7.61+09 6.51+09 7.10toa
1.26+13 1.29+13 1.29+13 4.14+12 4.14+12
3.77+11 3.91+09 3.91+09 1.27+14 1.27+14
2.30+09 9.79+06 4.62tO6 2.52+10 2.75+09
6.06-03 2.51-03 1.11-03 1.99-04 2.17-05
K Jp*(3/2) K 31.(1/2) K 3sr(l/2) K Ii 36-(3/i) EK]36.(5/2)
15.9239 15.9571 15.9577 16.0781 16.0763
7.03+09 7.26+06 9.20+01) 6.63+06 5.66+09
4.11+12 7.63+11 9.24+11 7.63tll 7.63+11
l.2atl4 7.16~13 7.oat13 7.16+13 7.16tlJ
4.09+10 2.(1(1+09 1.62+09 2.63109 2.33+10
3.20-04 4.02-05 2.56-05 3.66-05 3.25-04
r::::::,p:1:::~:t:~~~;~~~~~ 1sm2s*2~.(1/2)K JS*(l/l) lSo2s~2p.(3/2)K Jd.(5/2) ls.Zs.2~*(1/2)iIK Jd.(3/2)
16.0766 16.0904 16.0931 16.2136 16.2161
6.44+09 1.06tlO 1 .OP+lO 5.58+011 7.42tOE
9.24t11 7.(17+12 7.I1+1i 7.a7tf2 7.71+12
7.oat13 7.25t12 9.oot12 7.25tl2 9.00+12
1.27+10 2.07+10 1.14+10 1.07+09 (I. ootoa
I .79-04 2.65-03 1.27-03 1.40-04 8.89-05
ls.2s.?s.(f/2)ls.2~~2~.(1/2)ls.2p.2p.(1/2)-[K ls~Zp.2~.(1/2)ls*2p~2~.(3/2)-
16.5462 16.5472 16.5791 16.5790 16.6035
1.25+09 2.50+09 1.41+09 2.99+09 6.91+06
4.75+11 4.75+11 3.aot12 3.80+12 1.2a113
1.13+14 1.13*14 1.77+13 1.77t13 3.77*\\
2.50+09 4.97+09 2.32+09 4.92+09 7.89t07
2.21-05 4.41-05 l.Jl-04 2.77-04 2.09-04
16.6042 16.6061
17.0132 17.0135
3.49+09 2.91+09 1.32+09 7.5%06 8.45+08
1.2atl3 1.29+13 1.29+13 7.63+11 9.24411
3.77+11 3.91+09 3.91+09 7.16+13 7.oat13
3.98401 1.77tO6 .9.02+05 2.99109 1.67+09
1.05-03 4.52-O) 2.05-O) 4.17-05 2.35-05
17.1067 17.1098 17.5560 17.5567
3.48+09 3.50+09 6.05toa 1.62+09
7.a7tf2 7.71+12 4.75+11 4.75tll
7.25+12 9.00+12 1.13+14 l.lJtl4
6.66+09 3.77+09 1.6OtO9 3.23+09
9.22-04 4.19-04 l-42-05 2.06-05
Is.Zp-2p.(5/2)Ire2Sn2p.(3/2)ls.Zse2p*(1/2)Is-ts.2~.(3/2)ls.2s.2p-(3/2)-
K 3~.(1/2) t K Jp.(3/2) 4p.(l12) K 4p.(J/2) 1 K i 4p.(tt2)
16.0006
349
AtomicOaiaandNu~DataTabMa.Vol.38.No.
2.Merch
1038
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
I = 14 TRANSIIION
A(if)
A(tol)
r:::::::;I:::l~~:~:::I1::~
5.41323 5.41604 5.47626 5.47652 5.48696
LAYBOA
5.67+12 3.41+10 1.29tlO l.JO+lO 1.51+10
5.67+,2 3.48+10 3.82+13 3.84tlJ 3.78+13
0. 0. ,.49+11 I.40111 4.26tll
0. 0. 2.00+08 9.49+07 6.72tQ8
3.00+00 3.00+00 1.34-03 6.76-04 1.511-03
ls*Zp~4~.(1/2)-[K]2r.(1/2) ls~2p.4d.(3/2)-[K]Zs.(l/Z) ls.2p~4d~(J/Z)-[K]Zs~(l/2) ls~2s~4po(J/2)-[K 2s*(l/2) ls*Zs*4p-(I/2)-[K 1 2r.(l/2)
5.411900 5.50083 5.50661 5.50901 5.50999
1.30+10 3.33+09 4.26+09 4.66+,1 6.94tll
3.77+,3 6.Oltll 1.12tlI 1.13+,2 ,.99+12
7.n9+11 6.4,+07 2.25+10 l.Jl+lJ 1.14+13
5.34toa l.42+06 2.86+09 t.79+,2 1.18+12
ls.Zp.4s.(J/2)-[K 1~.2p~4s.(I/Z)ls*2p-4s*(3/2)-
1:::~;:;rl:::~I~:3::~~~~~~
5.51263 5.51412 5.51762 5.51624 5.53464
5.66+11 3.77tll 1.14+10 2.53+09 2.77+09
1.24+12 5.87tll 1.87tll 4.92tlO 3.91+13
9.52tll 2.96+12 1.07+11 1.64+10 3.lJtlO
ls.2p.4f~(5/2)-[K]2p.(J/2) ls*2p*lp.(l/Z)-[K 2pe(l/2) ls.2p.lp.(1/2)K 2p.(3/2) ls*Zp*lp.(3/2)K 0 2pm(l/2) ls.tp*lp-(l/2)-[K 12pe(l/2)
5.53701 5.53968 5.54212 5.54250 5.54293
3.44+09 1.75tll 2.93+11 4.45+11 7.40111
3.90413 3.75+13 3.75tlJ 3.99+13 4.03tl3
ls.2p.4p.(3/2)ls~2pnlp*(3/2)ls~2pnlp*(5/2)ls~?p~lp.(1/2)ls*2p*lp.(3/2)-
5.54295 5.54495 5.54519 5.54538 5.54540
3.85tll 9.29111 1.04+12 6.25tll 5.4Jtll
r::::::~:I:::~:t:j:~:~~~~~ ls~2~*4p~(J/2)-[K]2~~(112) ls.Zs.4pe(1/2)K]Zr*(1/2) ls*2p*lf.(3/2)1 K]2p.(l12)
5.54570 5.54562 5.54?98 5.54606 5.55983
ls.2p.ll.(3/2)-[K ls.2p*lp~(I/Z)lsr2p.41.(3/2)lsrZp~41*(5/2)-[K lse2p.lfm(5/2)-[K
AUCER
Qd
TRANSITION
A(if)
A( lot)
5.73820 5.75006 5.75061 5.751137 5.76528
1.70+11 3.9,+10 5.19+10 2.43+09 9.0,tlQ
4.211+,2 3.09t13 3.lJtlJ 4.82+11 3.63+12
4.89tlO 8.89+12 6.60+12 3.6QtlQ 3.46+13
7.69+09 1.75+10 3.62+10 6.74+08 3.26+11
1.57-01 1.96-03 5.48-03 1.88-02 9.41-03
6.77-04 2.22-02 1.27-01 1.37-01 1.04-01
5.76585 5.77465 5.77545 5.76608 5.78684
1.21+11 3.93+12 4.04+,2 3.05tlQ 6.59409
5.69+12 6.67t12 5.99+12 1.29tll 4.2OtlO
3.38+13 2.62tlO 3.37+08 2.7JtlO 4.77+08
2.08tll 6.,5+10 4.54toa 2.lJtlo 1.4.StO8
6.13-03 2.35tOO 1.35+00 7.80-01 3.10-01
9.%3+,1 6.29+11 1.67tlO 1.27+09 .9.86+06
1.03+00 2.12-01 1.56-01 7.73-02 2.83-04
5.71612 5.79078 5.79869 5.79963 5.79993
4.65tlO 2.07tlO 1.05+12 1.32+11 I.99112
2.83+13 2..93+13 3.07+13 J.JO+lJ 4.17+13
9.82t12 9.82+,2 9.11)+12 2.69+13 6.07+06
2.40+10 1.07+,0 8.04tll 2.37+11 5.81+07
2.45-03 1.09-03 6.75-02 6.80-03 9.57-02
3.09tlO 3.,9+12 3.19+12 l.llt12 7.49+06
1.63+07 2.74tlO 4.59+10 4.82tlO Z-75+07
5.28-04 8.58-03 1.44-02 4.34-02 3.68-02
5.80137 5.60218 5.80231
2.26+12 1.20+12 1.63+12
3.67tlJ 3.14+13 J.JO+lJ
9.16+12 3.21+,3 2.69+13
1.74+12 3.64+12 2.93+12
1.89-01 1.14-01 1.09-01
5.80957 5.80261
3.52+12 2.05+12
1.66tlJ 4.17tlJ
2.54tl2 6.07+08
9.26tll 5.98+07
9.85-02 3.65-01
3.63+13 3.99+13 3.86tlJ 4.03113 3.83t13
8.43+12 l.lltl2 7.89112 7.49+08 8.43412
2.78+11 1.00+11 l.Ott12 2.JJtO7 3.91411
3.30-02 9.06-02 1.34-01 3.11-02 4.64-02
5.81038 5.81060 5.81225 5.61311 5.111330
5.53+12 5.46+12 6.21+12 1.74+11 4.42+10
5.97+12 6.OJtl2 1.66t13 l.84tll 4.57410
8.6Jtll 9.5ltll 2.54112 4.,2+10 5.38+09
l.40+12 2.98+12 1.63+12 1.27tll S.JO+OS
1.62tOQ J.lJ+OO 6.44-01 3.09+00 1.73+00
2.92+12 2.91+12 2.67tlO 7.96+09 2.35+10
2.97+12 2.96+12 2.67110 7.96+09 S.ll+lO
1.33tlt l.J7+12 1.5(1+10 3.06+09 5.79+10
1.8ltl2 3.67+12 3.97tto 4.42409 3.91+10
1.36tOO 2.69tOQ 2.5ltOO 1.45+00 6.75-01
lr.2$.3de(J/2)ls.2p.Sp.(5/2)lsr2s*Jd~(J/t)ls*2s*3d-(J/2)ls*?s*Jd*(5/2)-
K K K K IIK
2pm(l/2) 2p.(J/2) tpe(112) Zp*(J/Z) 2p.(3/2)
5.82066 5.92167 5.62219 5.82335 5.6237,
2.19+12 1.42t12 5.19112 4.26+11 3.79+11
3.20+12 9.77+12 1.42+13 3.20+12 6.34+12
1.54tlJ 2.59+13 7.32+12 l.54tlJ 8.4Stll
7.25+12 3.67+13 7.07+12 1.4ltl2 2.69+11
4.71-0, ,.42+00 9.66-0, 9.17-02 3.16-01
5.56055 5.56155 5.56229 5.56292 5.56355
3.57+09 l.OOt12 6.07+09 3.66+10 3.25tlO
2.40+10 4.36+12 8.lltlO 9.24+10 8.25+10
9.91+09 3.39+12 5.79+10 1.21+11 ,.,3+,1
4.17+09 8.75tll 1.01+10 1.25tll 1.13+11
4.21-01 2.58-01 1.75-01 1.03+00 9.97-01
ls*2s*3d-(3/2),s~2p.3p-O/2)ls*2p_Sp-(l/2)lr*2p.Jp*(J/2)ls*Zp*3p~(5/2)-
K K K K il K
2p*(3/2) 2p.(1/2) 2p.(l/2) 2p-(l/2) 2p.(J/2)
5.82466 5.12914 5.63045 5.83094 5.83129
1.26+12 1.15tos 2.88+10 1.06tll 11.9otos
l.42+13 1.50+10 5.04+10 3.90+11 5.74+10
7.32+12 1.40110 4.19+09 3.77+09 2.44tll
1.72+,2 2.22+09 4.42+09 4.13+09 4.33+,0
2.35-01 1.56-01 1.05+00 1.10+00 1.77-01
I:::~::r;l:::~It:~:::1:::~
5.56401 5.56445 5.56486 5.56576 5.56688
2.75+12 6.55+09 2.05+10 4.7ltlO 1.6Jtll
4.36+12 1.4ltll 8.07tll 2.05+11 3.95tll
3.39+12 J.Jl+lO 2.27tll 2.06+11 8.42tll
2.41+12 4.97+09 1.80+10 1.4lt11 6.66+11
7.10-0, 1.50-01 7.91-02 6.87-01 7.91-01
ls.2p.Jp*(J/2)ls*2p*3p*(J/2)ls.2p-Jp~(l/2)1~.2p*3p.(J/?)ls.2p-3p*(1/2)-
K K K K IiK
2pr(3/2) 2pm(l/2) 2p.(l/2) 2po(3/2) 2p*(3/2)
5.63364 5.83589 5.113591 5.63660 5.83862
2.53+11 1.06+,2 3.65+12 3.61+12 1.48+,2
3.90+11 6.63+12 6.8ltl2 6.63+12 6.61+12
3.77+09 3.66410 7.95+09 3.68tlO 7.95+09
9.70+09 2.34tlO 8.97409 7.95+10 5.44tos
2.57+00 6.36-01 1.13+00 2.11+00 4.33-01
1:::~I::rI:::j-t,"~:,~~~~~~ ls~2pmlle(5/2)-[K 2p*(J/2) ls*2s*lde(5/2)-[K ?pr(J/?) ls.Zs.4de(3/2)-[K I 2p*(3/2)
5.56690 5.56691 5.56702 5.56730 5.56732
1.91+12 2.55+09 1.72+11 9.15110 l.lO+lO
3.46+12 ,.41+11 3.79tll 5.lltll 8.07+11
1.16+13 J.Jl+IO 8.77tll 5.64411 2.27+11
5.88+12 1.93+09 7.2Otll 2.88tll 9.64+09
5.07-01 5.04-02 6.20-01 5.11-01 4.24-02
5.63694 5.63945 5.64035 5.64165 5.84216
1.63+11 3.35+11 3.91+09 3.59+11 1.40+11
9.32+11 7.66+11 8.96tlO 9.32tll 7.68+11
1.10+09 S..S2+06 5.87tlO 8.lOtOS 5.82+06
5.63+09 5.09+06 9.29+09 1.24tlO 2.12+08
6.95-01 8.73-01 1.58-01 1.53+00 3.64-01
ls.2p.lp.(5/2)ls~2p~lp-(3/2)ls.2p.lpn(3/2)ls.2p.4p.(3/2)ls*2p~4p~(l/2)-
K 2p*(J12) K 2p.(,/2) KI 2p*(3/2) K 2p-(l/2) I K3 2pe(l/2)
5.56790 5.56636 5.56937 5.56949 5.57021
2.52+12 1.15tll ,.20+12 6.54+11 7.12tll
2.56+12 1.29tll 3.46+12 1.77+12 8.15tll
1.17+13 3.03+11 1.16+13 7.55+11 5.29+10
1.24tl3 3.23tll 3.70+12 1.02+12 8.6.StlO
1.06tOO 1.07+00 3.19-01 1.35+00 1.64tOQ
lr*2s~3s*(l/2)ls*2s~3d*(3/2)ls.2r.3~~(1/2)lr*2s*Jd.(J/2)ls*2s*3d-(5/2)-
Zp-(l/2) 2p*(3/2) 2pe(l12) 2p.(312) 2p.(3/2)
5.57063 5.57084 5.57096 5.57109 5.57195
1.49+12 7.56+09 3.72+11 3.60+10 6.04+11
2.17+,2 ,.29+ll l.JQ+l? 5.15tlO 1.77+12
1.6JtlO J.OJ+ll 2.00+11 2.63tll 7.55+11
2.22+10 2.12+10 1.97+11 I.8ltll 9.6Otll
1.37+00 7.00-02 9.1)9-o, 6.86-0, 1.27+00
Is*?s*3s*(l/2)ls.2s.J9*(1/2)ls.2p.4~.(3/2)Is.2p.48.(1/2)ls.2p.4f.(3/2)-
r:::~::~:I:::1:~:3:~;~~~~~ ls~2p.lp~(l/?)-[K 2pm(l/2) ls.2p-4p.(l/2)-[K 2p*(3/2) Is.?p.4p.(J/?)-[K I 2p*(J/2)
5.57267 5.57266 5.57309 5.57329 5.57343
2.9ltlQ 9.12+10 1.23+11 4.80+11 6.17+11
2.80+1, 6.lStll 2.58tll 2.17tl2 l.JOtl2
,.94+10 5.29+10 l.62+09 1.63+10 2.00+11
7.56+09 ,.ll+lO 1.54t09 7.16+09 3.28+11
3.89-01 2.10-01 9.52-01 4.40-01 1.64+00
5.57427 5.57514 5.57556 5.57697 5.57944
l.OJ+lO 9.43+10 4.,9+10 2.0JtlO 1.57+10
1.27+11 2.8Qtll 2.58+11 1.39+12 1.39+12
2.34+11 1.94+10 1.62+09 5.57+12 5.57+12
4.01tlQ 2.45+10 5.23+08 3.25+10 2.52+10
1.71-01 1.26tOO 3.23-01 5.83-03 4.52-03
lw2w4d*(3/2)-[K]2p~(l~2) Isn2se,d.(3/2)-[K]2p*(3/2) lw2s*4d-(5/2)-[K]2p*(JI?) ls*2~.4s~(1/2)-[K 2p-(1/2) ,s*2s*4r.(I/2)-[K I 2p*(3/2)
5.60072 5.60322 5.60326 5.61142 5.61392
5.4ltlQ 9.67+09 5.65+10 2.32+10 3.94+10
6.66tlO 6.66tlO 6,14+10 6.78tlO 6.76+10
6.33+11 6.33tll 6.24+11 1.04tlJ 1.04tlJ
1.96+ll 3.50+10 3.20111 4.61+10 7.8JtlO
3.09-01 5.53-02 5.12-01 4.43-03 7.53-03
1s.Jp. ls.Jp-
5.69000 5.69.530 5.71361 5.71426 5.73660
1.20tlJ 5,lJtlQ 7.68110 7.93+10 1.38tll
1.20+13 5.13tlO 3.53113 3.58+13 3.09+12
0. 0. 8.29+10 7.52tlO 4.77+10
0. 0. 7.20+08 3.33+08 4.21+09
3.00+00 3.00+00 8.68-03 4.43-03 8.82-02
lS.lp* (I) 11.11. 15*4p. (1) ls*,s* Is~Zp~4d~(S/Z)-[K]Zs~(l/~)
(0) (0)
Zr.(1/2) K 2s.(l/2) t1K]2$.(1/2)
K]2p.(1/2) K]2p*(3/2) I K]2p*(3/2) K]2p*(J/2) 1 K]2pm(3/2)
2p.(112) K 2p.(1/2) K]2p.(3/2) t1 2p*(J/2) 3 2pr(3/2)
1:::,pI:~rI:::~I~:I:~~~~~~~ ls.2s.ld.(3/2)-[K]2p.(l/2)
11.2p.4p*(l/?)-[K ls.2p.lp-(J/2)lso2p-4p*(J/2)1~.2p*lp.(5/2)ls*Zp*lp.(3/2)-
K K K IIK
ls.2p.4p*(5/2)-[K]2~*(3/2) Is.2p~4p-(3/2l-[K]2p~~J/2) ii:in;ln;iirairiiiin:iliri , . .
(1) (I)
.
-
111ls* lsalsa
I::,2,p::,drl:::l:t:~~~:~~~~~ Is.Zp.Jd.(l/2)-[K]?s~(~/2~
(0) (0)
9w
ls*2p.Jp9(3/2)ls*2p*Jp*(5/2)ls*2p*Jpe(3/2)-
LAMBDA
K]?p.(3/2) K]2p.(J/2) I K]2p.(J/2)
r:::~:::;II::~:~rr~~~~~~~~~
,s*Zpn4p*(J/2)-[K lsm2p*4d*(1/2)-[K Is*2p*4p-(l/2)ls*?pr4p.(3/2)lsn2p*lpo(3/2)-
350
AUGER
Qd
99
K K K K K
2pe(112) 2pe(l/2) ?p.(J/Z) 2p.(3/2) 2pr(3/2)
5.85549 5.65596 5.65621 5.a5669 5.65872
1.14tt1 5.64411 1.67+11 s.ot+lQ 5.76tll
3.66+12 6.87tll 3.66+12 6.87+11 S.Sl+ll
1.89+13 5.14412 l.Wtl3 5.14+12 5.02+12
1.90+11 1.99+12 2.10+11 3.20tll J.OStl2
1.01-02 J.B7-01 1.49-02 6.23-02 6.17-0,
K K K K K
Zpe(lI2) 2p*(3/2) 3s*(l/2) Js.(l/2) Jp.(1/2)
5.66616 5.68692 I.31641 6.31646 6.32015
l.SO+ll 3.4Otll 1.74+10 1.77+10 1.92+09
5.3Otll 5.3Otll 3.76+11 3.77+,3 J.Slt13
3.6JtlJ 3.6Jtl3 4.26tll 7.89tll 3.13tlO
3.75+1, 6.70+1, 7.75+06 7.26+06 6.16+06
1.03-02 1.65-02 1.62-03 9.21-O) 1.97-04
6.32096 6.32672 6.32762 6.32956 6.32961
2.32+09 2.OOtOS 6.04tOS 3.35+09 3.47+09
3.90+13 J.75tlJ 3.75+13 3.02+13 3.84+,3
J.OS+lO J.lStl2 J.lS+lZ 1.49+1, 1.40+,1
1.10+07 3.13+08 9.46+06 5.22+07 2.53107
3.56-04 9.81-05 2.97-04 3.50-04 1.80-04
6.33040 6.33079 6.33096 6.33099 6.33131
1.77+09 3.89+09 5.29+09 5.5OtlO 9.,3+09
3.99+13 3.73+11 4.03+13 3.8JtlJ J.SS+lJ
1.11+12 ,.78+09 7.49+06 8.43+12 1.11+12
1.91+06 3.69+07 1.97+05 3.96+10 8.79+08
1.73-04 2.08-02 2.63-O) 4.70-03 7.93-04
6.33163 6.33189 6.33214 6.33236 6.33296
7.16+10 7.38+09 3.62+09 1.06+10 1.52+10
3.86+13 3.83+13 6.0,+,, 3.73+,3 3.78tlJ
7.69+12 8.43+12 6.41+07 4.98+12 4.91+12
7.26+10 5.32+09 1.54+06 7.48+09 1.4OtlO
9.23-03 6.31-04 2.41-02 1.50-03 2.64-03
6.33321 6.33339 6.33349 6.35526 6.35617
1.72+09 3.64+09 2.55+09 l.SJ+lO 4.96+10
3.87+,3 3.87+,3 J.87tl3 4.36+12 4.36+12
l.59tll 6.83107 1.59+11 J.J9+12 J.J9+12
4.24+07 2.57+04 6.27+07 1.34+10 4.35+10
2.66-04 3.76-O) 3.94-04 J.94-03 1.28-02
II II
39m(l/2) Js.(1/2) I( 3pm(I/2) K 3pm(1/2) K Jp*(3/2)
II
AtomkDa~andNuclesrDataTables.Vd.38.No.Z.Marehi~
J. MLSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line $luorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
1 = 14
1 = 14
IRANSIIION
LAYBOA
A(il)
A(il)
A( tol)
6.65615 6.65920 6.65931 6.65903 6.65942
3.74tl3 3.74+13 4.Olt13 J.lJtl3 5.05tll
3.76+13 3.77+13 4.01+13 3.13+13 3.99tl3
4.26+11 7.69411 0. 1.17tl3 1.11412
1.67+12 1.53t12 0. 6.9ltlJ 5.46tlO
3.92tOO 1.94tOO 3.ootoo 5.62tOO 4.93-02
ls*2p*3d.(1/2)-[K]3s*(l/2) ls~2p*4p*(3/2)-[K]4p.(3/2) ls*2p*4p.(1/2)-[K]4~.(1/2) ls~2p*3dw(3/2)-[K]3s*(l/2) 1~.2p*4pe(3/2)-[K]4p.(II?)
6.65954 6.65996 6.66003 6.66005 6.66006
3.13+10 3.60+13 2.64+13 S.JO+lO 3.69+13
3.lJtlO 3.99+13 4.03+13 6.35110 3.63tlJ
1.06+10 l.lltl2 7.49tO6 1.99tlO 6.43t12
1.59tlO 4.11+12 1.06+09 4.66+10 2.66t13
1.49+00 3.71tOO 1.4ltOO 2.57tOO 3.16+00
6.60-02 1.57-02 1.22-02 2.10-02 2.54-02
ls*2p*Sd*(5/2)ls*2p*3d*(5/2)-
K]3d-(312) f K]3d*(5/2)
6.66023 6.66050 6.66053 6.66303 6.66334
3.75+13 1.05+13 3.96tll 4.97+12 3.3lt13
3.66413 4.03+13 3.83+13 3.81+13 3.61+13
7.89t12 7.49108 9.43+12 1.42+11 1.42tll
3.61+13 3.91+06 2.66tll l.lltll 7.37tll
4.63tOO 5.22-01 3.39-02 7.61-01 5.20tOO
3.30+06 2.04+09 1.26t06 6.50409 2.37t06
2.03-02 1.42-02 7.72-03 3.26-02 1.22-02
ls*?p*Jd-(3/2)-[K]3d.(3/2) 1~2p*4p*(3/2)-[K]4f-(5/2) ls*2p*3d.(3/2)-[K]Jd*(5/2) ls*2p*lp.(5/2)-[K 4l~(7/2) ls*2~.4pe(3/2)-[K 3 4f.(5/2)
6.66345 6.66369 6.66376 6.66412 6.66434
3.50+13 4.29tQ9 2.99t12 3.50410 2.66+10
3.60+13 3.99113 3.80+13 3.66t13 3.63+13
1.14+06 l.llt12 1.14tO9 7.69+12 6.43tl2
4.22+06 4.64+06 3.60t07 3.56410 2.09+10
3.69tOO 4.19-04 3.15-01 4.51-03 2.47-03
1.4OtlO 2.25+10 1.40110 1.62+09 1.94tlO
1.13t09 2.15+09 9.49+06 2.91+07 4.41+06
6.06-02 9.54-02 6.79-02 1.60-02 2.27-02
1s~2p~3s*(1/2)-[K]3.*(1/2) lr~2p*Ss~(3/2]-[K]3~*(1/2)
6.66466 6.66540 6.66691 6.66693 6.66725
2.95tlJ 2.96tlJ 1.67+10 3.43411 1..39+11
3.09+13 3.13113 3.67+13 4.33tll 2.66+11
6.69+12 6.60+12 9.16rl2 5.27tlO 3.66+10
1.32+13 2.06t13 1.29tlO 1.49411 4.30110
1.49tOO 3.lJtOO 1.40-03 2.93+00 1.17tOO
1.13t12 1.13+12 1.99+12 1.39tl2 1.39+12
l.Jlt13 1.31413 1.14+13 5.57t12 5.57412
7.05+09 5.37+10 2.74tlO 1.91tlO 3.26+10
5.39-04 4.10-03 2.41-03 3.42-03 5.69-03
6.66792 6.66606 6.66646 6.66669 6.66907
3.53+13 3.07+13 2.94+13 3.02tl3 4.63tll
3.67+13 3.3Otl3 4.17413 3.14+13 3.30+13
9.16+12 2.69tlJ 6.07+06 3.21+13 2.69113
2.71tlJ 5.52413 6.26+09 9.15tlJ 6.69tll
2.95+00 2.05tOO 1.36tOO 2.65tOO 3.22-02
2.69tlO 2.66tlO 3.57+09 3.53+09 3.57t09
2.97+12 2.96+12 1.07+10 1.09+10 6.76+10
1.33+12 1.37tl2 1.19tlO l.lStlO 1.04tlJ
1.66tlO 3.35+10 1.13+10 1.45tlO 7.10+09
1.25-02 2.45-02 9.52-01 1.26tOO 6.62-04
6.66946 6.67166 6.67193 6.67205 6.67413
9.24412 5.27410 3.31+11 2.77tll 2.29+11
4.17+13 3.76+13 3.77tlJ 3.76+13 3.73+11
6.07+06 4.26tll 7.69+11 4.26tll 1.76tO9
2.69+06 2.35tOD l.JStlO 1.23tlO 2.16+09
4.43-01 5.52-03 1.72-02 2.90-02 1.22tOO
6.61574 6.61661 6.63059 6.63949 6.63915
3.lltll 3.22tll 6.60+09 2.36tll 2.39+11
3.53t13 3.56t13 3.9Otl3 3.62tl3 3.64t13
6.29tlO 7.52+10 1.14+06 1.49tll 1.4Otll
2.91t09 1.35+09 9.1.3+04 3.70+09 1.74r09
3.51-02 1.60-02 7.15-04 2.46-02 1.24-02
6.67562 6.67513 6.67069 6.67909 6.66105
2.14tll 5.69110 9.36t0.3 1.06+12 4.30t12
6.Oltll 4.62tll 6.06+09 3.09+12 1.66+13
6.41+07 3.60tlO 2.99+06 4.77tlO 2.07+13
9.13+07 1.56+10 1.34+06 3.21tlO 4.77t12
1.43+00 4.40-01 4.47-01 6.73-01 2.31-01
4s.(1/2) K 33s.(1/2) K 4pm(1/2) K 34p*(3/2) I K]Jde(3/2)
6.64402 6.64666 6.64607 6.64643 6.64646
1.79+09 1.69tl2 3.6OtlO 4.66tlO 3.00+12
3.67t13 3.09t12 3.91+13 3.90+13 3.53+13
6.63t07 4.77tlO 3.13tlO 3.09+10 6.29+10
1.25+04 5.75+10 1.16+06 2.21+06 2.91tlO
1.64-04 1.21tOO 3.69-03 7.15-03 3.39-01
6.66119 6.66179 6.68209 6.69220 6.66242
7.72+11 3.32+10 1.49112 6.25t12 3.52+12
1.66t13 4.29t12 4.26+12 1.66tlJ 3.63+12
2.54+12 4.69tlO 4.69tlO 2.54+12 3.46tlJ
2.OJtll 1.50109 6.72tlO 1.64t12 1.26+13
6.00-02 3.06-02 1.37+00 6.40-01 3.66-01
K]lpa(3/2) K]Js*(1/2) K Jd.(5/2) i K 3d.(3/2) I 4fe(5/2)
6.64653 6.64674 6.64676 6.64933 6.65223
6.9lt09 2.59t12 3.19+13 3.54t13 1.74t12
3.91tlJ 4.26t12 3.53tlJ 3.56tlJ 3.90+13
3.13tlO 4.69+10 6.29tlO 7.52tlO 3.09tlO
2.65107 1.17tll 2.99+11 1.46tll 6.23+09
9.11-04 2.39400 3.61tOO 1.97+00 2.67-01
6.66443 6.66445 6.66460 6.66491 6.68549
1.44410 3.90110 1.23+13 1.36tlO 5.76+09
1.12tll 6.11+10 1.66+13 O.lltlO 2.40110
2.25tlO 5.79110 2.07+13 5.79tlO 9.9lt09
9.62+09 6.33tlO 1.36+13 2.26410 6.73+09
4.27-01 1.09+00 6.58-01 3.91-01 6.79-01
6.65230 6.65233 6.65294 6.65315 6.65331
3.72413 3.9OtlJ 7.51+12 3.23+12 3.47+,3
3.90tlJ 3.91+13 2.63,13 3.92+13 3.92tlJ
3.09tlO 3.lJtlO 9.62,12 1.49+11 1.49+11
1.77tll 1.25tll 3.67t12 5.02+10 5.40111
5.72tOO i:99+00 3.94-01 3.37-01 3.62tOO
6.66592 6.68589 6.611595 6.69669 6.66673
2.41+10 5.54+12 1.62+09 1.27+09 1.94+10
9.24+10 5.69t12 2.40+10 7.43410 6.25tlO
1.21111 3.31tlJ 9.91t09 1.04+10 1.13rll
9.2OtlO 9.46+12 2.13409 6.26+09 6.73tlO
6.76-01 2.60-01 2.15-01 6.01-02 5.96-01
6.65351 6.65364 6.65364 6.65391 6.65392
J.BltlJ 2.07tl3 3.67tlJ 3.93+13 1.56+12
3.64+13 2.9St13 3.62t13 3.63+13 3.62113
1.40tll 9.82+12 3.02tll 2.94tll 3.02tll
2.76tll 1.07tlJ 2.30+12 2.92tl2 9.92tlO
1.96tOO 1.09400 7.6ltOO 9.92+00 3.26-01
6.68693 6.66739 6.66766 6.66792 6.66911
5.61+09 5.36tll 3.6Otll l.Jl+ll 9.34tll
4.36tl2 4.36+12 1.13+12 3.73tll 1.99+12
3.39+12 3.39+12 l.Jlt13 1.76+09 1.14+13
4.91+09 4.71+11 1.40+12 1.25+09 1.59t12
1.45-03 1.39-01 1.07-01 7.00-01 1.40-01
6.65534 6.65590 6.65596 6.65606 6.65606
l.OOt13 2.7ltl3 1.61+12 3.70t13 J.71+13
3.75tlJ 3.75+13 3.67+13 3.97+13 3.97+13
3.19+12 3.19112 5.19407 6.56+07 5.19107
1.57+12 4.24rl2 1.72r07 3.76+06 3.98t08
4.92-0, 1.33+00 3.32-01 5.73400 7.67tOO
lso2p*4dn(3/2)-[K 4d*(5/2) ls*2p.41.(5/2)-[K 34f-(5/2) 1~.2p*4f.(5/2)-[K]41*(7/2)
6.66917 6.69943 6.66959 6.66966 6.66974
1.39tll 1.16tlO 3.6Otll 2.22+09 2.94+10
2.04tll 6.Oltll 6.0ltll 9.24+,0 9.24tlO
4.10111 6.41+07 6.4lt07 1.21tll 1.21tll
7.42+11 4.94+06 1.54r06 7.55409 l.OO+ll
1.61tOO 7.71-02 2.4OtOO 6.24-02 6.26-01
ls*2p.41.(5/2)-[K 4f.(7/2) ls.2p.ld.(5/2)-[K I' 4dm(3/2) lv2pa4de(5/2)-[K]4d.(5/2) ls.2p.ld.(7/2)-[K 4d*(5/2) ls.2p.Jd.(5/2)-[K I Jde(3/2)
6.65613 6.65655 6.65672 6.65710 6.65746
1.72t12 3.03tlJ 7.00+12 3.76+13 2.65+13
3.67+13 3.73+13 3.73t13 3.76+13 3.06+13
6.56407 4.96t12 4.96+12 4.91t12 1.16+13
1.75+07 2.14tlJ 4.95+12 3.47t13 4.37+13
2.66-01 4.30tOO 9.93-01 7.06tOO 3.76tOO
1~2p.4f.(5/2)-[K]41-(5/2)
6.68980 6.68996 6.69020 6.69036 6.69056
1.29tlO 2.23tlO 5.06tlO 4.3ItlO 3.06tlO
2.4OtlO 2.05tll 1.63411 1.63tll 6.25tlO
9.91+09 2.06tll 1.57tll 1.57tll 1.13tll
1.50tlO 6.69tlO 1.49111 1.27tll 1.06tll
1.52tOO 3.25-01 9.50-01 6.09-01 9.39-01
ls.2p.4do(5/2)-[K]4d.(3/2) lsa2p.,d*(5/2)-[K]4d*(5/2) lra2p.4d.(3/2)-[K 4d.(3/2) lse2p.Jd.(5/2)-[K 36.(5/2) ls*?p~40.(3/2)-[K I 4d*(5/2)
6.65749 6.65766 6.65770 6.65779 6.65766
7.17+12 3.15+13 3.54tlJ 4.13t12 3.27+12
3.67tlJ 3.67tlJ 3.67tlJ 3.06tl3 3.67tlJ
1.59tll 1.59tll 6.63+07 1.16t13 6.6Jt07
1.76tll 7.74tll 2.50+06 6..32+12 2.3ltO7
l.lltOO 4.67tOO 3.66+00 5.97-01 3.36-01
ls*2p*4f*(7/2)-[K]4fe(5/2) ls~2p.41~(7/Z)-[K]4f.(7/2) 1~.2p~41~(3/2)-[K 4p.(l/2) ls~2pell*(5/2)-[K 4p.(3/2) ls.2p.lf.(3/2)-[K I 4p.(3/2)
6.69086 6.69093 6.69113 6.69155 6.69159
5.34t09 1.37tlO 5.99t09 2.00111 2.56+09
1.90+10 1.9OtlO 1.4ltll 3.95+11 1.41+11
2.21+06 2.21+06 3.3ltlO 6.42tll J.JltlO
4.91t06 1.26+09 4.54r09 6.17tll 1.96409
2.22tOO 5.69+00 1.37-01 9.71-01 5.91-02
ls.2p.41.(5/2)ls.2p*4d.(1/2)-
K]Jp.(3/2) K]Sd.(3/2)
A( lot)
AUGER
Od
IRANSIIION
0
6.36011 6.36074 6.36125 6.36200 6.36225
1.41t09 8.58t09 1.39+10 6.46tlO 1.13tlO
3.79t11 3.73+11 2.56t12 2.04tll 3.46+12
a.77+11 1.76+09 1.17t13 4.10tll 1.16+13
5.90109 6.14+07 6.63tlO 3.46tll 3.46tlO
6.73-03 4.59-02 5.66-03 6.44-01 3.00-03
1~2p*4s.(3/2)-[K ;$.';;)l/')-[K
4s.(1/2) 3 4.*(1/2) - lS.lSS (0) ls:2p:3d.(7,2)-[K]3d.(5/2) ls*2p*4p*(3/2)-[K]4~-(1/2)
ls.2p.4d~(3/2)-[K]3d.(5/2) 1,.2sn41-(5/2)K]3de(J/Z) 1~.2s~4l.(5/2)t K]3d*(5/2) Is~2p*4p*(3/2)-[K 3p.(3/2) lso2po4p.(3/2)-[K i Jp.(l/2)
6.36236 6.36260 6.36306 6.36317 6.36416
7.68+09 6.34+10 5.73t09 l.JltlO 1.02+09
6.01411 1.63+11 1.63+11 3.46t12 1.29tll
6.41t07 1.57+11 1.57+11 1.16t13 3.03tll
3.26tO6 1.67tfl 1.66+10 4.03+10 2.66t09
5.11-02 1.,9+00 1.09-01 3.46-03 9.44-03
lsa2s.41.(7/2)-[K 36.(5/2) ls*2p*4p*(J/2)-[K 3Jpe(112) ls*2p*4d.(5/2)-[K]34-(3/2) 1~2p*4p*(3/2)-[K 3p.(3/2) 16.2p.4p.(1/2)-[K 33pe(1/2)
6.36459 6.36563 6.36569 6.36654 6.36657
4.59t09 9.95t09 1.41+09 1.33+10 l.lOtlO
3.45tll 1.77+12 5.61411 1.77t12 6.15tll
6.20+10 7.55tll 1.29tll 7.55111 5.29tlO
7.05+09 1.19+10 1.5&09 1.56110 1.34+09
Is.2p.4p.(l/2)-[K]3p~(1/2) lsa2pelp.(3/2)K]lpe(1/2) lsa2pe4p*(l/2)1 K]Jp*(3/2) ls.2p.4~~(3/2)-[K]3~.(3/2) ls*2p~4p~(3/2)-[K]3p~(112)
6.36736 6.36755 6.36629 6.36646 6.36979
2.21tlO 5.35t09 9.43109 1.22tlO 9.14tOB
2.17t12 l.JOtl2 2.17t12 1.30+12 2.60tll
1.63tlO 2.00+11 1.63tlO 2.OOtll 1.94tlO
ls*2pvld.(5/2)-[K 3de(312) ls.2p.ld*(3/2)-[K 13de(312) ls*Zpeld*(5/2)K]3d.(5/2) ls*2p.4~.(1/2)I K]Jpe(l/Z) lr.2p.4~.(3/2)-[K]3~.(3/2)
6.36967 6.37011 6.37015 6.37034 6.37071
2.46+09 3.22+09 2.07409 2.34+09 1.70+09
1.69tll 1.12+11 1.69tll 2.56+11 2.6Otll
ls~Zs.lp*(3/2)-[K ls.2s.lp.(3/2)-[K ls*2~.4p~(1/2)-[K 1~.2se4s.(1/2)ls~2s.4~*(1/2)-
Jde(3/2) 3d*(5/2) Sd.(3/2) K 3pe(1/2) 1K 1 30@(3/2)
6.37304 6.37332 6.37435 6.37540 6.37632
1.91+09 1.46tlO 1.6ltlO 1.19110 2.05+10
1~.2s~4p*(1/2)lse2s~4p*(3/2)ls~2so4l.(5/2)-[K ls~2s~4f.(7/2)ls.2~*4~.(1/2)-
K 3s.(1/2) EK 3s*(1/2) 3d.(3/2) K 36.(5/2) 1K 1 3pe(3/2)
6.39166 6.39163 6.41232 6.41263 6.42139
lr.Zp.3d.(3/2)ls*2pa3dm(1/2)ls.2p.Sd.(3/2)-[K ls*2p.4d*(3/2)ls.?p.ld-(l/2)-
K 3,~(1/2) i K 3s.(l/2) 31*(1/2) K 4s*(1/2) EK 4s*(l/2)
ls.2p*4de(3/2)-[K 1,.2pa3d*(l/?)ls*2p*41-(3/2),sn2p*lf*(5/2)Is*2p*3d*(3/2)ls.2p.ll.(3/2)1,,2p*34*(3/2)lsn2pa3d.(3/2)Is.2p.Jd.(l/?)ls.2p.41*(5/2)-[K
1 ~lttri~~~~~iir~Ijlg~~~~~~
ls*Zp*4d-(l/2),~.2p'Jp*(,/2)ls.2p.41.(7/2)ls.2p*lf*(9/2)ls.2p~4fe(7/2)-
i
i
K]4d.(3/2) K]Jpa(3/2) K 41-(5/z) K 4fo(7/2) K I 41.(7/2)
LAMBDA
ls*2p-Jd.(l/2)-[K]3s*(l/2)
351
Atomic
Data and Nuclear
AUGER
Qd
01
Data Tables. Vol. 38. No. 2. March
1988
Dielectronic SatelliteSpectrafor Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensitv Factors. and Line Fluorescence Yields fo; Satellites of He-like Ions ’ See page 344 for Explanation of Tables
z = ,4
z = 14
TRA6.1110~
LAUBOA
A(if)
A(1ot)
6.69165 6.69172 6.69173 6.69175 6.69ta5
3.2OtlO 5.93+11 1.72tlO 1.35rll l.oa+to
4.92+10 8.07+11 4.92+10 3.79tll t.oatto
7.82tOa 2.27tll 7.a2toa a.77rll 5.54toa
4.00+09 5.22+11 2.lStO9 5.65tll 5.27+09
5.12tOO 2.29too 2.76+00 6.44-01 9.51*00
6.69203 6.69216 6.692la 6.69230 6.69251
3.4ltll 3.26tll 1.29tll 6.92+12 7.t4to9
3.45tll 5.11+11 a.07tll 6.94+12 a.oato9
a.20tto 5.64tll 2.27tll 9.5ttto 2.99toa
5.23tll 1.03412 l.l4+11 7.49tii 1.02to9
6.69263 6.69283 6.69300 6.69300 6.69302
2.59+12 2.22ttt 3.64tlt 2.39+10 1.25+10
2.6tt12 2.46tll 1.24~12 2.46tll 2.56+12
a.55tlJ 4.46tlO 9.52tll 4.46+10 1.17+13
6.69321 6.69331 6.69339 6.69356 6.69360
1.05+10 4.77412 3.76ttl t.a4+tt i.6itii
6.J5tlo 4.7at12 5.61tll 5.11+11 t.6t+tt
6.69381 6.69366 6.69391 6.69450 6.69467
i.Jltll 4.93+09 2.2ot11 5.46t09 7.12tlO
6.69492 6.69514 6.69515 6.69527 6.69539
AUGER
Od
A(if)
A(lot)
6.70047 6.70046 6.70053 6.70054 6.70082
5.a9tlO 9.67+10 I.30110 9.92,tO 4.64+09
4.JJtll 2.a6tll 7.4JtlO 1.30+12 2.17+12
5.27+10 3.66tlO 1.04tlO Z.OO+ll 1.6JtlO
2.56tlO 2.2OtlO 3.60tlO 5.27+10 6.9ltO7
4.1)5-01 5.99-01 3.45+00 2.64-01 4.25-03
6.JatOO t.a2+00 5.00-01 7.87+00 3.41+00
6.70101 6.701211 6.70152 6.70166 6.70223
1.9atil 4.66+10 2.95+10 2.22+11 1.16ttl
1.30+12 4.92t10 1.13+12 1.13t12 1.27tll
2.OOtll 1.64tlO l.Jl+lJ 1.31*13 2.34tll
1.05+11 2.3JtlO I.09411 6.17*11 4.5Jtll
5.27-01 1.42+00 a.30-03 6.25-02 1.94too
t.ot+t~ 2.05tll 6.32tll 2.20+10 6.13+10
f.ta-01 4.59tOO 6.64-01 4.93-01 5.26-03
6.70297 6.70302 6.70349 6.70363 6.70410
3.41+11 1.35*11 t.a9tfo 6.117+10 2.13tlO
1.99+12 2.aottt 2.aotft 2.5aitt 2.5aili
1.14t13 1.94+10 1.94+10 1.62to9 1 .s2*09
5.aottt 3.51t10 4.90+09 a.5atoa 2.66*oa
5.10-02 i .aitoo 2.52-01 5.30-01 1.64-01
1.89IlO a.22ttJ 1.29tll 1.29t11 t.tato9
9.64+09 9.01+12 4.22+11 2.06tll 9.311+09
5.10-01 1.10-01 3.27+00 l.SOtOO 7.94+00
6.706aa 6.70705 6.7073a 6.701112 6.706a3
J.lOt10 2.79*11 4.85tto 1.39tto 2.5attt
1.24+12 1.24+12 5.74*10 1.50*10 6.56+11
9.52+11 9.52+11 2.44tll 1.40*10 3.47+09
5.39110 4.a4ttt 2.36tll 2.6atlo a.14409
5.67-02 5.09-01 9.65-01 l.9ltoo 2.j5*00
2.05tll 2.05tll 2.20111 5.46t09 J.46tl2
2.06+11 2.06+11 5.02+09 1.46tlO 1.16+13
3.94rll 1.4atlO 2.94tio 3.17+10 2.4lttl
1.91+00 7.20-02 5.a7+00 2.tatoo 2.08-02
6.70063 6.70909 6.70914 6.70914 6.70923
1.36tlO 2.10+11 3.96+11 4.20+11 4.68+11
5.04+10 5.a7ttt 6.56tll 4.02+11 I.39412
4.19to9 2.96tt2 3.47tO9 3.60+10 5.57+12
2.06+09 3.51+11 1.25110 1.17+11 7.49111
4.97-01 t.i9-at 3.60+00 3.24+00 l.J5-01
1.35+12 2.47tll I.20111 t.4attt 1.12+10
9.77+12 3.46t12 1.2Otll 1.46+11 3.95tll
2.59ttJ l.l6+13 2.34tO9 t.5ataa a.42+11
5.aat12 7.60111 2.29tio 1.26to9 4.57+10
2.27-01 6.55-02 9.attoo 7.99+00 5.43-02
6.70947 6.70970 6.70965 6.71049 6.71209
2.54+10 a.52+11 6.04+09 3.6I+o9 5.6OrlO
J.BO+ll 1.39+12 5.04tlO 3.9o+ii 5.60+10
3.77+09 5.57+12 4.19+09 3.77409 l.6JttO
9.75tOa l.Jttt2 1.23+09 f.46toa 1.10111
2.56-01 2.45-01 2.95-01 3.a7-02 6.03+00
6.69544 6.69547 6.69555 6.69561) 6.695711
1.24tll 2.oaito 6.21+12 7.13+10 4.89+10
1.41+11 3.95+11 7.Jlt12 3.79+11 1.27+11
J.Jl+lO a.42ttt l.J6+11 L).77+11 7.4jt09
9.3atto a.47tto 6.79+11 2.99ttt 1.55t10
2.a4too 1.01-01 5.01*00 3.40-01 2.09+00
6.7tsoa 6.71310 6.71339 6.71376 6.71409
t.oa+tt 9.15110 4.29+10 1.06tll 6.16+09
1.51+11 1.29+11 l.5lttl 1.12ttl 1.12+11
1.54t10 2.73+10 1.54tlo 3.9t+Oa 3.91tOa
6.00+10 6.19ttO ?.Ja+lO 1.47tO9 6.56tO7
3.9otoo 2.52rOO l.55+00 3.77tOD 2.19-01
6.69516 6.695a7 6.69595 6.69601 6.69603
t.oati2 5.62+11 a.04tto 2.06+09 5.32+10
7.31+12 3.2ot12 1.27tll 5.11+11 a.07ttt
1.36+11 1.54+13 7.43+09 5.64+11 2.27tll
i.tatit l.a6+12 2.66ttO 6.47tO9 4.6atto
a.7t-01 1.21-01 3.5atoo 1.15-02 2.06-01
6.71412 6.71444 6.71603 6.71606 6.71612
3.55*10 4.OlrO9 4.aatlt l.l7+12 4.4ato9
4.2OtlO t.a7+tt 6.63*12 6.aiti2 3.63112
4.77tO6 1.07411 3.6atto 7.95*09 3.46tlJ
7.95tO6 5.64tO9 i.oatio 2.72tO9 1.62+10
1.67+00 5.47-02 2.93-01 3.42-01 4.6a-04
6.69608 6.69626 6.69643 6.69641 6.69660
9.13+10 4.35t10 4.aSrO9 7.65tlo J.a6to9
5.11+11 4.a2tto 4.82tto 7.15*10 1.29*11
5.64tll 2.76tO9 2.76to9 4.14*09 3.03*i1
2.87+tt 9,.44+09 1.01t09 7.05to9 l.oa+to
5.10-01 3.42tOO 3.66-01 I. got00 3.51-02
6.71705 6.7i7oa 6.71930 6.7lOJI 6.72007
1.47tl2 3.16ttl 9. bOt09 6.57rlO 2.46tlt
6.6Jtt2 6.altt2 5.69+12 a.96+10 9.32+1t
3.66tlO 7.95+09 3.3ati3 5.07tto a.toto9
3.24tlO 7.36toa 1.64tio 2.03+11 a.4ato9
a.at-01 9.26-02 4.16-04 3.47too t.05too
6.696117 6.69661 6.69694 6.69727 6.69735
2.119+09 4.7ato9 9.40+09 1.63+09 5.92t12
2.56t12 3.2ot12 2.56+12 1.29+11 6.34tt2
1.17tlJ 1.54tiJ l.lI+lJ J.OJ+ll 6.49+11
1.42tlO t.5atto 4.67tlO 4.57+09 4.20+12
1.22-03 1.03-03 4.00-03 1.51-02 4.94+00
3p-(l/Z) Jp.(J/Z) Jp.(3/2) 2#.(1/2) 2#.(1/2)
6.72075 6.72109 6.72177 6.72451 6.72655
2.13t11 1.6Jtll 7.94+10 3.44+13 3.2Jtl3
7.6aitt 9.32+11 7.6attl 3.45+13 3.23ttJ
5.a2toa a.lOtOS 5.a2tOa 5.20+12 1.07tl3
3.23+oa 5.63+09 1.2OtOa l.al+lJ 1.6ttt3
5.55-01 6.94-01 2.07-01 3.47+00 t.5OtOO
6.69763 6.69772 6.697117 6.69769 6.691101
1.55tlO 1.51+12 1.36ttz 5.C!4+12 1.34+11
5.15tlO 6.67tl2 3.09ttJ 1.42+13 1.69+11
2.6Jtll 2.62ttO a.a9tt2 7.32tl2 1.40110
7.79+10 2.37+10 6.06ti1 7.95412 6.14tlO
2.96-01 9.05-01 6.112-02 1.09tOO 4.39+00
2pm(l/2) Jd-(J/2) 3d*(5/2) Jd-(J/2) 2pm(l/2)
6.73052 6.73125 6.7J156 6.73234 6.73406
5.95112 1.21+11 1.09+12 1.24+12 J.al+lJ
5.46tlJ 6.67tl2 6.67+12 5.99tt2 5.5JtlJ
2.94+12 2.62tlO 2.62tlO 3.37tOa J.SS+lO
l.2ttl2 l.aS+OS 1.71+10 l.JS+Oa 5.43+10
4.14-01 7.22-02 6.53-01 4.13-01 1.37tOO
6.69818 6.69827 6.69641 6.691144 6.691161
3.06t10 2.21+10 9.02rlO 6.83+10 a.46+10
t.69ttt 1.12+11 1.77+12 1.12tll J.lJtlJ
1.4otto 2.25tlO 7.55+11 2.25ttO 6.60t12
t.4ofto 1.4a+lO l.Oa+tl 4.57tlO 5.91+10
t.oo+oo 6.57-01 1.43-01 2.03+00 8.96-03
2p.(J/2) 2p*(J/2) 4#0(1/2) 3pm(112) 4#.(1/2)
6.73413 6.73767 6.74101 6.74200 6.74200
4.16ttJ 1.72ttJ 1.67+10 1.17+12 3.02+10
5.46tlJ 5.5JrtJ 2.97tt2 3.66+12 2.96+12
2.94tl2 J.SStlO 1.33+12 t.aS+lJ l.J7+12
9.92+12 2.46tlO 1.15tto 1.97+12 J.al+lO
J.Ja+OO 6.22-01 a.66-03 1.04-01 2.79-02
6.69a79 6.696aa 6.69690 6.691192 6.69196
7.01111 2.tato9 1.17tl2 1.52112 7.a5+to
5.99*12 l.77+12 1.42tlJ J.lJ+lJ 7.a5+to
3.37toa 7.55t11 7.32t12 6.60+12 3.36+10
7.a9t07 2.soto9 2.55tl2 1.06+12 t.aa+tt
2.34-01 3.45-03 3.4a-01 1.61-01 5.60+00
6.74263 i.74JO3 6.74366 6.74370 6.74450
2.56+10 2.lat12 7.27+09 1.4JtlO t.a3t13
6.17+11 3.66+12 6.a7+11 5.Sltll i.aati3
5.14+12 l.aS+lJ 5.14+12 5.02+12 t.4oti4
9.04+10 3.65tl2 2.57ttO 7.65ttO 6.44tiJ
1.76-02 1.93-01 4.99-03 1.53-02 4.5a-ot
l#.2p*,p.(J/?)-[K]4f-(5/2) 1#.2p*Jd.(7/2)K]Jd*(5/2) l#.2p*Jd-(5/2)I K]Jd.(J/2) Ir.2p. (1) - IS.l#~ (0) 1#.2p.Jd.(5/2)-[K]Jd.(5I2)
6.691199 6.69901 6.69961 6.69966 6.69992
4.62+09 2.54+10 2.a7rlO 1.52tll 4.4OtlO
3.46+12 2.54+10 7.27tlO 1.52tll 7.27tlO
l.l6+13 1.5a+lO 4.22+09 0. 4.22+09
1.46tlO 7.7.9+10 9.45tO9 0. 1.45tlO
1.26-03 4.9JtOO 2.24+00 3.00*00 3.43100
6.74496 i.745;7 6.74503 6.746lJ 6.74102
7.OatO9 7.JStii 4,2J+ll 5.45111 2.114+09
1.07tlO 1.09410 5.97+12 6.03+12 6.66410
l.lStlO 1.15+10 a.63+11 9.51111 6.33tll
2.24ttO J.OJttO 1.07tll 2.97411 l.OJ+tO
l.aStOO 2.62+00 1.24-01 3.12-01 1.63-02
ls.?p.4d~(5/2)1#.2p.4de(5/2)!#.2pr3de(J/2)I#*2p.4p*(1/2)l#*2pe4#.(3/2)-
6.69993 6.70009 6.70016 6.7OOJ5 6.70037
t.t7ttt 2.07tto 3.06+10 1.58111 1.7lt11
1.36+11 i.3ati1 4.3J+II 2.17t12 1.07tll
f.oitto i.oi+io 5.27+10 1.6JtlO l.07tll
4.attto a.5tto9 I.33410 2.36+09 2.49tll
4.75+00 a.40-ot 2.52-01 1.45-01 2.33100
6.74112 6.74a17 6.741164 6.74952 6.74977
5.16tti 2.92tOS 1.79ttJ 9.67tOS i.53tos
t.aatt3 6.14410 1.79+13 l.al+lt 4.57+10
1.40+14 6.24+ll 1.44+14 4.12+10 5.3atos
t.a2+12 1.6OtlO 9.55+13 7.24109 3.22toa
1.30-02 2.56-02 6.64-01 1.76-01 5.99-02
l#*Zpolp~(5/2)t#r2#.Jde(J/2)1#*2p*4p*(5/2)1#*2p*lp.(J/2)!:*2#*3d*(5/2)-
K K K K I !K
K K K K Ii K
4f.(5/2) Jp.(J/?) 41*(7/2) 4p*(J/2) Jp*(3/2)
4d.(J/2) 4d.(5/2) Jd.(J/2) (p-(1/2) 4#.(1/2)
99
TRANSITION
1#*2p*4#*(3/2)l#*2p~4#*(3/2)l#*2p~Jp*(5/2)-~K lr~2p*Jp-(J/2)1#*2p*Jd*(5/2)-
l#*2p*2p.(3/2)l#*2p.Zp.(l/2)l#~2#~4p.(l/2)1#~2#.3#.(1/2)1#*2#*4p*(3/2)-
lr.2p.Zp.(3/2)l#.2#*4d.(5/2)lr.2p.2p.(5/2)I#*2s.Jpe(3/2)Is~2#1Jp~(l/2)-
K 4d.(J/2) t K 4d.(5/2) 3p*(J/2) K 3p.(J/2) EK I Jd.(J/2)
K K K K II K
K Zp*(3/2) K 4f*(7/2) KI 2p.(3/2) K Jtr(ll2) I K 3#.(1/2)
L AMBOA
AUGER
Qd
99
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 7 = 14
L = 14
IRANSITION lS.2S.Jd.(3/2)lS*Zs*Jd.(5/2)ls.2~~4~.(1/2)ls*2se3p.(1/2)ls*2s.Sp.(3/2)-
lr.Pp.Jp.(J/2)lr~2~.3p*(1/2)ln*2p*Jp*(3/2)ls~2s~Jp~(J/2)1~~2s*Jp.(1/2)-
ls92p.2p~(J/?)-[K ls*2pm2p*(5/2)-[K
A(il)
A(101)
6.75517 6.75600 6.75916 6.779a5 6.78016
2.32+09 1.91+09 1.62+09 1.99+10 2.09+09
2.j2+09 1.91+09 6.7atlO 5.97,12 6.03+12
2.29t04 1.37+06 1.04+13 E.6JIll 9.51t11
9.17+04 a.20+06 3.21+09 5.02t09 1.14+09
4.00100 6.00+00 3.09-04 s.af-03 I .20-03
a.11123 a.37405 a.374711 a.45192 (1.45267
4.28+09 2.59tOQ 6.20109 1.21+09 6.latos
l.aSt12 1.66tlJ 1.66+13 5.46+13 5.46+13
1.25+14 2.07+13 2.07+13 2.94412 2.94+12
a.44+09 2.alt09 6.9a+Q9 2.47+oa 1.26+09
6.75-05 1.39-04 3.32-04 a.43-05 4.29-04
6.78047 6.79185 6.79193 6.79383 6.79568
1.16tlO 2.39110 4.95t10 3.23+10 3.2atlo
6.03+12 2.3a+io 4.95*10 3.23+10 3.2atlo
9.51+11 2.27t09 4.02+11 2.5JtlO 1.14tlQ
6.33+09 4.15to9 2.65+11 5.67tlO J.J9+10
6.65-03 i a3+00 6.59-01 2.24+00 2.97+00
8.45750 6.45824 a.53873 8.56767 8.57099
5.51to9 2.14+09 1.63+09 6.96+0¶ 7.OQtQQ
5.53r1j 5.53+13 2.61+12 3.45+13 3.23+13
3.95+10 3.95t10 a.55113 5.2Qt12 1.07+13
?.a7+06 3.05406 6.32tQ9 3.63+09 3.4¶+09
1.99-04 7.73-05 7.39-05 7.02-04 3.25-04
6.79669 6.91039 6.91419 7.01719 7.01771
1.26tlQ 6.69tll 1.21+12 2.02+09 7.24t09
1.26tlO l.a9+12 l.a9+12 2.83tlJ 2.a3tbJ
1.56+05 1.25tl4 1.25+14 9.82+12 9.82ti2
3.12tO5 1.32+12 2.Jatl2 l.Q4+09 3.74+09
2.00+00 1.05-02 1.91-02 1.06-04 J.BQ-04
a.73751 a.73a30
1.45+09 2.asto9
l.aSt12 i.a9+12
1.25+14 1.25t14
2.as+os 5.70+09
2.211-05 4.56-05
7.02311 7.02340 7.03326 7.03412 7.03444
6.17+09 e.a4+09 2.62rlO 1.49+10 1.20110
3.altlJ 3.aotiJ J.a7+13 J.JOtlJ J.l4+lJ
1.42+11 1.14toa 9.1at12 2.69+13 3.21tlJ
1.37+06 a.23+04 2.01tlO 2.6atlO 3.63+10
9.69-04 7.19-O) 2.19-03 9.95-04 1.13-03
(p-(1/2) 3 4p.(3/2)
7.03456 7.03464 7.03501 7.03751 7.0387a
2.4OtlO l.JSt09 a.35+09 3.23t09 1.47tio
4.17tlJ J.JO+lJ 4.17rlJ 3.a7ti3 3.14+13
6.07tOa 2.69413 6.07+08 9.lati2 3.21+13
7.01+05 2.42t09 2.43105 2.4ato9 4.45*10
1.15-03 9.00-05 4.01-04 2.70-04 1.39-03
(f-(5/2) 44.(3/2) 46*(5/2) 4s*(1/2) 43*(1/2)
7.03a90 7.04165 7.04395 7.04626 7.047011
i.latjo 4.alt09 4.1a+09 l.latlO 1.20+10
J.JOt13 J.OQt12 4.2atl2 3.09+13 J.lJt13
2.69+13 4.77+10 4.as+lo a.n9+12 6.60412
2.12rio 1.46toa i.a9+oa 5.25+09 8.3&09
7.as-04 3.07-03 3.86-03 5.91-04 1.27-03
7.04926 7.05529 7.05907 7.05925 7.06342
3.59+09 1.71+10 1.45+10 1.73+09 4.32+09
l.BE+lJ 6.94+12 7.31+12 7.Jlt12 9.77t12
2.54t12 9.51tlQ 1.36tll 1.36+11 2.59+13
¶.4J+Oa l.a5+09 I.56+0¶ l.a9toe l.aa+lO
3.72-04 1.95-02 1.17-02 l.Js-03 7.27-O)
7.06508 7.06611 7.06612 7.06733 7.06785
1.35*09 7.63+09 1.40+10 1.39+10 4.11+09
3.20+12 3.6Jtl2 6.34+12 1.42+13 1.42tlJ
1.54t13 3.46+13 a.4Stll 7.32+12 7.32+12
4.4atos 2.76tlO ¶.92+09 i.a9+10 5.60+09
2.91-04 7.97-04 1.17-02 2.511-03 7.64-04
7.06919 7.06949 7.07050 7.07214 7.07401
i.aa+lo 9.90+09 2.46+10 8.0¶+09 2.21t09
j.20+12 5.69+12 6.34+12 1.42tlJ 6.56+11
1.54+13 3.Jat13 a.49+11 7.32C12 3.47+09
6.21+10 1.70+10 1.74+10 1.10*10 6.99+07
4.04-03 5.01-04 2.05-02 1.50-03 2.01-02
7.0741a 7.011177 1.08322 7.oa442 7.01547
2.4JtOS 7.22tQ9 6.84tO9 5.30*09 7.42+09
4.a2tll 3.63+12 6.67+12 5.99+12 5.6St12
3.6OtlO 3.46tIJ 2.62+10 3.37roa J.Ja+iJ
6.76tOa 2.62+10 1.07+01 5.96+05 1.27tlO
l.aa-02 7.55-04 4.09-03 1.77-03 3.75-04
7.011755 7.011756 7.0111105 7.09095 7.09997
1.66tO9 4.68tOQ 5.95tQ9 2.51t09 3.43+09
6.63112 6.alt12 6.63+12 6.67+12 5.99+12
3.6atlO 7.95+09 3.6atlQ 2.62+10 3.37*oa
3.65tO7 l.Qst07 l.Jl+Qa 3.92+37 3.06+05
9.94-04 1.37-03 3.57-03 1.50-03 1.15-O)
7.11645 7.11698 7.13705 7.13739 7.16033
a.04tOQ 1.54tlO 2.55+09 2.7atOQ 5.54+09
3.66+12 3.66,12 5.97+12 6.03+\2 1.66t13
1.89113 l.aO+lJ a.63+11 9.51Cl1 2.07+13
1.35+10 2.57tlO 6.45tQa 1.52+09 6.15+09
7.14-04 1.36-03 7.47-04 1.59-03 2.97-04
7.86173 7.92asO 7.93032 7.933111 7.93523
1.47tlO 4.7OtQ9 3.73+10 3.02+10 1.29+10
1.66+13 5.46tlJ 5.46+13 5.53+13 5.53413
2.07+13 2.64t12 2.94+12 3.95+10 3.95+10
1.63+10 9.6O+Qa 7.62+09 4.31to7 1.83tO7
7.aa-04 3.27-04 2.60-03 1.09-03 4.64-04
7.94aJl 7.95046 7.96482 7.96579 6.01002
1.42tlO 1.36tlO 1.16+09 2.3JtOQ 2.10+10
l.aa+lJ 1.7StlJ 2.61+12 4.7at12 3.45+13
1.40+14 1.44tl4 a.55+13 6.22+13 5.2Ot12
S.OQtlO 7.2StlQ 4.4StQQ 4.4ltos l.lO+lO
3.56-04 5.04-04 5.25-05 5.37-05 2.12-03
a.01229 a.01273 a.01292 a.01327 6.17971
1.47+09 l.Jl+lO I.99tio 1.37+10 2.20tOS
2.61412 2.61412 3.23+13 4.7atl2 l.a9t12
a.55+13 6.55tlJ 1.07+13 a.22tlJ 1.25tl4
5.72+09 5.07tlO 9.92to9 2.5arlo 4.33+09
6.69-05 5.93-04 9.25-04 3.14-04 3.47-05
K]Jpe(l/Z) K]Jp.(3/2) K]4p.(1/2) K]Jd-(J/2) I K]Jde(J/2)
ls*2p93pe(l/2)-[K 16*2~*3~.(3/2)-[K
ls.Zp.Jpe(J/2)ls.2p.Jd.(l/2)ls*2p*3d*(J/2)ls.2p~Js*(l/2)ls.2p*Jr~(J/2)-
LAMBDA
K K K K ii K
K K K K K II
4pe(1/2) 4p.(l/2) 4p*(J/2) lda(512) 4d.(3/2)
Jpe(l12) 3 Jpe(J12)
AUGER
Qd
IRANSIIION
SW
ls*2s~2s~(1/2)ls*2s~2r*(1/2)-
353
K]lpe(1/2) t K]4p.(3/2)
LAMBDA
A(if)
Atomic Data end Nuclear
A( lot)
DataTaMes.
AUGER
Qd
Vol. 38.No.
9l
2, March
1988
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation
2 = 18
of Tables 2 = I6
TRANSIIION
LAMBDA
A(if)
A(lOl)
A(il)
A(lOl)
3.20263 3.20427 3.23033 3.23056 3.23652
l.50+13 3.30111 3.09tlO 3.19t10 3.43tlO
l.SOtlJ 3.30tll 1.09tl4 1.1ot14 1.07+14
0. 0. 1.74tll i.55t11 3.62tll
0. 0. 1.96+06 9.00+07 4.61+06
3. ootoa 3.00too 1.14-03 5.61-04 1.27-03
ls*2p*3de(l/2)-[K 2s.(1/2) ls*2p*Jd-(3/Z)-[K 2r.(l/2) Is*?p*Jd*(l/2)-[K I 2s.(1/2) ls*2p*Sd.(3/2)-[K]2%*(1/2) ls.2p~3~.(1/2)-[K]2~~(1/2)
3.37670 3.36325 3.36653 3.36996 3.39566
1.9Otll l.l,tlO 3.63+11 5.0ltll 3.96+10
1.03tl4 1.07tl4 7.43+12 1.47tlJ a.61413
6.29tlO 7.94+06 2.39tlO 2.27tlO 1.05113
3.04tO6 3.31+05 2.32t09 3.09tOS 6.45+09
3.67-03 4.16-04 9.73-02 1.36-01 6.02-04
1r*2p*4s*(1/2)K]Zs*(l/Z) Is*2p*4dw(l/?)t K]2s*(1/2) ls*2p*4d*(3/2)-[K]?s*(1/2) Is.2p.4d-(l/?)K]Zs.(1/2) Is-Zp.4d*(3/2)1 K]Zs*(l/Z)
3.23656 3.24090 3.24171 3.24479 3.24525
2.42tlO 7.69109 1.26tlO 7.39t09 4.55,,0
1.07+14 1.27tl2 2.20+12 1.09+,2 1.44t12
1.21t12 l.OStlO 1.47+07 I.03tlO 1.52tll
5.40+06 1.29toa 3.36+05 1.38+06 1.73+10
4.46-04 1.23-02 2.29-02 1.35-02 1.14-01
ls.2p.Sr.(3/2)-[K lr*2pe3de(J/Z)ls.2p~3d.(3/2)ls*2p*3s*(3/2)lsm2p_Jdm(3/2)-
2r*(1/2) K 2s.(l/2) K 2s.(1/2) I1K 2s.(l/2) t K]2s.(1/2)
3.39606 3.39655 3.39931 3.40172 3.40161
l.Ol+ll 4.9ltO9 3.19tlO 1.62+11 1.62tO9
6.85+13 4.56t12 2.60112 6.06+12 9.20+11
5.43t12 l.l4tll 1.6Otll 3.66tl3 9.49tlO
2.33tlO 4.79tO6 7.39tO9 6.30+11 1.73109
4.29-03 4.20-03 4.62-02 1.62-02 1.62-02
ls~2p~ls.(3/2)K]Zs.(1/2) ls~Zs*4p.(1/2)K]2s.(l/2) lse2$.4p~(J/Z)K]2s*(1/2) 1 ls~2p~4s~(l/2)-[K]2s.(1/2) ls~Zp.4s~(3/2)-[K]2s~(1/2)
3.24606 3.24739 3.24776 3.24911 3.25072
4.69tll 2.06t12 2.55t12 1.09t12 1.03tll
6.66+11 6.07t12 5.29+12 2.02+12 2.10+12
1.50tlJ 1.27tlJ 2.52tll 3.02+12 2.70~11
1.77t12 2.79+12 4.64tll .l.3,+12 4.66+10
1.16-01 2.19-01 l.64too 4.32-01 1.73-01
ls.2p-3r.(,/2)ls*2~.3p.(3/2)ls~2~.3p-(l/2)-
K 2s.(1/2) K 2s.(1/2) I1K]Zs*(l/?)
3.40435 3.40753 3.40643 3.41304 3.41330
3.64tll 1.12t13 1.2Ot1.3 1.92tll 3.altll
1.74+13 l.9ltlJ 1.60+13 6.07tlJ 1.58t12
3.66+13 2.76+11 2.37+09 l.lltl3 1.44+,1
5.21tll 6.42tll 3.55tO9 4.66tlO 1.26tlt
1.42-02 2.32+00 1.49+00 4.16-03 6.64-01
3.25126 3.25731 3.25964 3.25992 3.26104
2.74tlO 5.42tO9 5.36+11 7.1ato9 1.0at12
4.56tll 1.1,+14 1.07+14 1.11+14 1.13t14
6.95tlO 3.12tlO 3.72+12 3.03t10 1.99t12
7.21+09 6.09+06 3.61tlO 1.1at07 7.49+10
1.04-01 1.95-04 9.70-03 3.69-04 3.76-02
3.41406 3.41755 3.41661 3.41660 3.42050
6.65110 2.16tl2 1.96tll 3.96~12 7.77+12
4.66tll ,.09+14 9.47+13 l.l6+14 l.O9+14
6.10+09 1.13+13 3.15+13 ,.33+09 1.13+13
2.24+09 6.13+,1 1.95tll 9.02+07 2.92tl2
3.66-01 7.17-02 6.20-03 6.76-02 2.56-01
3.26145 3.26147 3.26253 3.26372 3.26376
7.60tll 1.57+12 6.lOtll 2.74t12 6.42t12
l.09tl4 1.14+14 1.07+14 l.lJtl4 6.51+12
9.66t12 1.41+09 3.72112 1.99tt2 1.55+12
2.52tll 3.67tO7 5.43tlO 1.90+11 2.59+12
2.56-02 2.75-02 1.46-02 9.55-02 1.66tOO
3.42136 3.42156 3.42176 3.42320 3.42439
3.61t12 4.71+12 6.66+12 1.04+13 1.56t13
9.36+13 9.47+13 1.16+14 5.12+13 1.67tlJ
3.42113 3.15tl3 1.33+09 2.64+12 1.06t12
5.79+12 4.71t12 1.96+06 ,.02+12 I.67412
1.69-0, 1.49-01 1.47-01 3.65-01 1.76tOO
3.26369 3.26393 3.26414 3.26415 3.26502
6.22+12 3.23tl2 1.a1t12 2.26t12 2.61tll
6.36+12 l.lltl4 1.09tl4 1.14+14 2.61tll
1.61+12 6.23+12 9.66+12 1.41+09 6.27tlO
5.29112 l.34+12 5.99+11 5.59t07 2.02tll
3.29tOO 1.63-01 6.06-02 3.97-02 3.22tOO
3.42457 3.42613 3.42616 3.42629 3.42691
1.49+13 1.44+12 1.63tl3 3.23+11 6.1lt12
1.67+13 I.53+12 5.12+13 3.3Otll 6.66+12
1.22tl2 1.6ltll 2.64t12 1.90tlO 1.2atl3
4.06+12 5.5Otll 1.60+12 3.52+10 1.45tl3
3.33+00 3.4ltOO 6.04-01 1.65tOO l.lJtOO
3.26510 3.26652 3.26694 3.26965 3.27122
6.62tlO 3.21tlO 7.23tO9 1.93+12 l.OO+lO
6.62tlO 1.61tll 9.93tlO 1.25+13 1.6ltll
1.09+10 1.46tlO 3.95+09 3.49+12 1.46tlO
1.aat10 1.07+,0 1.11+09 6.43tll 3.35tO9
1.72tOO 7.33-01 2.60-01 2.41-01 2.29-01
3.42969 3.42994 3.43166 3.43166 3.43192
1.37413 2.49+13 1.52tll 1.37+12 2.13tll
4.13tlJ 3.03+13 1.22+13 6.66t12 3.39tll
7.9ltl2 2.74tlJ 1.43t12 1.26tl3 l.71tll
6.6Ot12 7.11tl3 9.6OtlO 3.23tl2 2.66tll
l.lltOO 2.59100 6.72-02 2.52-01 1.67tOO
3.27160 3.27191 3.27199 3.27240 3.27246
5.22+10 4.6ltlO 7.13t10 1.01+12 1.56tll
2.05+11 1.60t12 1.91t11 7.23tl2 1.96tl2
6.71tlO 1.14+11 9.42tlO 4.95+12 3.6Ottl
7.72tlO 1.27tlO 1.4lt1, l.64+12 9.74+10
1.15too 1.12-01 I.5otoo 3.31-01 2.70-01
3.43266 3.43320 3.43354 3.43455 3.43469
4.75t12 2.17+12 6.24tll 1.56tll 2.attlO
4.13tl3 5.47t12 6.76+11 7.62tll 3.39tll
7.91tl2 1.52tll 3.01+,0 1.23t12 1.7ltll
3.06tl2 2.35t11 4.15+10 5.64tll 3.63410
3.67-01 l.SS+OO l.MtOO 4.74-01 2.24-01
3.27255 3.27290 3.27365 3.27405 3.27421
6.1lt12 5.27+11 5.61+12 7.05tl2 2.34tl2
1.25+13 1.63+12 6.49+12 9.05112 3.73tl2
3.49tl2 1.62t12 l.Oltl3 5.75C12 4.36+12
3.54+12 9.91+11 2.16+13 l.lO+lJ 7.57+12
6.10-01 2.04too 1.91too 1.73+00
3.43540 3.43567 3.43616 3.43652 3.43601
1.19+13 2.6at12 2.50+12 4.k4+tO 9.43+11
1.a5+13 l.45tlJ 5.47t12 6.76+11 4.92t12
2.aot10 2,Oltll 1.52411 3.01110 2.96tlO
3.59t10 1.56tll 2.69tll 2.95+09 2.27tlO
1.2atoo 7.66-01 1.77tOO 9.76-02 7.62-01
3.43636 3.43650 3.43665 3.43960 3.44099
3.26+12 1.29+12 6.26+12 2.96tlO l.l?tl2
1.65t13 3.13+12 1.45tlJ 1.12t12 4.92+12
2.6OtlO 3.66+09 2.Oltll 3.43tll 2.96tlO
9.66+09 5.04+09 3.43tll 4.20110 2.6ltlO
3.53-01 6.26-01 1.71tOO 1.22-01 9.42-01
3.44149 3.44540 3.44566 3.44640 3.44643
4.27tll 1.59+12 3.2Otll 1.97t11 1.33+12
3.13+12 ,.90+12 9.5,+,2 1.90112 1.35+12
3.6atOS 5.05112 2.06tl3 5.05tl2 4.76+12
l.OOtO9 4.61412 4.39tII 5.73+11 6.24+12
2.73-01 9.11-01 2.11-02 1.13-01 1.31tOO
1s.4p* (1) - lS.11. 1sn4p. (I) - 1s.,s. ls.2p~4d~(3/2)-[K]2s~(l/2) Is~2p~4d~(l/2)-[K]Zs.(l/Z) ls~2~~4s*(3/2)-[K]2s.(l/2)
ls*Zs*4pm(1/2)-[K Is.2~*4f*(3/2)-[': rs~2p*4l~(J/2)-[K Is*2p*lp.(1/2),~.2p*4l.(3/2)-
(0) (0)
2s*(l/?) 1 2pe(1/2) 2p-(112) K 2pe(1/2) tl K 2p.(3/2)
iiiii:ii~i3~llr[Zlii:illli I:::~~::II;::i-t:~:p~~~~~~ ls*Zp*4p*(l/2)-[K]2p*(3/2) Is~2p-4~.(3/2)-[K]Zp-(l/2) iiI~~tigi~Eli~[~i3i~~~~~~
AUGER
Od
9l
TRANSITION
LAMBDA
r::::r:~:1:::~II~~::~~~~~~ l~.2p~3:~(1/2)-[K]2a~(1/2) ls*2p~3po(3/2)-[K]2p-(l/?)
1.01too
2pe(l/2) 2pe(l/2) 2p*(3/2) 2p*(3/2) 2pm(l/2)
AUGER
Od
9w
ls.2pelpm(1/2)ls.2p.lf*(5/2)ls.2pell.(3/2)lso2s.4dn(S/2)1,*2pm4p*(l/2)-
K K K K 4f K
2p.(1/2) 2p.(3/2) 2p.(3/2) 2p.(3/2) Zp-(l/2)
3.27461 3.27461 3.27462 3.27500 3.27506
5.73tl2 4.26tlO 7.16tlO 4.3ltlO l.aOt12
6.36tl2 1.36+12 l.6Ot12 9.36tll 3.61t12
2.65t1, 5.7OtlO 1.14+11 6.41+09 1.15tO9
4.69tll l.OltlO 1.9OtlO 2.30109 1.15tO9
1.72tOO 1.76-01 1.67-01 2.74-01 9.99-01
ls.2p.4p.(3/2)ls.2p.41-(5/2)ls.2s.4d-(3/2)-[K ls*2p.lp*(3/2)-[K Isn2pl4pe(3/2)-[K
K 2p.(3/2) 1K 2p*(3/2) 2p*(3/2) 2p-(l/2) I 2p.(3/2)
3.27510 3.27512 3.27516 3.27536 3.27561
4.2atl2 6.19+09 7.67tll 1.2ltl2 1.00112
7.23+12 6.20+11 1.96tl2 3.63t12 1.63+12
4.95+12 l.l3+11 3.6Otll 4.62tll 1.62t12
6.95t12 5.93tO9 4.9Otll 5.65~11 1.66+12
1.4OtOO 5.27-02 l.36tOO 1.17+00 1.16tOO
ls*2p*4pe(5/2)ls.2p-4~-(3/2)ls.2pmlp-(l/2)ls.2p.4p.(3/2)Is.2p.4~.(1/2)-
K K K K 1I/ K
3.27565 3.27623 3.27664 3.27676 3.27732
3.12tll 1.47+11 5.69+11 3.43tll 3.32t11
4.71tll 1.94+12 1.31+12 9.05+12 6.36+12
7.52tll 7.16tlO 1.17tlO 5.15tl2 2.65tll
l.15tl2 2.10110 1.04tlO 5.34+11 2.63tlO
l.SJtOO 2.93-01 6.69-01 9.26-02 9.95-02
3.44666 3.44965 3.45963 3.46265 3.74190
3.53+11 7.35tos 5.44+11 6.5&,1 2.94tlO
9.5ltl2 3.65tlO 1.40,12 1.40+12 1.07tl4
2.06+13 4.4ltOa 3.93tlJ 3.93+13 3.62t1,
4.65tll 3.56tO6 1.05+12 I.65112 3.95tO6
2.33-02 6.06-01 2.66-02 4.21-02 1.09-03
3.27777 j.i7609' 3.27616 3.27632 3.27694
6.34tll 6.36tll 9.14tlO 6.14tlO 2.94+11
3.61t12 3.63+12 1.62,,2 3.64t12 1.94+12
1.15tO9 4.62tll 9.7lt11 6.57+12 7.16+10
4.03tO6 3.93tll 2.05tll l.OStll 4.16+10
3.51-01 6.15-01 2.11-01 1.56-02 5.64-01
3.74195 3.74322 3.74416 3.74760 3.74776
3.06tlO 3.22tO9 3.67tO9 l.l2+10 7.27tO9
1.07+14 l.lltl4 l.llt,l l.O7+14 1.27+12
1.21+12 3.12tlO J.OJ+lO 3.72tl2 1.05410
6.63+06 .3.61+06 6.35tO6 7.52tO6 1.19tO6
5.66-04 1.16-04 2.10-O) 2.02-04 1.13-02
3.27935 3.26104 3.26905 3.29176 3.29163
1.24+11 J.OJtIO 1.37tll 2.1ltlO 1.29+11
1.31tl2 3.64+12 1.65+11 1.65+11 1.37+11
1.17tlO 6.57+12 6.lhtll 6.16tll 5.92tll
2.19tOS 3.62+10 4,Jltll 6.66+10 6.26tll
,.66-01 5.61-03 7.00-01 1.06-01 1.06tOO
3.74614 3.74669 3.74671 3.74663 3.74916
3.63,09 6.62410 1.23~10 5.42+09 1.32tlO
1.13tl4 1.09+,4 1.14+14 2.2Ot12 l.lJtl4
1.99t12 9.66+12 l.IltO9 ,.47t07 1.99+12
2.53+06 2.66tlO 3.03+05 ,.44+05 9.19+06
1.27-O) 2.90-O) 2.15-04 9.66-03 4.61-04
3.29423 3.29697 3.36697 3.37Jll 3.37605
7.35t10 1.07+11 3.29+13 5.79t11 1.76tll
l.aatll 1.66tll 3.29413 5.79+11 l.Oltl4
1.19t13 1.19+13 0. 0. 9.66tlO
1.45t11 2.1ltll 0. 0. 6.9ltOa
1.21-02 1.77-02 3.00+00 3.ootoo 6.99-03
3.74945 3.74969 3.74972 3.75019 3.7503i
I.23111 ,.39+10 1.23+10 6.07+09 6.47tO9
l.llt14 1.05+14 1.09tl4 l.lOtl4 l.lOt14
6.23tl2 5.57412 9.66tl2 5.65tll 2.96+06
5.lOtlO 4.19t09 4.06tO9 1.67+06 7.OltO4
6.20-03 7.53-04 4.14-04 3.31-04 2.35-04
2p.(3/2) 2p.(1/2) 2pm(1/2) 2p*(3/2) 2p.(3/2)
1~.2p~4p.(l/2)-[K]2p~(3/2) ls*2pm4p.(3/2)-[K]2p*(3/2)
ls~lpe4p.(l/2)-[K ~s.~s.~s.(I/~)-[K ls*2r*4d.(J/2)-[K
2p.(3/2) 2p.(3/2) I 2p-(112)
ls.2s.4s.(1/2)-[K]2~-(1/2) ls.2r.rs~(l/2)-[K]2~.(3/2) - IS.lS. 1s*Jpn (1) Is.Jp. (1) lS@lS. ,s.Zp*Jd.(3/2)-[K]2s*(1/2)
(0) (0)
ls~2p.Jp-(l/2)lr*2r*Sd.(3/2)lr~24~34.(1/2)ls*2r.Sdn(3/2)ls*2r*Sd*(5/2)-
K K K K II K
2p.(3/2) 29.(1/2) 29.(1/2) 2p*(3/2) 2p.(3/2)
Dielectronic SatelliteSpectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
I = la
z = la
LAYEOAA(if)
A(lOl)
AUGER
Od
A(if)
A( tot)
3.95314 3.95331 3.95334 3.95339 3.95360
7.6ItlJ 7.82tf2 1.07rl4 1.06tl4 6,lJtll
l.lOtl4 1.10+14 1.07tl4 1.07+14 1.13+14
5.65+11 2.9atoa 3.62tlf 1.21+12 1.99+12
2.34+12 a.48+07 f.43+12 2.37t12 4.27+10
4.14+00 2.a5-01 3.96+00 1.96+00 2.14-02
Iso2p*3d.(7/2)-[K]3d.(5/2) ls*2p*4p*(3/2)-[K]4~*(3/2) ls*2p*4p.(3/2)-[K 4pv(1/2) Is*lp*4pe(l/2)-[K I 4p.(l/Z) Is*2p*4p.(5/2)-[K]lp.(3/2)
3.95400 3.95411 3.95421 3.95424 3.95441
a.95ti3 l.Oat14 1.06+14 8.65+13 1.07+14
a.95ti3 l.lJ+ll 1.09+14 1.14t14 1.11+14
1.33+13 1.99+12 9.a6+12 1.41+09 a.23+12
9.24tf3 7.53+12 3.51tl3 2.14+09 4.45+13
6.97+00 3.77+00 3.56+00 1.52+00 5.41+00
1.94-01 8.81-03 4.53-02 2.77-01 1.01-02
ls*2p*lp-(3/2)-[K ls*2p*lpe(l/2)ls*2p*Jd*(5/2)ls*2p*Sd.(3/2)ls*2p*Jde(5/2)-
3.95471 3.95474 3.95546 3.95511 3.95582
4.32+11 2.37+13 2.19+13 l.oltl4 6.61+13
1.09+14 1.14+14 l.Oat14 1.07+14 1.08+14
9.a6tl2 1.41+09 5.54tll 7.94toa 5.54tfI
1.43+11 5.86tOa 6.7Otfl 2.99+09 2.64+12
1.45-02 4.16-01 1.21400 3.76+00 4.76+00
4.99+09 3.30+09 3.65+09 7.12+09 a.76+06
4.59-02 4.79-01 1.35-02 7.04-01 7.63-03
ls*2p*4p*(3/2)-[K]tl_(J/Z) ls*Zp*3de(3/2)-[K]3d.(5/2) ls.2p.3sm(1/2)-[K]Js*(l/2)
3.95606 3.95617 3.95626 3.95640 3.95644
l.al+lO 6.28+12 a.55+13 2.90+09 1.06+11
1.13+14 1.07+14 a.altf3 1.09+14 l.fltl4
1.99+12 7.94tOa 1.05113 1.13+13 a.23t12
1.26tO9 1.07tOa i.a2+13 1.09+09 4.39tlO
6.32-04 2.35-01 1.73+00 9.61-05 5.34-03
4.82+11 6.69tlo 4.12+11 7.16+10 2.62+10
4.62+09 9.29toa 6.03+09 4.14toa a.65+08
9.58-03 1.39-02 1.25-02 6.76-03 3.30-02
3.95666 3.95604 3.95747 3.95755 3.95772
7.43+10 8.49+13 3.65+12 9.93+13 1.71+12
1.09+14 8.(15+13 4.56tl2 1.09114 2.aOt12
9.a6t12 5.43112 1.14+11 1.13+13 1.34tll
2.47+10 1.96tl3 3.57tll 3.73+13 1.56rlI
2.50-03 3.61+00 3.13tOO 3.29+00 1.16+00
1.31+12 a.aa+ii 3.64tl2 6.07+12 3.84+12
1.17t10 1.50+13 6.57+12 1.27+13 6.57+12
1.17toa 7.1)5+10 2.57tlO 3.63+10 3.93+10
1.00-02 5.22-03 3.91-03 2.15-03 5.99-03
3.95782 3.951011 3.95170 3.95191 3.95923
a.a9+13 8.115113 a.99+13 a.a2+il 1.66+13
9.47+f3 l.lat14 9.36+13 9.47tf3 1.16tl4
3.15+13 f.33to9 3.42tfJ 3.15+13 l.33+09
a.a.5+13 2.00+09 1.44+14 a.af+ll 3.76tOa
2.a2too 1.50100 4.22+00 2.79-02 2.a2-01
4.32+10 4.19+10 5.10+09 4.76+09 7.2attl
a.51t12 a.38+12 2.3atlO 2.34+10 1.01+14
1.55tl2 1.61+12 9.27+09 8.88tO9 9.aatlo
l.JJ+lO 2.70+10 a.5atO9 1.05+10 2.a6+09
1.59-03 1.61-02 9.25-01 l.la+OO 2.19-02
3.95911 3.96017 3.96023 3.96034 3.96ioa
9.75+11 l.aO+ll 7.16+11 5.52+11 7.05+11
1.27+12 1.07t14 1.07+14 I.07tl4 2.20+12
1.05+10 3.62+11 1.21+12 3.62+11 1.47to7
1.60110 2.42+09 1.60+10 7.4lt09 l.aato7
1.52+00 6.70-03 1.32-02 2.05-02 i.2atoo
3.93326 3.93943 3.94410 3.94445 3.94633
7.atrll 6.85+10 5.55+11 5.59tii I.aO+lO
1.03+14 1.07tl4 1.09114 1.10+14 l.lO+ll
a.29+10 7.94tOa 1.74+11 1.55111 2.9atOa
1.26+09 2.03+06 3.56+09 i.5a+o9 1.95+05
1.52-02 2.56-03 2.04-02 1.02-02 6.54-04
3.96122 3.96191 3.96212 3.96215 3.96302
l.latl2 l.Oa+lO 2.23+09 9.03+12 3.10+12
2.60+12 1.06tlO 7.96tto 4.94+13 7.43+12
1.60tll 2.66+07 7.2atoa 2.29+13 2.39+10
2.75+11 5.30+07 a.o9+07 5.71+12 1.99+10
1.72tOO 1.99+00 f.lf-01 2.50-01 a.32-01
3.94659 3.94813 3.94852 3.94856 3.94a63
3.96+12 9.49tlO 1.32tIl 7.06+12 2.84+10
7.43+12 l.lltl4 1.11+14 1.47113 1.11+14
2.39+10 3.12+10 3.03+10 2.27+10 3.12~10
2.53+10 1.07tOa 2.17tOa 4.35tlO 3.19+07
1.06+00 3.42-03 7.16-03 1.92+00 1.02-03
3.96397 3.96449 3.96460 3.96462 3.96501
1.25+11 5.13+12 7.77tlO 5.99+10 1.12+12
5.12+13 6.06+12 1.61tll 9.20411 1.47+13
2.64+12 3.aatlJ 1.46tlO 9.49+10 2.27410
1.22+10 2.02+13 2.60+10 2.24tlO 6.91+09
4.63-03 5.20-01 1.78100 2.36-01 3.05-01
3.94669 3.94905 3.94959 3.95035 3.95047
7.16+12 9.26+13 I.02tl4 1.62+13 4.55+12
l.Ol+ll 1.01114 1.03t14 a.O7+13 1.11+14
9.aatlO 9.aatlO a.29+10 l.lltl3 3.03+10
2,altlO 3.63tll 1.64tlf 3.92+12 7.47+09
2.84-01 3.6atOO 1.9atOO 3.52-01 2.47-01
3.96511 3.96513 3.96522 3.96530 3.96567
4.07tlO 2.44+13 1.94+10 5.99+12 l.aS+lO
I.61411 5.12rl3 9.93+10 1.47t13 2.05tll
1.46+10 2.64+12 3.95+09 2.27+10 6.71+10
1.36tlO 2.4Ot12 2.91r09 3.70+10 2.73+10
9.29-01 9.07-01 7.53-01 1.63+00 4.07-01
3.95055 3.95057 3.95090 3.95107 3.95123
1.06+14 1.11+14 I.a3+12 1.00+14 1.03+14
1.11+14 1.11+14 1.09+14 1.09+14 1.09+14
3.03tlO 3.12+10 1.74+11 1.74+11 3.84+11
1.74tll 1.24tll 5.OltlO 6.41tll 2.9lti2
5.74+00 3.99+00 2.118-01 3.6atOO 7.5atoo
3.96569 3.96572 3.96625 3.96636 3.96656
8.51+09 1.02tO9 2.39410 1.26+11 a.72+10
1.09+12 9.93+10 1.91+11 1.44+12 1.25+13
1.03+10 3.95+09 9.42+10 f.52+11 3.49tl2
1.59+01) 1.23+09 4.74t10 4.7ar10 3.ai+lo
1.55-02 3.11-01 5.04-01 3.14-01 1.09-02
3.95125 3.95130 3.95131 3.95150 3.951115
1.0*+14 1.09+14 5.36+12 6.43t13 2.2ati3
1.10+14 1.09+14 1.09+14 a.o7+13 1.07+14
1.55+11 3.67+11 3.a4tfl 1.11+13 3.72+12
3.oatll 3.66+12 1.51+11 1.56+13 1.53+12
1.99too 9.97tOO 3.93-01 1.4OtOO 4.11-01
3.96673 3.96682 3.96707 3.96761 3.967611
2.70+11 4.03+13 2.2atl2 1.07+11 6.46+10
1.27+12 4.94413 1.25+13
9.93+10
1.05+10 2.29+13 3.49+12 1.50+13 3.95+09
4.43409 2.55+13 9.97+11 4.04+11 9.a9+09
4.21-01 1.12+00 2.65-01 2.69-02 2.50100
3.95223 3.95230 3.95231 3.95235 3.9523a
5.44+12 1.05+14 I.04114 a.3iti3 4.47tl2
1.10+14 1.10+14 1.10+14 1.07t14 1.10+14
3.27tOa 2.07toa 3.27tOa 3.72+12 2.07toa
f.3otoa 1.19+09 2.49+09 5.57+12 5.07+07
3.97-01 5.76+00 7.60+00 1.50+00 2.45-01
3.96769 3.96771 3.96794 3.96806 3.96111
7.76tlf 1.35+11 1.71+11 1.70+13 1.3Otl2
0.47+11 2.05+11 2.20412 1.74+13 2.20+12
5.38tll 6.71+10 1.47+07 3.6atl3 1.47+07
2.41412 1.99tll 4.57+06 2.30+13 3.45tO7
4.48+00 2.96+00 3.11-01 6.25-01 2.36+00
3.95242 3.95246 3.95258 3.95271 3.952112
7.27+13 6.82+13 3.27+13 1.31+11 l.a3+13
1.05+14 a.65+13 1.05+14 1.31tll a.65+13
5.57+12 1.28tIJ 5.57+12 l.a4+10 1.2atl3
2.19+13 5.29+13 9.86+12 3.22+10 1.42tlJ
3.93+00 4.12+00 1.77+00 1.75400 l.ll+OO
3.96117 3.96a21 3.96823 3.961129 3.96a32
2.70+09 a.98+10 2.37+10 5.119+09 2.3atlo
5.49+11 i.91+11 4.74+10 l.Sltll 4.74410
1.54410 9.42tto 3.4atOa 9.42+10 3.4atoa
2.95toa 1.78+11 l.3atO9 f.ll+lO 1.39+09
1.91-02 f.a9too 3.96tOO 1.24-01 3.9atoo
3.95283 3.95297 3.95299 3.95310 3.95314
1.13t14 3.36+13 l.Oat14 7.a7tio 1.02+14
1.13+14 1.10+14 l.Oat14 l.Jo+ll l.lOtl4
0. 5.65+11 5.66tf2 2.oatio 2.96tOa
0. 1.03+12 4.30+13 2.51tlO 1.11409
3.00+00 l.a3+00 7.60+00 1.21+00 3.71+00
3.96858 3.96.963 3.96866 3.966113 3.96899
8.60+10 3.24+10 3.43+10 1.99tl3 1.39+11
1.2Otll 3.24+10 1.20tll l.99+13 6.49+12
3.70+08 5.92+Oa 3.70408 9.33tlO I.06+13
2.11+09 5.alt09 8.42tO.3 7.41+11 5.\7+1\
5.70+00 9.82+00 2.27+00 7.95+00 4.a6-02
9w
Is.lp.ld.(7/2)K]3d.(5/2) ls*2p.lp.(l/?)K]Sp.(l/2) ls*fp.4p*(l/Z)K]3p*(3/2) ls.2p.4p.(S/Z)t K]Jp*(S/Z) ls.2p*ld*(1/2)-[K]3d-(3/2)
3.75038 3.75978 3.76083 3.76255 3.76257
2.86+10 1.37+10 6.47410 l.a6+10 1.27tIO
l.Oatl4 1.25+13 1.25tlJ 6.49+12 1.27+12
5.66t12 3.49+12 3.49t12 1.06+13 l.OS+lO
1.14+10 5.99+09 3.70+10 6.93110 2.09+08
2.01-03 1.72-03 1.06-02 6.54-03 1.911-02
lse2p.41.(5/2)Is.2p.ld.(7/2)Isa2p.ld*(3/2)ls*Zp.,p~(3/2)ls*2s.,d-(3/2)-
i
K]Jp*(3/2) K]3d.(5/2) K 36.(5/Z) K 3p.(3/2) K i 3p.(3/2)
3.76302 3.76361 3.76399 3.76420 3.76428
6.32t09 7.15tlO l.OJ+lO 3.30+10 6.17+09
3.73+12 a.47tll 2.20112 7.23112 1.96+12
4.36+12 5.36tll f.47+07 4.95t12 3.6Otll
2.05tlO 2.22+11 2.75+05 5.37tlO 3.a4t09
4.69-03 4.13-01 1.87-02 1.09-02 1.07-02
ls.Zp.ld*(5/2)ls.2p.4~~(3/2)lsa2p.4d*(5/2)-
K 3de(3/2) K 3p.(3/2) Ii K 3d*(5/2)
I:::~]:~;1:::~rl",B~~~~~~~
3.76462 3.76487 3.76495 3.76506 3.76534
2.56tlO 7.61+09 5.99+09 4.49tlO 3.74tlO
7,larll l.a3+12 7,latll a.65411 9.05+12
7.63+10 1.62+12 7.63+10 1.09+11 5.75+12
1.4atlO 1.43tlO 3.45+09 3,OOtlO 5.62+10
ls.2p.ldm(5/2)ls.2s.41.(5/2)ls*?p.lpe(1/2)ls*2s.41*(7/2)ls.2p.4~.(1/2)-
3.76539 3.76592 3.76608 3.76617 3.76668
7.46+09 2.92+10 4.51+10 J.aO+lO 1.38110
a.65+11 3.56tll 6.3ati2 4.22+11 3.61+12
l.OS+ll 6.90+09 2.a5tii l.Ol+lO 1.15+09
3.76710 3.76738 3.76815 3.76623 3.76661
9.86+09 6.17+09 I.29110 3.40109 7.39409
3.63+12 2.90112 3.63+12 1.94+12 1.32+12
3.76677 3.769118 3.77100 3.77132 3.77205
6.63+09 2.08+10 2.04+10 2.6atlO 3.12tlO
3.77839 3.77153 3.70866 3.7CI902 3.93237
K]Jd.(5/2) K]Sde(3/2) K]Jpe(l/2) K]Jd.(5/2) I K]3pe(l/2)
1~2p-4p.(1/2)-[K
3p.(1/2) 3d.(5/2) Jpm(t12) K Jde(3I2) EKI 3p.(3/2)
ls*2~.4p.(1/2)ls*2s*4s*(1/2)-
ls.2p.ld.(I/?)ls*2p.41*(9/2)lse2p*4f.(7/2)ls.2p.3p*(l/Z)ls.2p.4p.(1/2)-
K 4de(3/2) K 41.(7/2) K 41*(7/2) K Jpe(312) / K I 4p-(112)
lv2p*4d-(5/2)-[K Is.2p*Jd.(5/2)-[K ls*2po4d-(5/2)-[K
1s*2p*
(1)
4dm(3/2) Jdm(3/2) (d-(5/2) Js.(l/Z) 34.(5/2) I -
1S~IS~
(0)
TRANSITION
LAMBDA
4p.(3/2) K 4p.(3/2) K]3de(3/2) t1 K]36.(3/2) t K]3d*(5/2)
I::::::~:I"s::~I~:I:~~~~~~~
ls*Zp*3pm(3/2)ls*2p~3pm(1/2)lr*2p*3~*(5/2)-[K Is.2p.Jpe(3/2)-[K 1~.2p*3pe(l/Z)-[K
Is.?p.4f.(3/2)Is*2p*3pr(1/2)ls*2p*4fe(3/Z)ls.2p.Jd*(3/2)1$.2pw41*(5/2)-
355
K Jp.(1/2) EK 3p.(l/2) Jp*(3/2) 3p.(3/2) I 3p.(3/2)
K K K K K
il
4p.(3/2) Jp*(3/2) Ipm(lI2) 36.(5/2) 4p.(3/2)
a.aa+ii
AUGER
At~DataandNuclearDataTables.Vd.38.No.2.Mardr1988
Od
9w
Dielectronic SatelliteSpectrafor Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables I = lb
2 = lb
IRANSIIlON
LAY6rJAA(if)
A(lot)
AUGER
(Id
A(il)
A(tot)
Od
9*
4p.(3/2) 34p.(1/2)
3.97364 3.97391 3.97400 3.97407 3.97423
7.63tl2 1.47tl2 4.51*11 2.IOtll a.35+11
4.lJtl3 2.65+12 4.56tl2 6.36+12 3.61tl2
7.9ltl2 3.2btlO l.l4ill 2.65+11 1.15+09
5.04tt2 l.OO+ll 4.40+10 1.110+10 5.31toa
6.37-01 J.OS+OO 3.66-01 6.31-02 4.63-01
K]Sd.(3/2) K]3d*(5/2) K]4d.(3/2) K 4de(3/2) I K3 4s*(l/2)
3.97425 3.97436 3.97449 3.97449 3.97455
1.09+12 4.51+11 1.21t12 2.6OtlO I.96412
2.110+12 4.56412 l.30+12 6.66+11 2.10+12
l.Jl+ll 1.14+11 5.12+10 1.50+13 2.7Otll
9.99*10 4.41t10 2.74tll 9.a3t10 6.93tll
7.44-01 3.66-01 5.35+00 6.54-03 3.30+00
3.97-01 3.59-01 5.76+00 5.91+00 2.15-01
3.97466 3.97466 3.97470 3.97474 3.97506
9.59tlO 2.66+11 6.44+11 3.22+11 5.47tll
l.JOtl2 b.bbtlI 3.63+12 3.61412 5.49+11
5.12+10 I.SO+lJ 4.62+11 1.15+09 l.54tlO
2.lbrlO l.OOtl2 3.02tll 2.05+06 5.97tlO
4.25-01 6.66-02 6.26-01 1.79-01 3.67+00
a.26+09 2.60411 I.53113 6.95tll 5,Iltll
7.26-02 1.03+00 5.56-01 1.61-01 1.42+00
3.97521 3.97531 3.97539 3.9756? 3.97596
9.23111 1.53+12 4.2ltll 3.96+10 1.41+12
3.63+12 1.62tl2 4.56+11 3.39+11 1.94tl2
4.62+11 9.7ltll 6.95+10 1.7ltll 7.16+10
4.33rll 3.44+12 l.Il+ll 5.33+lO 2.00+11
6.97-01 3.54+00 l.59+00 3.12-01 2.60100
6.90r09 1.01t10 6.90+09 6.4ltO9 4.95t12
3.02tlO 7.20+10 7.09109 3.46tlO 2.21*12
4.36+00 7.11tOO 1.03+00 4.lltOO 4.47-01
3.97637 3.97645 3.97647 3.97656 3.97663
6.05tll 9.31tll 6.70tlO 4.bOtll 5.75110
7.62+11 6.07+12 1.94+12 1.31+12 3.39tIl
1.23+12 1.27+13 7.16+10 1.17tlO I.71411
2.24tl2 l.26+12 1.24rlO 6.46+09 7.7ltlO
1.62+00 9.90-02 1.73-01 7.24-01 4.51-01
a.2ot11 6.49+12 6.49+12 I.aJ+lZ 2.05+12
1.13t11 1.06+13 1.06+13 1.62412 1.05+09
4.2Otll 1.74+12 2.37tll I.26+10 6.43+09
3.73+00 1.64-01 2.23-02 7.65-03 b.OO+OO
3.97702 3.97707 3.97719 3.97736 3.97759
1.32tll l.14tll 1.17tl2 7.90111 2.15+12
5.29112 1.31+12 5.29tl2 5.47+12 2.62+12
2.52+11 1.17+10 2.52+ll 1.52+11 1.16+10
2.40+10 2.00+09 2.lJtll 6.53tlO 5.30*10
9.55-02 1.72-01 6.46-01 5.62-01 4.55+00
1.33112 5.76+10 2.79111 l.l7+12 1.53+11
3.7Jtl2 3.73+12 1.113+12 6.66+12 4.71+11
4.36+12 4.36+12 1.62+12 1.26+13 7.52tll
4.29+12 I.67tll 5.25+11 2.76+12 5.64+11
9.63-01 4.26-02 3.23-01 2.16-01 7.50-01
3.97776 3.97764 3.97795 3.97614 3.97a4l
9.07t11 1.54+11 6.6btll 4.75+11 l.bO+lO
2.60+12 a.7a*11 2.62+12 2.6Otl2 l.aO+lO
l.60+11 3.01t10 1.16+10 1.6Otll 5.42+06
2.1ot11 1.02*10 1.64tlO l.lO+ll 3.14ro9
1.31+00 3.39-01 1.41+00 6.66-01 5.ao*oo
3.97165 3.97196 3.97205 3.97206 3.97207
l.45tl3 1.55+12 1.79t12 1.17tll 1.44tl2
1.91+13 1.55+12 1.79+12 1.36+12 1.60+12
1.25tll l.OOtlO 2.15*09 5.70+10 1.14tll
5.63tll 9.96tlO 1.72t10 2.16+10 3.62tll
4.52+00 9.94+00 7.99too 4.67-01 3.36+00
1:.2peJp~(3/2)Ir~2p.3p-(I/Z)Is~2s.4~*(1/2)ls*2p-4s*(l/2)ls*2pm36.(7/2)-
K K K K II K
Jp.(3/2) 3p*(3/2) 4p.(l/2) 4de(3/2) 36*(5/2)
3.97655 3.97901 3.97904 3.97904 3.97947
1.32+10 5.54+10 1.36+12 5.6ltll 7.6Otll
5.47+12 (1.711+11 3.64+12 2.02+12 7.6Otll
1.52+11 3.01+10 6.51+12 3.02+12 1.06tlI
1.42+09 3.66+09 1.74tl2 6.72tll 7.45tll
9.36-03 1.22-01 2.65-01 2.22-01 7.02+00
3.97206 3.97214 3.97214 3.97222 3.97224
l.Oltl2 3.72tll l.l7tl2 4.61+12 l.bbtl2
2.90+12 2.02tl2 l.Jbtl2 1.9ltl3 2.90+12
6.69+10 3.02+12 5.7OtlO l.25Cll 6.69tlO
1.37tll 4.45tll 2.76tll 1.79tll 2.55tll
2.04+00 1.47-01 4.bbtOO 1.44+00 3.blrOO
Is.2so4s.(l/2)Is.2p.3~~(3/2)lr*2p~Sp*(l/2)ls.2p-3d-(5/2)ls*2p.Jp.(3/2)-
K K K K II K
4p.(3/2) 3,~(1/2) 3pm(l/2) 36~(3/2) Jpm(l12)
3.97955 3.96022 3.96034 3.96052 3.96070
2.30+12 l.lbtl2 3.13tl2 l.Jbt12 1.56+12
3.64+12 1.5btl2 1.65+13 1.64tl2 1.45+13
6.57tl2 1.44+11 2.6OtlO 7.95+10 2.Oltll
2.90+12 J.OS+Il 9. rat09 J.bZ+lI 6.64+10
4.42-01 2.73+00 3.39-01 4.10+00 4.31-01
3.97236 3.97241 3.97243 3.97256 3.97257
4.63112 6.69+11 2.1Stll 6.69tO9 1.07tl2
1.91+13 6.79tll 2.lJttl 6.69+09 1.09+12
2.76tll 7.12tO9 6.06tlO 1.33+09 l.OJ+lO
2.64+11 2.79+10 3.76+11 6.69+09 2.OOtlO
9.57-01 3.92tOO 6.23+00 6.7ltOO 1.95+00
Is*2p-Jd.(5/2)Is*?poJs*(3/2)Is.2p.3d.(3/2)Ir~2p.Ss.(l/2)Is*2p.3~.(3/2)-
K K K K II K
36.(5/2) Sd.(3/2) Jd-(3/2) 31*(1/2) 36*(5/2)
3.96066 3.96106 3.96120 3.96126 3.96144
2.65tll 1.77tlO b.lltll 3.60+11 1.06~10
1.64+12 6.Obtl2 9.2Otll 4.6btII 6.06+12
7.95+10 J.bb+lJ 9.49+10 6.lOtO9 J.bb+lJ
7.32+!0 6.11+10 3.09+11 9.a1to9 3.a7*10
9.21-01 1.57-03 3.26+00 1.61*00 9.46-04
3.97256 3.97264 3.97266 3.97272 3.97274
9.93+09 7.63+09 l.50+13 2.39tll 6.6Otll
6.79tll 9.36+11 4.13tI3 9.36+11 9.05+12
7.12+09 6.41+09 7.9ltl2 6,41+09 5.75+12
3.lOtOb 4.16+06 9.62tl2 1.27+10 1.34+12
4.46-02 4.97-02 l.22tOO 1.52tOO 2.33-01
Ir*?p.4$@(3/2)ls.Zp-3p.(l/2)Is.2p.Jdm(3/2)Is.?p.4~.(3/2)ls.2p.3p.(3/2)-
K K K K K
4d.(3/2) 3p.(3/2) Jd.(5/2) 4da(5/2) 3p.(3/2)
3.96146 3.96151 3.96157 3.96163 3.96167
6.93tO9 I.63tll 2.91+10 3.07+10 3.73+12
2.1Ot12 l.al+ls 9.20*11 2.10+12 1.45+13
2.7O+ll 2.10+10 9.49+10 2.70+11 2.0ltll
4.07+09 5.54+01 1.09+10 1.4ot10 2.03111
1.51-02 1.96-02 1.15-01 5.17-02 1.01+00
3.97277 3.97277 3.97279 3.97261 3.97266
1.20tl3 2.5at12 1.77tll 1.27+10 1.65+11
1.22+13 a.altl3 b.bbtl2 6.20+11 1.96+12
I.43+0 1.05+13 l.26+13 1.13+11 3.6Otll
7.54+12 5.51+11 4.19+11 9.17+09 1.15+11
5.27+00 5.23-02 3.26-02 6.14-02 3.19-01
Is.2p.4~.(1/2)ls*Zp.3~*(5/2)Ir*2~.2p*(3/2)ls*2p-3p.(3/2)Is.?p.2~.(3/2)-
K K K K K
4de(3/2) 3p.(3/2) 2s.(l/2) 3p.(l/2) Zpe(l/2)
3.96230 3.96315 3.96351 3.96364 3.96420
1.02+10 1.09+12 I.O2+0 2.15+12 1.00113
4.511*11 1.12t12 1.03+14 4.92+12 1.53+14
6.95+10 3.43+11 2.(19+12 2.9at10 1.09+13
2.69109 !.53+12 1.12+13 5.1a*10 2.66t12
3.67-02 4.47tOO 3.69+00 1.74+00 2.45-01
3.97269 3.97324 3.97325 3.97336 3.97341
2.19+11 7.20tlO 7.56tll J.JJ+lO I.20112
1.20*11 1.44tl2 9.05+12 6.65+13 1.44+12
1.13+11 1.52tll 5.75tl2 5.43+12 1.52tll
l.59tlI 2.74+10 l.lbt12 7.69409 4.57+11
1.41+00 1.60-01 2.04-01 1.42-03 3.OltOO
3.96450 3.96466 3.96501 3.96567 3.96566
1.09+12 4.92*10 6.6l+ll 3.14+11 a.66tlJ
3.13tl2 1.74t13 4.92*12 J.lMl2 6.67tl3
3.66+09 3.66+13 2.9a+10 3.66+09 1.55+13
2.57+09 6.6atlo 1.59+10 7.36+06 2.64tIJ
6.99-01 l.bl-03 5.34-01 2.00-01 l.70+00
lr.2p.4d*(5/2)-[K]4d-(3/2) 1s*2p. (1) - ls*lt* (0) Is*2polpm(3/2)-[K 41e(5/2) ls.?peJd*(5/2)-[K 3d-(J/2) 1~.2p~lp~(l/2)-[K I 4pm(1/2)
3.97344 3.97346 3.97353 3.97355 3.97357
l.lbtl2 1.77tl2 6.90109 l.Jbrl2 6.5ltlO
1.32+12 1.77+12 l.bJrl2 2.65+12 6.36+12
2.62tlO 0. 1.62tl2 3.2btlO 2.65+11
1.36tll 0. l.3O+lO 9.4JtlO 5.56t09
5.26tOO 3.00+00 7.99-03 2.66+00 1.95-02
3.96621 3.96629 3.96903 3.96940 3.99027
1.43+14 1.14+14 3.15+11 2.66+12 3.24412
1.53+14 1.60+14 1.9ltl3 l.Ol+lJ l.60+13
1.09+13 1.62tll 2.76tll 2.76+11 2.37tO9
3.a1t13 2.6Otlt l.60+10 1.65+11 9.61+06
3.49100 1.42+00 6.50-02 5.96-01 4.05-01
Is*2pe,d*(5/2)-[K]4d*[5/2) ls~2r.3p.(1/2)-[K]3s~(1/2)
3.97361 3.97361 3.97367 3.97366 3.97372
1.32+11 7.90+11 5.66+09 1.13+12 3.47r12
1.32+12 1.60+13 4.7ltll l.l3+12 6.65+13
2.62+10 2.37t09 7.52tll 1.65tll 5.43+12
I.55110 2.34+06 2.09+10 1.15+12 b.Ol+ll
5.91-01 9.67-02 2.76-02 6.96+00 1.46-01
3.99223 3.99230 3.99376 3.99409 3.99411
6.07+13 4.59+13 6.97tlO 4.35+10 3.24+12
6.06+13 I.60114 1.90412 6.5ltl2 9.5ltl2
1.41+14 1.62+lf 5.05+12 1.55t12 2,ObtIJ
1.7Otl4 1.05tll 2.61tll l.34+10 4.44+12
1.20+00 5.74-01 5.15-02 6.65-03 2.13-01
ls.2p*4d~(5/2)1~.2s*lp-(1/2)ls*2p*3d.(3/2)ls~2p.41~(3/2)Is*2p*ld.(5/2)-
Is.2pe41-(5/Z)ls.Zp.ld.(3/2)-
i
K]lde(3/2) K]4s.(1/2) K]Jde(3/2) K]lp.(1/2) K]ld*(5/2)
K]4f*(7/2) I K]ld.(S/Z)
TRANSITION
9w
3.96699 3.96901 3.96915 3.96916 3.96911
5.66tlO 5.04+11 2.09+10 4.79+12 l.62tll
7.96tlO 7.latll 7.96tlO 4.altl2 7.latll
7.28+08 7.63+10 7.26tOE 9.50+13 7.63+10
2.05+09 2.90+11 7.56tOa t.a2+13 1.05tlI
2.61+00 3.altOO 1.04+00 1.92-01 l.Ja+OO
Is~2p~4p~(l/2)-[1( ls~2p-4p*(l/2)-[K
3.96950 3.96956 3.96959 3.96960 3.96967
2.aOtll 3.05112 1.35tll 1.19+10 5.33tll
6.65tll 6.07+12 ?.JO+ll 1.60+12 a.65tll
1.09tll 1.27tlJ 2.OatlO l.l4+11 1.09+11
l.a7t11 4.14+12 4.31+10 3.16+09 3.57tll
1.72+00 3.25-01 2.07+00 2.77-02 3.29+00
Is*Zp.3d_(l/2)ls*ZpeJde(3/2)Is.2pe4d.(5/2)Is*Zp*4~(3/2)ls~2p~4s*(3/2)-
3.96995 3.97000 3.97002 3.97009 3.97010
2.56110 l.a9+13 6.67+10 9.14tll 5.16410
2.39tll 1.69+13 6.67tlO 9.64+11 l.Jatl2
2.OatlO a.64tlJ 2.59+10 1.42tlO 5.7OtlO
6.23+09 3.10113 l.49+11 a.39+10 1.23+10
3.97011 3.97013 3.97019 3.97031 3.97040
3.12tlO 1.43+12 5.35+12 5.51tll 6.22tll
1.60+12 5.29+12 3.03tI3 7.23t12 1.96+12
1.14tll 2.52tll 2.74+13 4.95+12 3.60+11
3.97045 3.97053 3.97062 3.97067 3.97062
2.67411 3.114+11 6.26tlO 6.47+11 l.36+12
3.56tIl 4.22+11 3.5a+lI 9.36tll 7.23+12
3.97064 3.97095 3.97103 3.97106 3.97127
5.60111 4.67rll 6.36tlO 6.76+09 2.054l2
3.97147 3.97155 3.97156 3.97162 3.97162
ls*2pm2p~(JIZ)-[K ls*2p~2p*(l/2)-[K Is*2s*Jdn(3/2)-[K ls*2s*4p.(1/2)-[K lr*2s~3s~(l/2)-[K
356
LAMBDA
II II
2p.(l/2) 2pm(3/2) Spe(l/2) 4s*(l/2) Jp.(l/2)
I
AUGER
AtankDataandNuclearDataTablw,Vol.38.No.2.Mard1988
Dielectronic SatelliteSpectrafor Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 1 =
1 = 18
18
lRANSITION
LAYBOA
ls.2r.4p*(J/Z)-[K]4r.(1/2)
lr.2p.2p.(J/2)lo.Zp.3~.(3/2)ls..?p.Js.(J/2)-
K Zp.(J/Z) K 3de(3/2) II K 31*(5/Z)
Is.2p.2p.(5/2)-[K lse2112pw(J/2)-[K
2p*(J/2) 3 2~*(1/2)
A(if)
qtotj
3.99425 3.99442 3.99494 3.99498 3.99529
1.15tll 7.13to9 J.22tlO 1.49tlO 5.56t12
8.38tl2 7.l3+09 I.90tl2 1.35t12 9.51t12
1.6lt12 1.54t09 5.05t12 4.78t12 2.OBtl3
AUGtR
7.39tlO 7.59t09 9.35tlO 6.95tlO 7.64t12
4.60-02 4.94too 1.85-02 1.46-02 3.67-01
A(il)
A(lol)
4.70770 4.73621 4.73786 4.74198 4.74384
2.69+10 4.36+09 6.01410 5.06tlO 1.81+10
4.94+13 l.SJtl4 1.53tl4 1.6Otl4 1.60tl4
2.29tlJ l.O9+13 1.09t13 1.82tll 1.82+11
1.70410 l.l7t09 1.61tlO 1.18tO8 4.13tO7
7.44-04 1.07-04 1.47-03 6.33-04 2.28-04
3.99532 3.99556 J.99573 3.99594 3.99612
l.OJtl2 1.75t12 1.87tlO l.l)B+lO 5.18tl3
1.67f13 1.67tl3 2.38tlO 2.34tlO 5.18tlJ
1.06t12 1.22412 9.27tO9 8.88tO9 1.51+14
1.2Jtll 4.77+11 3.15tlO 4.1OtlO 2.32tl4
1.16-01 3.91-01 3.39tOO 4.62tOO 1.53tOO
4.74755 4.74903 4.75830 4.77771 4.78083
2.67tlO 2.22t10 5.69409 3.53t10 3.12tlO
6.08113 5.1at13 1.89tlJ 1.03114 8.87t13
1.41tl4 1.51414 8.64tlJ 2.89+12 1.55+13
7.48tlO Q.QltlO 9.34t09 3.87+09 9.29to9
5.29-04 6.54-04 1.08-04 1.34-03 5.98-04
3.99625 3.99694 3.99731 3.99736 3.99750
1.09tll S.Olt09 1.52tlO 7.25t09 8.09tOQ
8.08113 1.58+12 1.58tl2 1.65tll 1.37t11
1.4ltl4 1.44tll 1.44tll 6.16tll 5.92t11
3.08tll 1.69+09 5.09+09 2.29tlO 3.94tlO
2.16-03 1.17-02 3.53-02 3.71-02 6.65-02
4.78154 4.78221 4.86036 4.86210 5.03457
2.34tlO 2.25t10 3.43t09 6.41+09 3.72409
4.8lt12 1.89i13 5.06t12 5.06412 4.94+13
9.5Ot13 8.84t13 1.32+14 1.32+14 2.29113
8.9OtlO 3.69tlO 8.61t09 1.23+10 2.35tO9
9.36-04 4.27-04 4.99-05 9.32-05 1.03-04
3.99769 3.99791 3.99974 3.99986 4.00071
8.71tlO 7.llt09 2.91r10 1.49tlO 2.04+10
1.53tl2 3.30t11 3.85tlO 1.49tlO 2.04tlO
l.Sltll 1.9ot10 4.41+06 1.28t08 3.29+07
3.32tlO 7.74tO8 1.41to7 2.50t08 1 .97+08
2.06-01 4.07-02 3.19too 1.98+00 5.99400
5.03539 5.06908 5.06991 5.07570 5.12789
l.lOtlO 1.82t09 9.28tO9 9.5OtO9 1.18tlO
4.94tl3 1.53tl4 1.53tl4 1.60t14 l.OJtl4
2.29+13 l.OOtlJ 1.09t13 1.82tll 2.89412
6.94t09 4.68t08 2.48t09 2.17t07 1.27tO9
3.04-04 4.48-05 2.27-04 1.19-04 4.40-04
4.00249 4.01216 4.01240 4.01278 4.01569
7.4Jt09 5.89tlO 6.04109 1.92tlO 3.69tll
1.88tll 1.67+13 1.67tlJ 1.67113 3.78rll
1.19tlJ 1.06t12 1.22+12 1.22t12 1,JJtlO
1.46tlO 7.04+09 1.65tO9 5.22tOQ 2.51tlO
1.22-03 6.63-03 1.35-03 4.28-03 1.89+00
5.lJl48
1.17tlO
8.87+13
1.55*13
3.49to9
2.25-04
4.01591 4.01790 4.01793 4.01902 4.01976
7.44tll 4.31111 3.77tll 1.56tll 8.54r09
7.44tll 4.Jltll 3.77tll 1.56tll 3.78tll
2.2Otl2 6.37tlO 1.28tll l.JJtOQ 1.33tlO
J.JJt12 2.22+11 3,81+ll 2.64+09 5.80+08
1.52tOO 3.48tOO 2.99tOO 1.98tOO 4.37-02
4.07169 4.07588 4.17982 4.18190 4.18211
1.94tl2 3.11t12 1.44tlO 9.72+09 1.22t10
5.Ottl2 5.08t12 8.07tlJ l.Olt14 1.07t14
l.J2t14 1.32414 1.11t13 5.54~11 7.94t06
3.74t12 5.99tl2 3.50+09 2.98tO8 3.62+05
2.83-02 4.52-02 3.14-O) 5.37-04 4.55-04
4.18659 4.18762 4.18788 4.18790 4.18847
4.20tlO 2.50tlO 2.17tlO 4.24tlO 9.84t09
1.09t14 9.47t13 9.38tl3 1.18+14 1.18+14
1.13rlJ 3.15+13 3.42t13 1.33t09 1.33+09
1.58tlO 2.50+10 3.48tlO 9.59to5 2.18tO5
1.39-03 7.93-04 1.02-03 7.19-04 1.84-04
4.19015 4.19017 4.19037 4.19258 4.19338
2.30tlO 8.91+09 1.88tlO 7.62+09 2.09tlO
9.36tl3 7.4Jtl2 9.47tl3 1.47tlJ 8.81tlJ
3.42tl3 2.39+10 3.15+13 2.27tlO 1.05t13
3.68+10 5.70407 1.88tlo 4.71+07 4.46t09
1.08-03 2.39-03 5.98-04 2.07-03 4.23-04
4.19403 4.19507 4.19644 4.20004 4.20023
2.lJtlO 9.50tOQ 3.lOtlO 2.10110 4.49109
I.85113 5.12+13 1.99+13 1.9ltl3 l.Ql+lJ
5.43112 2.64t12 9.33110 1.25+11 1.25tll
4.92t09 9.33+08 1.16+09 8.18408 1.74+08
9.07-04 3.53-04 1.24-02 8.55-03 1.40-03
Od
IRAHSITION
qw
IreZprJp*(5/2)1~.2p~3s*(3/2)lso2r*Jd.(J/2)lse2raJd*(5/2)lsr2a.Jde(J/2)-
K EK K K Ii K
4p.(3/2) 4s.(l/2) 4pe(l/?) 4p*(J/2) 4pe(1/2)
4.20073 4.20283 4.20307 4.20362 4.20425
l.lOtlO 9.58t09 2.31+09 1.84tlO 2.12tlO
3.03tlJ 6.06tl2 8.88tl2 1.22+13 4.13tlJ
2.74+13 J.88+13 1.28tl3 1.43+12 7.91t12
3.15tlO J.Jl+lO 5.48+09 1.18tlO 1.36tlO
1.15-03 8.54-04 4.27-04 8.12-03 1.72-03
IsoZsoJd.(J/2)Is.2s.Jd.(J/2)Is~?,.Jd*(5/2)ls.?p-Jd.(5/2)lr.2p.Js.(1/2)-
K]4p.(3/2) K]lle(5/2) K 41*(712) K 4d.(3/2) I K I 44.(1/2)
4.20482 4.20584 4.20592 4.20846 4.20665
l.OZtlO 3.65tlO 4.83tlO 3.33tO9 1.77tlO
4.lJtl3 8.88+12 1.22t13 2.82t12 1.74tl3
7.9ltl2 1.28+13 1.43t12 l.lWlO 3.68+13
6.57t09 8.63tlO 2.92tlO 8.19tO7 2.41tlO
8.31-04 6.72-03 2.04-02 7.04-03 6.54-O)
ls.2peJd.(3/2)lr.2r.3d.(3/2)-
K]4d.(3/2) EK]4f.(5/2)
4.20667 4.20703 4.21055 4.21150 4.21284
4.OOtO9 1.37+10 1.38tlO 1.31tlO 7.51tO9
2.80t12 4.13tl3 6.06+12 1.91+13 1.85tlJ
1.80tll 7.91t12 3.86tl3 2.76+11 2.8OtlO
9.27t08 8.8ltOD 4.79tlO 7.46tO8 2.28+07
5.79-03 1.11-03 1.23-03 2.70-03 8.13-04
lro2s.Jp.(l/2)K]41.(1/2) Is.2pe3p.(J/2)1 K]4pm(1/2) 1~.2pe3p.(J/2)-[K]4~*(3/2) ls.2p.3s.(l/2)-[K 46.(3/2) Is.2p-3pm(J/Z)-[K I 4pe(l/2)
4.21288 4.21324 4.21381 4.21439 4.21675
7.80+09 2.96tO9 8.42tOQ 1.31tlO 2.18tOQ
1.60+13 1.45+13 1.45tlJ 1.74tlJ 4.92tl2
2.37+09 2.Oltll 2.01+11 3.68tlJ 2.98+10
2.31+06 1.62408 4.60t08 1.78tlO 5.26t07
9.75-O) 8.08-04 2.29-03 4.83-04 1.76-03
lt.2s~Js~(l/2)-[K.4~~(l/2~ lr.Zr~3t~(1/2)-[K.4~~(3/2)
4.22827 4.22884 4.23729 4.23756 4.70606
l.J7+10 2.52rlO 4.85+09 5.57tOQ 7.26t09
9.51412 9.51+12 1.67tlJ l.67tlJ 4,94t13
2.08tl3 2.08+13 1.08~12 1.22tl2 2.29t13
l.89tlO 3.48tlO 5.79t08 1.52t09 4.59t09
9.05-04 1.66-03 5.45-04 1.25-03 2.01-O)
lr.2p.2p.(l/2)-[K]3p.(J/2) ls.2p.2p.(3/2)-[K]3~-(1/2) lrn2p*2p*(3/2)-[K I 3p.(J/2) In~2pe2p~(l/?)-[K Jpv(1/2) ls.2p.2p*(l/2)-[K]Jp*(J/2)
357
LAYBOA
AUGER
Qd
9w
J. NILSEN
TABLE
Dielectronic SatelliteSpectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
2 = 22
2 = 22
TRANSITION
L AMBOA
A(if)
A(lo1)
2.11229 2.11321 2.12563 2.12605 2.12942
3.22+13 1.62+12 5.2ltlO 5.62+10 5.90+10
3.22+13 1.62+12 2.44+14 2.47+14 2.41+14
0. 0. 2.IOtll 1.7atll 2.09+11
0. 0. 1.79+08 8.09+07 2.04+06
3. oo+oo 3.00+00 6.54-04 4.54-04 9.711-04
AUGER
Od
9m
TRI~NSITION Ir.2p.3d.(3/2)-[K]2sn(l/2) lr*2p*3d.(3/2)K]28.(1/2) ls*2po3r*(l/2)1 K]2r*(l/2) lr.2p~3~~(3/2)-[K]2r~(l/2) ls.2p-3d.(3/2)-[K]Zr*(l/Z)
LAYEOA
A(if)
A(tot)
AUGER
2.23299 2.23436 2.23631 2.23659 2.23709
9.25+11 2.63+10 1.34+10 2.47+11 2.01+10
3.93+13 1.60+12 2.02+14 2.10+14 4.64+12
3.5at09 1.54+10 1.17+13 3.01+12 4.56+10
3.37tOa 1.00+09 1.46+09 1.40tlO 7.52+08
9.42-02 6.51-02 1.25-04 4.64-03 1.64-02
Od
9"
ls.2~~4~~(1/2)ls@2p*4d*(l/2)lr*Zp*4d*(3/2)ls.2p.4~~(3/2)ls*2p.ld.(3/2)-
K]2s.(l/2) K 2s.(l/2) K I 2s.(l/2) K]21.(1/2) I K]?s.(l/2)
2.12945 2.13129 2.13164 2.13452 2.13456
2.9arlO 1.66110 l.al+lO 3.60+10 6.85+10
2.36414 4.47+12 5.51+12 2.42+12 6.06+12
1.6atl2 2.93110 2.42tOa 6.92+12 3.27+12
4.19+06 2.latOa 3.24+06 1.13+11 9.60+10
2.46-04 7.45-03 1.34-02 1.27-02 2.93-02
2.23837 2.23961 2.24034 2.24229 2.24324
2.03+11 1.77+11 1.97+10 6.63+11 2.44+13
1.63+13 3.65+12 4.03+12 4.21+13 4.09+13
2.24+11 4.22+13 1.13+06 3.95tl3 1.52+12
9.117+09 6.52tll 2.21+04 a.36+11 3.51+12
4.40-02 1.55-02 1.96-02 2.11-02 2.31+00
Ir*2p.4d.(l/Z)lr*2p.ld.(3/2)lr~2p~ld~(3/2)ls*2s*lp*(3/2)1~.2r*lp~(l/2)-
K]Zs*(l/2) K 2,*(1/2) KI 2s.(l/2) K 2r*(l/2) K 1 F 2sr(l/2)
2.13459 2.13461 2.13573 2.13623 2.13644
3.17+10 1.03+11 2.4OtlO 6.74+12 4.63+12
7.9ltl2 9.42+12 2.35+12 1.19t13 1.47+13
l.O+lO 2.54+11 3.73+09 4.00+12 1.39+13
a.50+07 l.Oa+lO 1.52tOa 6.77+12 4.69+12
a.Ol-03 4.25-02 4.00-02 1.69+00 3.39-01
2.24426 2.24548 2.24679 2.24740 2.24765
2.79+13 5.79tll 2.46+12 5.a7tii 3.19+12
3.47+13 l.a2+14 I.04413 2.a9+12 2.43+14
5.35+10 1.24+13 4.6atll 2.fatlo 1.44+13
6.60+10 7.35+10 4.22tfl a.aot09 7.14+11
1.61+00 5.95-03 9.03-01 4.03-01 4.96-02
lv2~.4s.(1/2)-[K lr*2p.4~*(3/2)ls*2p~ls~(l/2)ls*2~*4fe(3/2)lvZp*4p*(l/2)-
2s.(1/2) K 2r.(l/2) t K 2$*(1/2) K 2pm(l/2) EK I 2pe(1/2)
2.13720 2.13606 2.13a54 2.14047 2.14191
2.44+12 4.60+11 1.4ltll E.60+09 1.17+12
a.66+12 1.24+13 2.22tl2 2.49tl4 2.42t14
2.88+12 4.13tll 1.52+11 2.95tlO 4.20+12
1.22+12 5.92+10 l.al+lO 4.09tO6 4.00110
4.22-01 1.43-01 1.19-01 1.3a-04 9.52-03
2.24860 2.24079 2.24888 2.25077 2.25126
1.24+11 1.76+11 4.35+12 1.99+13 2.16tl3
l.a2+14 2.19+14 2.61+14 2.43+14 1.29+14
1.24+13 3.43+13 1.27+09 1.44+13 2.65+12
1.57+10 9.59tlO 4.23+07 4.45rl2 a.71+11
1.27-03 2.10-03 3.34-02 3.09-01 3.29-01
lr*2pllp*(3/2)ls*lp*lp.(3/2)1~.2p*4p~(l/2)ls*2p*lfe(5/2)ls~2p*lp.(1/2)-
K 2pm(l/2) K 2pe(1/2) K I 2pe(l/2) K]2p*(3/2) I K]?p*(3/2)
2.14252 2.14293 2.14296 2.14323 2.144al
l.aOtl2 1.07tl2 2.19+12 1.26+10 1.57+12
2.51+14 2.45+14 2.55+14 2.46+14 2.42+14
3.latl2 l.Oatl3 3.70+09 2.af+lO 4.20+12
9.03+10 l.al+ll 6.35+07 a.53+06 5.35+10
2.114-02 1.67-02 1.71-02 3.03-04 1.27-02
2.25159 2.25191 2.25201 2.25271 2.25214
9.96tl2 1.17+13 2.93+13 3.54tl3 3.fatl3
2.25+14 2.19+14 2.61+14 3.72+13 3.64+13
3.31+13 3.43+13 1.27tO9 1.21+12 1.42+12
7.67+12 6.33tl2 2.a5toa 2.234f2 4.79+12
2.32-01 1.65-01 2.25-01 i.a4too 3.36+00
lrr2s*lp*(l/2)1~.26*4p.(3/2)1,.2~.4p.(3/2)ls.2p.lp.(5/2)ls*2~.4p.(3/2)-
K 2s*(l/2) K 3 21.(1/2) K 2p.(3/2) K 2p.(3/2) 1K I 2p.(3/2)
2.14522 2.14531 2.14536 2.14554 2.14577
1.94+13 l.a2+13 6.47+12 a.24+12 4.7atf2
1.95+13 l.a6+13 2.5ltl4 2.51+14 2.45+14
1.71tl2 1.76+12 J.latl2 7.69412 1.06+13
3.13+12 6.26+12 3.25411 1.47+12 6.09tll
1.63+00 3.5atOO 1.02-01 1.91-01 7.4a-02
2.25407 2.25420 2.25439 2.25412 2.25525
6.34+12 1.33412 3.14+13 1.96+13 3.44tl2
6.73+12 1.34+12 1.29+14 4.45+13 4.31+13
3.9atll 4.24+10 2.65+12 1.27+13 5.23+11
1.41+12 9.16+10 1.27+12 1.74+13 1.65+11
3.55+00 1.92+00 4.76-01 1.37roo 3.16-01
ls.?p.lp~(l/2)lr.2s*4p-(3/2)ls.28.4p.(l/2)lr*?p*lfn(3/2)1,.2p.lf.(J/2)-
K K K K II K
2p*(3/2) 2so(l/2) 2rn(l/2) 2p.(l/2) 2pm(l/2)
2.14579 2.14605 2.14612 2.14620 2.14647
6.75+12 1.51112 3.5ot11 3.45+10 6.14+09
2.55+14 1.51+12 3.50+11 2.99+11 2.5aifl
3.70+09 1.7arll 2.76+10 4.63400 1.96toa
1.96+06 6.36+11 5.11+10 2.23toa 2.47+07
5.29-02 3.5lI+oo 1.115+00 4.61-01 1.26-01
2.25571 2.25566 2.25672 2.25750 2.25790
7.06tl2 5.51+13 2.26+13 1.14+13 6.60411
1.3(1+13 6.44+13 3.aotl3 1.26+13 1.49+13
2.79112 3.02+13 2.57+12 1.6atil t.65+10
4.77t12 1.06+14 5.73+12 3.34+11 4.54+09
1.71+00 3.49+00 2.23+00 1.76+00 2.74-01
ls*2po4p*(l/?)lr*2p*lp*(S/2)ls*2~.4~.(3/2)ls.?pelf.(3/2)ls.2~.41.(5/2)-
K ?pm(l/?) K I 2p.(l/2) K]2p.(1/2) K 2p.(1/2) K I 32p.(3/2)
2.14723 2.14647 2.14aa9 2.1492a 2.14920
2.32+12 4.44t11 2.34+11 1.52+10 6.67+10
2.67tl3 1.4Ot13 4.94+12 9.67+12 4.35+11
3.32+12 2.44+12 1.03+12 1.90+09 4.00+10
4.aftii 2.63+11 1.62tll 1.19+07 3.37410
1.45-01 1.06-01 1.57-01 6.27-03 11.42-01
lr*2p*3p*(3/2)11*2p_3p*(l/2)lr*2s*Jd-(3/2)ls*2p.3~*(3/2)ls*2p.Jp-(5/2)-
2.14952 2.14962 2.15OOa 2.15052 2.15070
9.39+10 2.65tlO l.a6+13 1.96tl3 1.74+13
2.94+11 2.32tl2 2.67~13 3.2ltl3 1.76+13
5.43110 1.69+11 3.32+12 6.14tl2 1.47+13
a.7atlO 7.76+09 3.a5+12 1.60113 4.76+13
1.62+00 4.56-02 1.16+00 1.97+00 3.24+00
ls*Zp.Sp.(3/2)ls.2p.Jp.(3/2)ls*?p-3pe(3/2)ls*2p_3p.(l/I)11*2p.3p-(l/2)-
2.15075 2.15113 2.15132 2.15144 2.15169
1.94+13 1.11+12 1.13+13 3.6Jtl2 1.32+12
2.53+13 9.01112 1.40+13 1.06+13 l.a3+12
6.32tll 3.9atlO 2.44+12 9.10+11 1.57+12
9.44+11 9.79+09 6.70+12 1.15+12 3.67t12
1.50+00 2.46-01 2.74+00 1.26+00 2.34+00
1~.2p_Jp.(l/2)lr*2p~Jp*(3/2)Is*Zpm3p*(5/2)18.2p.3pm(S/2)ls*lp.Sp.(l/2)-
ls.2p.lpe(3/2)lr.?p.4f.(5/2)ls.2p.4~.(3/2)ls.2pelf.(3/2)ls*2pelp-(l/2)-
lr*Zp.3p*(l/2)-[K lt*2p*3p-(J/Z)-[K ls*?p*3p.(l/2)ls*2p*Jp*(3/2)ls*2p*Sp*(l/2)-
2p*(3/2) 2pe(l/2) K 2p.(l/2) K 2po(3/2) II K 2pm(l/2)
K K K K K
2p*(3/2) 2p.(l/2) 2p.(3/2) 2p.(l/2) 2p.(3/2)
2.25796 2.25609 2.25139 2.25161 2.25a66
1.32tl3 2.42+13 7.66+12 5.lOtl2 l.lJtl2
4.45+13 3.65+13 4.31+13 2.20+13 7.06+12
1.27+13 2.43+10 5.23+11 5.22+11 J.a7+12
i.iati3 3.22+10 3.67+11 4.72+11 2.41+12
9.24-01 1.32tOO 7.02-01 9.03-01 6.22-01
K K K K K
2p.(3/2) 2p*(3/2) 2p-(112) 2p*(3/2) 2pm(l/2)
2.25665 2.25906 2.26039 2.26065 2.260111
1.59+12 3.79+12 3.97+12 6.97+11 3.51+12
1.3atl3 3.110113 1.9atl3 1.26+13 a.96tl2
2.79tl2 2.57+12 6.70+10 1.66tll 1.22410
1.06+12 9.6ltll 5.35+10 2.05tlO 9.50+09
3.115-01 3.74-01 7.99-01 1.09-01 7.60-01
K tK K K K
2p.(3/2) 2p.(3/2) 2p*(3/2) 2p.(3/2) 2p.(3/2)
2.26124 2.26177 2.26212 2.26354 2.26397
4.26tl2 6.16+12 l.fl+ll 2.37+12 6.27tll
3.65+13 2.20113 7.96+12 1.9a+lJ a.96+12
2.43tlO 5.22+11 1.35+12 6.70+10 1.22rlO
5.60+09 5.72+11 9.69tlO 3.19+10 2.24+09
2.33-01 l.lO+OO 7.11-02 4.76-01 1.14-01
K K K K K
2pm(l/2) 2p.(l/2) 2p.(l/2) 2p.(l/2) 2p.(3/2)
2.26405 2.26463 2.26654 2.26663 2.26722
3.69+12 7.24+11 5.45+10 2.04+10 3.16+11
4.42+12 1.93+13 2.70+11 1.6ltll 4.42+12
4.62+12 2.21413 1.35+06 1.27+09 i.a2+12
7.70+12 7.72+11 1.09+06 3.2OtOa 6.64+11
1.60+00 3.49-02 a.OO-01 2.52-01 1.3a-01
K K K K K
2p*(3/2) 2p.(3/2) 2p*(3/2) 2pm(l/2) 2p*(3/2)
2.26725 2.26779 2.26956 2.27235 2.27554
2.31+12 5.77tll 2.02+10 1.23+12 1.6ltf2
2.31+12 1.93+13 1.37+11 2.87412 2.67+12
4.36+12 2.21+13 4.34+07 4.13+13 4.13+13
9.07+12 6.16+11 3.a4+07 2.31412 3.02+12
2.06+00 2.79-02 a.a5-ot 5.59-02 7.32-02
2.46926 2.46930 2.47177 2.47241 2.47251
4.37+10 4.64+10 l.Za+lO 5.61+09 6.71+09
2.41+14 2.36+14 4.47+12 2.51+14 5.51+12
2.09+11 1.66+12 2.93+10 J.latl2 2.42408
1.51+06 6.52+00 1.67+06 2.alt06 1.19+06
7.24-04 3.67-04 5.71-03 11.64-05 4.92-03
ti II II /I /I
K K K K K
2pe(3/2) 2p.(3/2) 2p.(l/2) 2p*(3/2) 2p.(l/2)
2.15174 2.15190 2.15194 2.15214 2.15231
3.09tf2 2.50+11 7.23+11 4.46+10 1.90+12
4.94+12 1.19+13 1.04+13 9.67tl2 4.36+12
1.03+12 2.39111 1.2atll 1.90+09 3.64+10
2.6atl2 2.96+10 3.5ltlO 3.50+0: 2.96+10
2.6OtOO 1.24-01 2.74-01 1.64-02 a.l3-01
18*2x.Sd.(3/2)11*2~*31.(1/2)ls*24*3d-(J/2)ls@2s*3de(l/2)lr*2c*Sdo(3/2)-
EK K K K K
2p.(3/2) 2pm(l/2) 2p*(3/2) 2p*(3/2) 2pe(3/2)
2.15261 2.15322 2.15361 2.15399 2.15412
2.03+10 2.32+11 3.2atll a.43+11 3.06tll
1.02412 6.46+12 2.53+13 9.01+12 1.07413
2.04+11 7.3ltl2 6.32tll 3.96+10 2.26+12
2.02+10 2.15+11 1.60+10 7.41+09 3.24+11
9.93-02 2.94-02 2.53-02 1.66-01 1.43-01
lr.Zs.Jd*(5/2)ls*28*3s~(l/2)lr.2t.3d-(5/2)lr~2r.3~.(1/2)lr.2..3~.(1/2)-
ls*2~.4p*(3/2)-[K]2~*(3/2) ls.2p-4p~(Sl2)K]2~.(3/2) 1~.2pe4pe(l/2)K 2p*(3/2) ls.2r.4~.(1/2)K3 2p*(3/2) f$.2$.4d.(3/2)i K]?p.(l/2)
2.15430 2.15460 2.15517 2.15608 2.15a67
9.64+11 6.02+11 2.12+11 4.30+10 2.65+11
1.06+13 1.04+13 4.3atl2 a.4atl2 3.2Otll
9.10+11 1.2atll 3.64tlO 7.31+12 5.60+11
3.05+11 2.92+10 3.50+09 3.911+10 7.34+11
3.36-01 2.21-01 9.59-02 5.45-03 1.27+00
;:.;;.4;;;1/2)-[K]2p.(3/2) . . - ,*.1s.
(0)
2.16174 2.0171 2.16117 2.16476 2.22260
3.56+10 2.19+11 1.73+11 2.01111 7.19413
3.20+11 2.49+11 4.03+11 4.03+11 7.19+13
5.60+11 5.39+11 l.JO+lJ l.JOtl3 0.
9.16+10 a.97+11 3.35111 3.91+11 0.
1.56-01 1.67+00 2.57-02 3.00-02 3 I oo+oo
2.47295 2.47298 2.47352 2.47374 2.47375
1.19+11 2.5atlO l.a6+10 1.31+10 1.69+11
2.45+14 2.55+14 2.51+14 2.35414 2.51+14
1.06+13 3.70+09 J.latl2 5.54+12 7.69tl2
2.OltlO 7.51+05 9.32+06 l.altO9 3.36+10
1.86-03 2.03-04 2.93-04 3.27-04 4.37-03
ISDJP.
(0)
2.22537 2.22617 2.22661 2.22904 2.23160
3.51412 2.97tll 3.43+11 5.75+10 6.52+11
3.51+12 2.27+14 2.36+14 2.36+14 1.40+13
0. 1.42+11 1.15+11 3.92+09 9.31+09
0. 7.40tOa 3.34+06 3.62+06 a.66tOa
3. oo+oo 5.23-03 2.91-03 9.75-04 9.31-02
2.47406 2.47410 2.47443 2.47979 2.46062
1.69410 1.47+10 4.72+10 1.27+11 3.25+10
2.45+14 2.45+14 2.44rf4 2.a7tl3 1.76+13
1.06+13 1.26+12 5.96412 3.32+12 1.47+13
3.19+09 4.53406 a.99109 2.64+10 a.a6+10
2.95-04 3.50-04 1.51-03 7.94-03 6.04-03
II II
lr.2p-4fe(5/2)ls.2s.41.(1/2)1~.2p~4p.(l/2)lr.2p.lp.(l/2)lse2p.4pn(5/2)-
(1)
-
Isols*
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
1 = 22
1 = 22
TRANSITION ls*Zp.4d.(7/2)Is.Zp.4~.(3/2)fs.2~*4~.(3/2)Ir.Zp.ld.(S/2)ls.Zp*4d.(5/2)-
LAUBOA
K]Jd.(5/2) K]3p.(3/2) t K]3p.(3/2) I ".]34.(3/2) K]Jd*(5/2)
A(i1)
A( tot)
AUGER
Od
TRANSIllON
A(il)
A( lot)
2.48125 2.48145 2.48200 2.48206 2.46241
8.11+10 6.lOtlO 2.08tlO l.YltlO f.lttlO
1.92t12 1.40413 4.94t12 2.21412 2.21+12
5.69+11 2.44t12 l.OJtl2 8.45tlO 8.45+10
1.48+11 3.62tlO 1.44tlO 4.22tOY 2.5ltOY
2.60-01 1.48-02 1.39-02 5.00-02 2.96-02
Iw2p*3de(3/2)-[K]3d-(3/2) 1$.2p*3d*(5/2)-[K]3d*(5/2) fs~2p*4p~(3/2)-[K]4l.(5/2) ls.Zp*3s.(1/2)K]Js*(l/2) fr~2p*Jd.(3/2)1 K]3d*(5/2)
2.61387 2.61400 2.61412 2.61415 2.61426
2.27tf4 1.68tl4 5.22tlO I.99414 8.52tl2
2.36tl4 2.42+14 2.51+14 2.02tl4 2.36tl4
3.92+09 1.4ltl2 3.18tl2 1.17+13 3.92+09
1.51410 5.86tl2 2.62tOY 2.17tlJ 5.87tO8
3.85100 4.14tOO 8.23-04 1.86tOO 1.45-01
2.48306 2.48337
6.4JtlO 8.52tlO
3.2ltlJ 2.53+13 1.03tl2 f.06t13 5.3&11
8.14+12 6.32tll 9.28tOY Y.lO+ll 1.13+09
5.20+10 4.16tO9 6.65tOY 6.14+09 1.34+09
6.40-03 6.56-03 7.17-01 6.75-03 1.19+00
1~*2pr4p*(5/2)-[K]4l*(7/2) I$.2pb3$.(3/2)K]3s*(l/2) ls~2p.Jp*(3/2)L K]Jp*(J/Z) Ir*2p*lp.(3/2)K]4fe(5/2) ls*2p'3pm(3/2)1 K]3pe(l/2)
2.61447 2.61453 2.61470 2.61473 2.61500
2.32tll 2.05+14 2.20+14 1.33tll 2.06tl4
2.51+14 2.10114 2.43+14 2.45+14 2.19+14
7.69+12 J.Olt12 1.44t13 1.08tl3 3.43+13
4.l%lO l.lltlJ 4.92tfl 2.25tlO l.lltl4
5.37-03 3.84tOO 3.42tOO 2.08-03 3.24tOO
2.48495 2.48520 2.48541
1.15t10 2.68tlO 1.44tlO
1.28tll 8.92t12 Y.lO+ll 3.64+10 2.31tlO
5.57+08 8.44tlO 4.56+09 2.22408 3.67tO8
4.35-03 9.46-03 5.01-03 6.09-03 1.59-02
lse2p*3pe(1/2)K]Jpw(l/?) Is.2p-3d.(3/2)K 3s.(l/2) ls*2ptld*(l/2)-[K 9 41-(1/Z) ls*2p.,3de(l/2)-[K]3s*(l/2) Is*2pa3p.(5/2)-[K]3p.(3/2)
2.61513 2.61522 2.61538 2.61543 2.61582
2.13+14 6.43+11 3.96t12 4.4Otl2 2.13tl4
2.6ltl4 4.84412 4.47+12 1.10t13 2.25tl4
1.27409 4.58+10 2.93+10 1.54t11 3.31t13
2.07t09 2.41tlO 5.15110 1.22+11 1.65+14
1.63+00 5.26-01 1.76tOO 7.90-01 5.00+00
96
L AYBOA
AUGER
Od
0
ls.2p.lpe(3/2)Is.2p.4~.(3/2)lr.2p.lp.(3/2)-[K
K]3pe(l/2) K 3d.(5/2) fi 3p.(3/2)
2.48553
1.64+10
1.04tlJ 2.42+12 1.06+13 4.38tl2 6.16tl2
ls.2s.4~.(1/2)Isr2vlp.(f/2)ls.Zs*4p.(3/2)ls.Zt~4r~(1/2)ls.2t.4p*(1/2)-
K]Jp-(l/2) K]3de(3/2) i K]3d*(5/2) K 3p*(J/Z) K I b-(1/2)
2.48666 2.48744 2.48751 2.48778 2.49053
3.16tlO 4.04+10 1.75+10 4.35tlO 6.34tlO
6.48tl2 1.47t13 1.19113 8.48t12 1.95tl3
7.3ltl2 1.3Ytl3 4.00t12 7.3ltI2 l.Jltl2
2.93tlO 3.92tlO 1.76+10 4.03tlO 1.02+10
4.01-03 2:83-03 4.39-03 5.51-03 5.98-03
lso2p*4d.(3/2)-[K lr.2p*Jpe(3/2)-[K lr*2p~Jp~(l/2)-[K 11*2p*2p*(l/2)ls.?p.ld.(l/2)-
4s*(l/2) 3p.(3/2) Sp.(3/2) K 2pe(1/2) 1 KI 4s.(1/2)
2.61621 2.61624 2.6107 2.61643 2.61654
l.Y6+12 1.87+12 1.45113 I.22413 6.4ltlO
5.5ltl2 2.19tl4 2.6ltl4 l.20+14 6.41tlO
2.42tO8 3.43*13 1.27+09 2.47tl3 3.46t08
3.44408 1.01+12 1.40+08 4.17+12 6.88+08
1.42too 2.95-02 l.fl-01 1.69-01 1.99+00
lr.2r.lp.(3/2)lr*Zp.Jd.(3/2)ls*2p*Jde(l/2)Is.Zp.3d.(3/2)la.2p.4d*(3/2)-
K 3r.(l/2) 1 K3 38*(1/Z) K]Jse(l/Z) K3 3s*(l/2) K 4s*(1/2)
2.49066 2.60030 2.60117 2.60422 2.60717
5.93+10 1.25+12 1.43+12 J.Jltll 9.35+11
1.86tl3 2.2Jtl4 2.36tl4 2.36tl4 2.44+14
1.16+12 1.42tll l.l?,+ll 3.92+09 2.1Otll
2.05tlO 3.12+09 1.39t09 2.2OtO7 3.22t09
1.17-02 2.20-02 1.21-02 5.61-03 1.53-02
ls*?p*41~(3/2)-[K],d_(J12) ls~2p*4r~[l/2)K]lde(3/2) !s*2p*4r*(3/2)1 K]ld.(5/2) ls*2p.Jd.(3/2)-[K 31*(1/2) Is*2p*Jd*(1/2)-[K I 36.(3/2)
2.61660 2.61665 2.61677 2.61697 2.61739
4.56tll 1.04tl2 7.08tll 1.05113 7.36+12
2.41+14 2.38tl4 2.41+14 1.83tl3 1.40+13
2.09+11 1.88+12 2.09111 2.24+11 9.31t09
1.59.tO9 1.45410 2.45to9 5.09tll 9.79+09
7.55-03 8.82-03 1.17-02 2.27+00 1.05too
lv?p.ld.(1/2)-[K lvZp~Jd.(l/2)lr.2p.4d.(3/2)-
4s*(l/2) K 31*(1/2) t K 4r.(l/2) 4pe(l/2) I Jso(112)
2.60749 2.60772 2.60844 2.60937 2.80961
9.48+11 5.98rl2 8.95tlO 1.7Ytll 1.33+13
2.47+14 l.lO+lJ 2.46tl4 2.49+14 3.93+13
1.78+11 Y.JltOY 1.2OtO9 2.95110 3.58+09
1.37t09 7.95+09 1.75+06 8.49407 4.84tO9
7.66-03 8.54-01 1.46-03 2.88-03 1.35tOO
lr*?p*4f*(3/2)ls~2p*ll.(3/2)ls*2p'3p*(l/Z)ls~2p*ll.(J/?)Is.?p.Ja.(3/2)-
2.61788 2.61828 2.61835 2.81841 2.61868
1.59t11 4.93tlO 3.8lt12 1.08+11 3.38t12
2.99t11 2.58tll 1.29+14 2.99411 3.65tl2
4.83+08 1.98tO8 2.85tl2 4.83408 4.22tlJ
1.02t09 1.50+08 1.54tll 6.83408 1.25tf3
2.12+00 7.83-01 5.81-02 1.41*00 2.95-01
Is*Zp*ll.(5/2)ls~Zp*41.(3/2)ls*2pwJd*(3/2)-[K
K 4p.(3/2) K 4p*(3/2) II 3d.(3/2)
2.60979 2.60990 2.60992 2.61031 2.61053
2.78tll 6.87tlO 1.22tl3 2.13tl4 2.31+13
2.48Cl4 2.49tl4 2.27+14 2.27tl4 1.82tl4
2.8ltlO 2.95+10 I.42111 1.42tll 1.24tl3
1.89+08 3.26t07 3.04+10 5.3ltll 2.93tl2
6.72-03 1.10-03 2.15-01 3.76tOO 2.37-01
1:::~:::1I:::~I~:j:~:~~~~~ Isa2p.4f.(5/2)K]lp.(3/2) 1$*2p.36*(3/2)K 3d.(3/2) lr*2p*lp*(l/2)ti K 4pe(1/2)
2.61876 2.61882 2.61913 2.61930 2.61942
I.O5+10 2.16tlO 2.l8tlO 7.12tl2 l.OStl2
4.35+11 2.58tll 2.94+11 3.93+13 2.87+13
4.00+10 1.96+08 5.43+10 3.58+09 3.32+12
5.3ot09 8.5KtO7 2.04+10 2.60+09 2.19tll
1.32-01 3.34-01 J.J6-01 7.25-01 6.58-02
2.61080 2.81095 2.61104 2.61106 2.61118
2.34t14 8.99+12 2.39+14 2.49tf4 1.37t13
2.36t14 2.48tl4 2.48+14 2.49tl4 2.44+14
1.15tll 2.8ltlO 2.81+10 2.95+10 2.lOtll
2.28tll 6.10+09 1.62tll 1.18tll 4.7ltlO
1.98+00 2.17-01 5.78+00 4.OOtOO 2.25-01
ls*?p*4d*(l/2)lr*?p*3p*(l/2)lv2pe3d.(J/Z)-[K Is*2p*3d*(3/2)la*2p*4p*(l/2)-
K 4dm(3/2) t K 3p.(3/2) 34*(1/2) K Sde(512) EK I 4p.(3/2)
2.61942 2.61960 2.61968 2.61969 2.81998
4.8ltll 7.18tl3 9.32tlO 1.8Ot13 8.66tl2
4.47+12 1.29tl4 4.OJtl2 3.93+13 2.87tl3
2.93tlO 2.85tl2 l.lJtO8 3.58tOY 3.32+12
6.26t09 2.90+12 1.05+05 6.55tO9 1.38+12
2.14-01 1.09too 9.26-02 1.83tOO 4.16-01
2.61119 2.81135 2.61138 2.61145 2.61146
2.79+11 2.29tl4 2.28tl4 2.45tf4 1.59tl3
2.79+11 2.44tl4 2.44+14 2.45tl4 2.44tl4
1.78tlO 2.lOtll 4.35tll 4.05+11 4.35tll
3.35+10 7.88+11 3.25+12 4.05+12 2.26tll
1.88tOO 3.76+00 7.47+00 9.98+00 5.20-01
ls*2po4l.(3/2)Is*2p*4fr(5/2)Ir*?p*4d*(7/2)-[K lsn2p*4dr(3/2)Is*2p~4~(3/2)-
K 4lm(5/2) I K 41.(7/2) 46.(5/2) t K 4dm(3/2) K I 4sn(112)
2.61999 2.82002 2.62008 2.62025 2.62026
1.79tll 3.58tll 1.84+12 5.85+11 1.32+11
2.58tlI 4.35tll 1.92+12 5.5lt12 2.42tl2
1.98+09 4.00tlO 5.69tll 2.42108 8.92t12
5.45+08 1.8ltll 3.37tl2 9.92+07 4.15111
2.77+00 4.52+00 5.91t00 4.10-01 4.65-02
I:::p,:J,d,:I:::lrtC~~~~~~~~~ 36-(3/Z) 41.(5/2) 41.(7/2) 41.(5/2) 4de(3/2)
K lpm(l12) K I 4p-(l/2) K Jpm(1/2) K 4p.(3/2) i K1 3$*(1/2)
ls.2p.4de(1/2)Isrlpr4p.(1/2)ls.Zp.Jd.(5/2)lr.2p.Jp.(l/2)ls*tp*4f.(7/2)-
K 4de(J/2) K I (p-(1/2) K 3dm(3/2) K 3p.(3/2) 1K I 4fe(5/2)
2.61151 2.61160 2.61172 2.81177 2.61188
2.48+14 3.56+13 1.32tl4 1.58tl4 1.61tl3
2.47t14 2.42tl4 1.95414 1.82tl4 2.45+14
1.78tll 4.20tl2 1.29tl3 1.24tlJ 1.55t09
3.55tll 1.22+12 4.93+13 2.01tl3 8.19+08
1.99+00 2.90-01 3.81tOO 1.63+00 5.27-01
Ira?pnll*(7/2)14.2pe46.(3/2)Ia*2p*41.(5/2)ls*lp~4l*(7/2)lr.2pe4d-(l/2)-
K 4lm(5/2) K 1 4$*(1/2) K 4l-(5/2) K 41*(7/2) t K 1 4r.(1/2)
2.62026 2.82030 2.62030 2.62034 2.62036
6.OltlO 5.39tO9 1.64tll 3.45tlO 2.9OtlO
9.47+10 6.08+12 2.94tll 9.47tlO 7.9ltl2
3.80t08 3.27tl2 5.43tlO 3.8OtO8 1.06tlO
1.92+09 7.56tOY l.SJ+lI l.lOtO9 7.78+0?
5.06tOO 2.31-03 2.8JtOO 2.91400 7.33-03
1$*2p.ld.(5/2)-[K ls*Zp*lf.(5/2)-[K ls*lp.4fr(7/2)lr.2p.41.(5/2)ls.2p.ld.(5/2)-
(d-(3/2) 4le(5/2) K 41*(712) K 4f.(7/2) t K I 46*(5/2)
2.61192 2.61196 2.81197 2.61205 2.61209
1.27tl4 2.36+14 2.29+14 8.73+12 1.08+14
2.35+14 2.45+14 2.45tl4 2.45+14 2.35tl4
5.54t12 3.63+08 1.55tO9 3.63t08 5.54tl2
1.76+13 2.1OtO9 l.f6+10 7.77+07 1.49tl3
3.18tOO 5.79tOO 7.47tOO 2.14-01 2.68tOO
Is~2p*lf.(5/2)IstPp*4dB(3/2)ls*2p*41-(7/2)larZpa4I*(9/2)ls~2p*41-(7/2)-
K 41.(7/2) t K 46.(5/2) K 4lm(5/2) K 4l.(7/2) f K I 41*(7/2)
2.82039 2.62042 2.62047 2.82050 2.62056
1.42tlO 2.96tl2 1.78+11 l.lJtlO 6.45+10
2.94+11 5.51+12 2.43tll 7.13tlO 2.4Jtll
5.43tlO 2.42tO8 2.72tO8 4.95+08 2.72t08
1.32tlO 5.21+08 1.59t09 4.91+09 5.77t08
2.44-01 2.15tDO 5.87tOO 9.93100 2.12t00
lS.lS.
2.61210 2.61211 2.61213 2.61233 2.81242
2.52tl4 6.28t13 2:04tl4 l.lltl4 4.07+11
2.52tl4 1.9&14 2.42tf4 2.45tl4 2.5ltl4
0. 1.29t13 4.20112 1.26+12 3.18+12
* 0. 2.35+13 6.95+12 3.40+12 2.04+10
3.00+00 1.81+00 1.85tOO 2.89tOO 6.41-03
lt*2p*3de(7/2)Is*2p*Zp.(l/2)lss2pmld.(3/2)la*2p*4da(5/2)ls*Zp.4d.(3/2)-
K K K K II K
2.82065 2.82066 2.62069 2.82071 2.62073
4.47+13 1,07+14 5.3ltll 6.95111 2.58+11
4.47+13 1.20tl4 9.42+12 8.43+11 4.83+11
7.92tlO 2.47+13 2.54tll 2.14tlO l.OtO9
6.32+11 3.67tl3 5.58tlO 1.03tIl 2.57tO9
7.98tOO 1.49t00 2.20-01 4.82tOO 2.21+00
2.61246 2.61247 2.61250 2.81257 2.81262
2.32tl4 2.44+14 1.35tl4 2.40tl4 2.37+14
2.48tl4 2.44tl4 2.45tl4 2.4lt14 2.38+X4
1.2OtO9 5.98tl2 1.26+12 2.09411 t.68t12
4.54tO9 4.88t13 4.15t12 8.29+11 3.33+12
3.78+00 7.81tOO 3.28+00 3.98+00 1.98+00
lr*2pa4p*(5/2)lsa?p*ld.(5/2)ls.2p.ldm(3/2)l1*21*2~1(3/2)lr*2p*3d-(3/2)-
K 4p.(3/2) K 44*(5/2) K1 4d.(5/2) K]2s*(l/2) I K]Jd.(3/2)
2.62088 2.82008 2.62090 2.62105 2.62119
3.8ltlO 1.4Otll 2.07tll 4.80+12 1.08t12
1.76tlJ 8.43tll 4.6Jtll 4.64+!2 1.60+12
l.47tlJ 2.14tlO 1.16+09 1.02+14 1.5010
1.04+11 2.20*10 2.07+09 1.76+13 4.09t10
7.07-03 1.03too 1.78tOO 1.73-01 2.66too
2.81263 2.61295 2.61303 2.61306 2.61319
1.33+13 2.42tl4 2.39+14 2.lOtl4 2.OJtl4
2.46tl4 2.5ltl4 2.45+14 2.55tl4 2.03t14
1.20109 3.18412 1.08tlS 3.7OtO9 1.4Otl3
2.8OtO8 1.21+13 4.04tl3 6.10409 1.05tl4
2.17-01 3.8ltOO 3.73+00 1.85tOO 7.49+00
lS*2p*4de(5/2)ls*2p*4p*(3/2)lw2p*4d.(7/2)-[K Is*2p*ld.(5/2)fr.2p.3d.(5/2)-
K 4d.(3/2) t K 4p.(l/2) 46.(5/2) K 46*(5/2) K t I Jd.(3/2)
2.62120 2.62127 2.82134 2.62137 2.62139
8.47tll 1.5OtlO 8.42410 1.34+12 2.YJtf2
2.21+12 1.40tl3 8.42tlO 2.21+12 2.93t12
8.45tlO 2.44+12 4.88tlO 8.45tlO 2.94tlO
1.87+11 8.93+09 2.47+11 2.95+11 1.75*11
2.21tOO 3.66-03 5.06tOO 3.49too 5.94too
2.61321 2.61346 2.61356 2.61360 2.61361
2.43114 1.52tlO 2.00111 3.61tl3 7.40113
2.5ltl4 2.43+14 2.45t14 2.55+14 1.42rl4
7.69112 1.44tl3 I.O(lt13 3.70+09 l.Iltl2
4.32tl3 3.39tOY 3.38tlO 1.05tOY 2.58tl2
5.62tOO 2.35-04 3.12-03 2.83-01 1.82tOO
ls*2p~3p.(5/2)-[K Is*Zp*Sd.(J/?)-[K ls*2p*4p*(3/2)Is*2r~2p.(1/2)Ir.2p.lp.(5/2)-
Jp.(J/2) 1 Jd*(5/2) K 4~*(3/2) K 2s*(l/2) I1K 41.(5/l)
2.621511 2.62159 2.82180 2.62192 2.62205
9.26+12 5.OOtll 2.20t12 6.35+13 5.24+10
6.44+13 1.6Otl2 1.40+13 6.35+0 1.76+13
3.02113 1.54tlO 2.44+12 8.47+13 1.47+13
I.78+13 1.90+10 l.JItl2 7.26tl3 1.43+11
5.87-01 1.24400 5.36-01 8.57-01 9.74-03
1t.2p*
(1)
ls.2p.ld.(5/2)ls.2p*4r*(J/Z)lr*2p~4s~(1/2)-~K lt.2p*ld.(J/?)-[K lsr2p*4p*(J12)-[K
-
(0)
K 46*(5/2) K 4s*(l/2) '1 4s.(1/2) (d-(5/2) 3 4p*(Jl2)
1~~2po4p~(5/2)-[K]4~.(3/2)
359
Jde(512) 2p*(3/2) 44*(1/2) Id-(J/2) 4dm(3/2)
AtmlcDatamdNudaU
DataTables,Vd.38.N0,2,March
1988
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables I = 22
2 = 22
TRANSITION
L AYBOA
A(if)
A(lol)
2.62207 2.62214 2.62233 2.62234 2.62242
l.lO+lO 3.77+10 4.lltl3 9.64tlO 7.aot11
2.35+12 l 76tl3 4.2ltl3 1.63tl2 4.94+,2
3.73to9 1.47+13 3.95+13 1.57+12 1.03t12
1.01toa 1.03+11 3.90+,3 2.67+11 5.39111
2.71-02 7.02-03 l.ol+oo 1.70-01 5.22-01
2.62248 2.62266 2.62282 2.62290 2.62296
I.33tIO 7.16tlO 1.67+12 a.35+,, 1.60+13
9.67tl2 1.19tl3 1.19+13 a.35+,, 2.48tl3
1.90+09 2.39+11 4.00112 1.40+11 5.19+10
1.05to7 e..40+09 l.batl2 9.59t11 2.01+11
2.62297 2.62314 2.62316 2.62327 2.62333
3.66tlO 7.l31t12 2.06tll 1.63tl2 1.01t11
9.34t12 1.47+13 4.45tlJ 2.32+12 1.03t12
3.52to9 1.39113 1.27t13 1.69tll 9.20+09
2.62335 2.62351 2.62352 2.62355 2.62359
a.74tl2 11.05+11 3.70t1, 4.56tll ,.a7+fo
2.4atl3 1.03+12 1.6.3+12 5.36tll 4.94+,2
2.62360 2.62360 2.62363 2.62371 2.62374
1.08tl2 3.95tlO 9.63tl2 5.4,t11 1.96t13
2.62379 2.62301 2.62384 2.62387 2.62300
A(if)
A( lot)
2.62569 2.62573 2.62576 2.62581 2.62596
2.88tl2 9.57tf2 l.O7+12 2.78tll 1.04tlJ
1.06+,3 3..90+13 9.0ltl2 7.4Otl2 1.07tlJ
Q.lOtll 2.57tf2 3.9OtlO 1.54tll 2.20+12
9.12t1, 2.42tf2 l.64tlO 3.37tlO 1.09tlJ
I.00100 9.44-01 4.13-01 2.19-01 4.8OtOO
5.50-03 3.54-02 4.18-01 6.05+00 3.07+00
2.62613 2.62613 2.62622 2.62630 2.62631
9.20+10 2.20+12 3.08+12 2.73+10 2.03+12
4.77tll 2.35+12 1.06+13 2.35tl2 2.22tl2
1.0?+011 3.73tOQ 9.10+,, 3.73109 1.52+11
1.24tO8 l.45tlO 9.75+11 l.73+00 2.6ltll
1.16tOO J..98tOO 1.07tOO 4.65-02 1.7ltOO
a.2ato7 7.5atl2 ,.a3t,, 4.45*11 5.41+09
2.35-02 5.47-01 1.44-02 2.63tOO 5.82-01
2.62631 2.62643 2.62671 2.62675 2.62679
3.05tll .9.01*12 1.29tl2 9.64+12 5.39+11
4.77+11 1.04+13 l.O3+13 1.03tl3 1.26tl3
1.07tOO 1.2Otll 2.24tll 1.66+10 1..90+11
5.20+06 4.27+11 6.25+10 9.63+10 l.5OtlO
4.84+00 3.34tOO 2.79-01 5.74+00 6.42-02
5.19t10 9.2ato9 1.57+12 1.13+09 1.03t12
t.10+11 4.31+10 1.03112 7.67+09 1.29+10
2.11+00 4.65+00 6.53-01 6.79+00 1.25-02
2.62600 2.62697 2.62690 2.62690 2.62701
3.79+11 2.06+,, 1.99t12 2.00112 1.05t13
I.19113 1.04113 4.38+12 3.00+13 3.32t14
4.00112 ,.2a+,, 3.64tlO 2.57tl2 2.34tlJ
J.Bltl, t.39+,0 3.29tlO 5.Ottll 2.7Otl2
9.52-02 i.oa-0, 9.03-01 1.97-01 1.19-01
1.97t12 l.OJtl2 4.09113 1.02t12 4.31t13
1.28+11 1.57+12 1.52+12 2.04tt1 5.23+11
3.94tll 1.09tll 1.30+12 5.39+11 9.42+11
3.08tOO 6.90-02 9.08-01 2.64tOO ,.aotoo
2.62705 2.62711 2.62715 2.62720 2.62752
3.13tl2 6.27+12 4.23tll 2.01112 3.66tll
l.lDtl3 l.I)JtlJ 1.03tl3 1.47+13 4.38+12
4.00+12 2.24tll 1.6OtlO I.39+,3 3.64tlO
3.14tl2 3.04tll 4.14+09 ,.95tl2 6.03tOD
7.85-01 1.36tOO 2.47-01 1.41-01 1.66-01
9.46tl2 2.49111 1.04+13 3.23tl2 3.15112
9.46tl2 2.32+12 1.19tl3 2.02tl4 3.15+12
4.9atoa l.lOtll 2.39tll 1.17tlJ 1.45tOO
3.99tos 6.OOtlO 1.23112 3.53tlI l.l6t09
a.ootoo 4.01-01 5.15tOO 3.02-02 E.OOtOO
2.62759 2.62701 2.62830 2.62033 2.62035
7.57+12 5.89t12 3.06tl2 3.20+,2 l.l9+12
3.65+13 5.09112 2.20+13 a.+at,2 0.66tl2
2.43tlO 4.06tll 5.22tll 7.31*,2 2.OOtl2
l.Ol+lO 3.04t12 2.83+11 3.04+,2 5.95tll
4.14-01 7.48tOO 5.42-01 4.15-01 2.06-01
2.62392 2.62415 2.62416 2.62419 2.62419
1.16tl2 1.26tl2 1.02+13 2.45tl2 9.6Otl2
1.19tlJ 9.34t12 1.02tl3 l.42tlJ 9.67tl2
2.39+11 3.52tO9 2.7ltlO 6.63tlO I.90109
1.37tll 2.04+09 2.70111 6.02tlO 7.55+09
5.74-0, 0.00-01 9.97+00 1.03+00 3.97tOO
Jd-(3/2) 3$*(1/2) Jd.(5/2) 3dm(3/2) 2~.(1/2)
2.62842 2.62048 2.62881 2.62003 2.62UO4
4.3StlO 7.e.6tl2 1.68tlO 9.56t12 2.42+,4
3.65tl2 ,.04ti3 3.65+12 1.04tl3 2.42+14
4.22+13 4.6atll 4.22+13 2.59tll 0.09+11
l.6Otll ,.35t,2 6.lStlO l.lOtl2 3.54+12
3.80-03 2.aatoo 1.47-03 5.4OtOO 3.90+00
2.62421 2.62423 2.62429 2.62431 2.62432
l.lltl3 0.04+12 5.OJtl2 2.22+,2 3.00+12
l.lltl3 9.34tl2 Ll.66tl2 2.42+12 3.2lt13
1.03+10 3.52tO9 2.8Otl2 0.92+12 0.14+12
0.23tlO l..92+10 2.51+12 6.99tl2 2.42tl2
7.99+00 5.17tOO 8.72-01 7.04-01 2.90-01
3p.(3/2) 4p.(3/2) 3d*(5/2) 3d.(3/2) 3$9(1/2)
2.62005 2.62607 2.62923 2.62942 2.62942
5.17tll 4.05+12 .5.,2tll 3.04tl2 2.30t12
3.65+,3 a.40+,2 1.04+13 4.03+,2 2.09+12
2.43tlO 7.3itl2 2.59111 1.13+06 2.lOtlO
6.89+08 4.49tl2 1.19tll 4.31+06 3.45+10
2.03-02 6.14-01 4.58-01 3.02100 1.58tOO
2.62432 2.62436 2.62436 2.62436 2.62441
1.41t13 5.00+12 l.l6+13 3.18tl2 7.astl2
1.49+13 6.06+12 1.42t13 f.3atl3 7.91+12
1.65tlO 3.27+12 6.63tlO 2.79tl2 I.06tlO
9.4OtlO 7.01+12 3.2lltll 2.15t12 2.10+10
5.68tOO 2.l4tOO 4.94tOO 7.69-01 ,.Qatoo
l$.?pm3p.(3/2)lv2p.4~~(3/2)ls*2p.Jd.(3/2)lr*2p.4$.(3/2)1$.2pe3p.(5/2)-
K K K K II K
3p.(3/2) 4dm(S/2) 36*(5/2) 44*(5/2) 3p.(3/2)
2.62955 2.62969 2.62902 2.62906 2.63003
7.70+12 4.lOtlO 7.lltlO 1.17tll 7.05+12
2.20+13 1.24t13 4.03tl2 1.24+13 7.96+12
5.22tll 4.13tll 1.13tO6 4.lJtll 1.35+12
7,lJtll 5.27t09 7.97tO4 1.5OtlO 6.03tl2
1.37tOO 1.28-02 7.06-02 3.63-02 5.06tOO
2.6244, 2.62453 2.62465 2.62466 2.6247,
1.15+13 9.08tll 5.2ot12 ,.01+12 1.63+10
4.45t13 6.06+12 2.10t14 2.53Il3 I.6JtlO
,.27+,3 3.27tl2 3.01+12 6.32tll 1.90tO9
,.02ti3 1.39+12 2.94t11 5.20tlO 1.36tlO
0.02-0, 4.23-01 9.77-02 8.24-02 7.16tOO
ls.lp.4~.(1/2)1~.2p_Jpm(3/2)I$.2$.2p.(l/2)I$.Zp.Jp.(l/2)1$*2p.2~*(3/2)-
K K K K II K
4de(3/2) 3pm(l/2) 2$.(1/2) 3pe(112) 2p*(3/2)
2.63030 2.63070 2.63120 2.63127 2.63127
4.66+10 1.17tl3 1.85tl4 3.01t12 3.22tl4
2.22tl2 1.90+13 l.OItl4 O.Plt12 3.32tl4
1.52tll 6.7OtlO 2.4Otl3 l.22tlO 2.34tlJ
5.99+09 1.58tll 4.3&13 l.04tlO 6.47113
3.93-02 2.36tOO 1.76+00 0.56-01 3.a2t00
1$.2p.4d.(3/2)-[K 46.(3/2) ls.?s*4d*(5/2)-[K 4fe(5/2) ls*2pw3d*(5/2)-[K I ld.(3/2) ls*?p(I) l$*ls* (0) 1$.2pe4p*(3/2)-[K]4~*(3/2)
2.62474 2.62477 2.62470 2.62470 2.62406
6.34t11 5.95t10 1.06+13 1.11t13 9.23+12
9.42+12 1.97+12 2.63tlJ 1.11t13 3.2,t13
2.54tll ,.28+,, 8.25tlo 0. 8.14tl2
6.66+,0 2.latlo 1.99111 0. 7.47+,2
2.62-01 1.70-01 2.41too 3.ootoo 9.1&01
2.63166 2.63196 2.63212 2.63253 2.63304
2.7Otl4 ,.73tl2 l.43tll 7.95tll I.54tl4
3.64t14 1.98t13 4.21+13 0.98+12 1.62tl4
5.29tll 6.7OtlO 3.95+13 1.22+10 1.34tl4
7.113tll 2.33tlO l.JO+ll 2.15+09 2.7Otl4
1.4OtOO 3.48-01 3.49-03 1.77-01 2.00+00
,$*2$.4d*(5/2)1$.2p.lf.(5/2)I$.Zpeld.(3/2)1$*2peJdm(3/2)1$~2$.4d~(3/2)-
K 4f*(7/2) K 4f.(5/2) K ida(5/2) K Jd.(J/?) I KI 4f-(512)
2.62486 2.62409 2.62492 2.62495 2.62498
i3.33tlt 5.01tlO 8.16+12 4.04+12 4.07+11
1.97tl2 1.02+12 9.42+12 4.04+12 2.32+12
1.2.9+11 2.04tll 2.54tll 4.58tlO 1.69tll
3.04tll 5.OOtlO 8.57tll 1.5ltll l.lltll
2.3OtOO 2.45-01 3.37+00 3,JltOO 6.55-01
2.63342 2.63382 2.634112 2.63550 2.63566
6.56tll 6.13+12 6.64+12 5.96+10 2.Wtll
4.09113 4.OQtI3 3.47+13 5.96+10 4.42+12
1.52tl2 l.52+12 5.35+10 3.3OtOB 4.62tl2
9.43tlO O.Oltfl 2.05tlO 1.07tlO 6.Oltll
6.19-02 5.79-01 3.02-01 5.69tOO 1.25-01
41*(7/2) 3~*(3/2) 4dn(512) 3$.(1/Z) 4d.(3/2)
2.62490 2.62499 2.62500 2.62502 2.62507
4.12tll 1.23113 6.4Otl2 l.lOtll 5.97t12
1.02+12 4.31tlJ 8.40+12 3.47+13 6.16t12
2.04tll 5.23tll 4.75tll 5.35tlO 2.3ltlO
4.lltll 5.09tll 3.60112 3.3OtOO 1.34tll
2.02+00 l.l3+00 7.57tOO 6.32-O) 5.79100
2.63594 2.63640 2.63644 2.63646 2.63653
9.39tl3 5.54410 7.04tl2 l.I6tl4 3.29t11
3.64tl4 1.95tl3 1.93+13 1.16tl4 i.86tlJ
5.29tll 1.7ltl2 2.21+13 ,.51+14 1.76t12
2.72tll 0.95+09 7.5ltl2 3.94+14 1.14+11
5.15-01 5.23-03 3.40-01 2.6ttOO 6.40-02
l$~2p.3d.(l/?)-[K]3d-[J/2) lswZp-3dr(5/2)K]Jd*(5/2) Is.Zp.4p.(1/2)EK 4p*(3/2) fs.2p-4p.(l/2)-[K 4p.(l/2) ls.2p.4d*(5/2)-[K I 46.(5/2)
2.62516 2.62517 2.62520 2.62522 2.62524
6.59+12 1.57413 4.43112 5.,9+,2 1.75tll
l.lOt13 2.63+13 2.53+13 B.Oltl2 6.16tl2
1.54tll 8.25110 6.32tIl 3.98+10 2.3ltlO
1.82+11 2.94tll 2.16t11 4.56tlO 3.93tO9
l.lO+OO 3.57+00 3.42-01 1.15tOO 1.70-01
2.63658 2.63677 2.63692 2.63732 2.63735
l.67+12 4.55t12 1.25tll 8.03+12 ,.20+10
3.72+13 3.64tl3 4.42tl2 1.62+14 2.49tll
1.2ltl2 ,.42tl2 4.82+12 1.34tl4 5.39tll
1.06tll 6.84+11 2.6ltll 1.45t13 4.94+10
0.72-02 4.81-01 5.40-02 1.09-01 9.18-02
2.62534 2.62535 2.62561 2.62562 2.62564
l.4Otll 5.93t12 l.QJtl2 1.16+13 7.20+12
4.04+12 7.06t12 1.3Otl3 1.24+13 7.40112
4.50+10 3.07+12 2.79112 4.0+11 1.54tll
5.27tO9 1.26+13 1.30+12 1.52tl2 0.7ltll
1.15-01 3.25tOO 4.66-01 3.66+00 5.66tOO
2.63745 2.63766 2.6377, 2.63782 2.63793
3.75tlO J.JPtlO 1.09tl3 ,.39tlO 7.4ot09
3.75+10 3.39tlO 1.93tlJ 1.39tlO 7.40109
O.OOtOQ 7.57tOB 2.2ltlJ 4.16t08 5.Olt07
3.99+10 4.95tlO l.,7t,3 l.6lt09 3.9ato8
4.94tOO 6.54tOO 5.28-01 3.86toO 7.95too
1$.2$*4d*(5/2)l$*Zp.lp.(5/2)ls*2$*3p*(3/2)lsr2p.4,.(5/2)lsn2$~3de(3/2)-
l$*Zpm4fe(5/2)-[K Is~Zs*Jd.(312)-[K ls~2pm4d*(712)-[K ls~2s.Jp.(1/2)-[K 1$*2peld.(5/2)-[K
K 4p*(3/2) K3 4f*(7/2) K 3s.(l/2) K3 4p1(3/2) I K]3pe(1/2)
I
Od
TRANSITION
1$*2pe4d-(5/2)1$.2pelpr(5/2)-
1$*2p.J$.(3/2)l$*2p-3$*(3/Z)1$*2p*3$.(3/2)1:.2p~Jd~(5/2)ls*2r.2~.(3/2)-
LAMBDA
K]4d.(5/2) t K]4p.(3/2)
K K K K II K
AUGER
Od
9l
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables 2 = 22
1 = 22
TRANSllION Ir*Zt.4de(5/2)-[K lr.2~.Js*(3/2)-[K ls.Zr.3p.(3/2)-[K Ir.28*4d*(5/2)ls.2s.Jp.(1/2)-
lr.2r.Jd.(3/2)ls*2s.Jd.(3/2)ls*2pe3d.(5/2)ls.?p~3~*(3/2)ltnZto3d*(5/2)-
LAMBDA
4p*(3/2) W(312) Js.(l/Z) K 4f.(7/2) K 1 I 3r.(l/Z)
K K K K ! IK
4p.(1/2) 4p.(3/2) 4d*(3/2) 4f.(5/2) 4f*(7/2)
A(if)
A( 101)
AUGER
Od
lRANSI,lDN
SW
2.63831 2.63631 2.63845 2.63163 2.63064
9.53tOQ 2.63+,0 J.aJtll 1.7QtlD l.OStlO
9.53tOQ 1.04ti3 6.73112 2.4sr11 1.34tl2
1.59t09 4.6Btll J.Q%tll 5.39tll 4.24tlO
%.16+09 4.52tOQ 6.55tlD 7.35tlD 6.KBtDB
5.14too 9.66-03 2.15-01 1.36-01 1.57-02
2.63871 2.63904 2.63916 2.64009 2.64043
a.55tlD 2.15tll 1.12tll 1.17111 2.%4+10
1.04+13 2.70111 1.61tll 1.37t11 l.61+,1
4.6Btll 1.35t06 1.27tOQ 4.34t07 1.27tOQ
1.47tlO 4.31+06 1.76t09 2.22coa 4.46tOa
3.14-02 3.19+00 1.311+00 5.11+00 3.51-01
2.64124 2.64465 2.64647 2.64666 2.6466%
2.94rlO 7.92+09 1.5Otll 1.4ltlO 3.36+12
4.03+11 2.42tl2 3.72tl3 3.64tlJ 3.40t12
1.3ot13 3.%0+11 1.21t12 1.42t12 6.67410
5.71t10 4.30409 9.4a+o9 2.13+09 1.29+11
4.39-03 1.13-02 7.62-03 1.50-03 1.94tOD
2.64691 2.64706 2.64722 2.64772 2.64636
2.52tlD 1.75tlO 6.3lt12 l.JQtlO 1.33tlO
2.67tl2 3.64t13 6.31tl2 1.39+10 6.73412
4.13+13 1.42t12 %.30+12 7.29+07 3.911+11
4.71+10 2.63tOQ 2.15+13 4.35toa 2.97tos
1.14-03 1.65-03 2.59tOD 5.97too 7.46-03
2.64663 2.64917 2.64916 2.65121 2.65373
3.20t12 2.41+12 1.06112 4.2OtlO 1.76tlD
3.2Dt12 2.42t12 l.OBtl2 3.4Otl2 1.76tlO
2.47tll 3.aot11 9.19+0* 6.67tlO 1.6atO6
9.16tll 1.31t12 1.a2+10 l.lltOQ 6.73+06
3.71too 3.45+00 1 .sa+oo 2.42-02 4.DO100
2.67643 2.66266 2.76772 2.76654 2.76664
4.59+12 6.10112 2.%0+10 1.27tlO l.%Q+lO
1.07r13 1.07tlJ 1.%2+14 2.42tl4 2.36tl4
1.3%+14 1.3%+14 1.24413 1.4ltl2 3.92409
%,52,12 l.lJt,J 3.3OtO9 4.43tOa 1.26t06
6.19-02 6.23-02 2.67-04 3.13-04 3.20-04
2.77101 2.77214 2.77226 2.77229 2.77367
6.00tlD 3.93tlO 3.73+!0 6.4atlO 2.92tlO
2.43+,4 2.19+14 2.25+14 2.6ltl4 2.25t14
1.44tlJ 3.43+13 3.31tlJ 1.27tOS 3.3lt13
1.34t10 2.13tlO 2.aJtlO 6.30+05 2.25tlO
9.32-04 6.20-04 6.67-04 4.97-04 6.76-04
2.77405 2.77532 2.77575 2.77600 2.77651
2.43tlO 3.43tlO 3.54tlO 4.90tlD 2.15tlO
2.19+14 2.02~14 2.10tl4 4.47+13 1.29tl4
3.45113 1.17tlS 3.01t12 7.92+10 2.65t12
1.31t10 3.74CO9 2.ODtOQ 6.92tOB %.69+Da
3.63-04 3.20-04 6.65-04 6.74-03 3.26-04
2.77673 2.77664 2.7%040 2.7606% 2.76162
1.56tlO 1.63tlO 7.47+09 ,.16t,O 2.15rlD
6.44tlJ 2.4%+13 3.65+12 2.63113 1.49tlJ
3.02tlJ 5.lStlO 4.22tlS 6.25tlO 1.65tlO
3.OOtlD 2.04tDB 2.75tlO 2.17tOB I.44+0%
9.91-04 3.94-03 6.52-04 2.63-03 6.69-03
2.76196 2.76256 2.76309 2.76324 2.76324
2.14tlO 1.52tlO 1.06110 2.62+10 6.BBtlO
4.31tl3 4.31tlJ 1.03+13 4.45113 1.49t13
5.23tll 5.23tll 1.6BtlO 1.27+,3 1.a5+10
l.D3+09 7.3otoa 1.0340% 2.34tlO 4.59tOB
1.96-03 1.39-0s 6.16-03 1.63-03 2.77-02
2.76369 2.76420 2.76454 2.7651% 2.76601
5.6,+10 1.03tlO 2.7QtlO 2.26tlO 2.lBtlO
4.3ltl3 3.BOtlJ 4.21tl3 3.65112 4.09+13
5.23+,1 2.57+,2 3.95tlJ 4.22tl3 1.52tl2
2.69+09 2.62+09 2.7DtlO %.33+'0 3.14tOQ
5.15-03 1.02-03 6.64-04 1.97-03 2.06-03
2.76630 2.76757 2.76769 2.76912 2.76979
%.%JtOS 9.73tOQ 9.1St09 2.oot10 7.13tOQ
3.65tlJ 3.47+13 2.20113 4.21+13 1.9%+13
2.43+10 5.35+10 5.22~11 3.95tl3 6.70tlD
1.1ato7 S.OOt07 6.5,tOa 1.94t10 9.6OtO7
4.63-04 5.61-O) 1.63-03 4.91-04 1.43-03
2.79625 2.7966% 2.60063 3.12573 3.12751
2.lOtlO 3.6BtlD 9.14+09 I.45409 4.4BtlO
1.93t13 1.93+13 3.64t13 1.20+14 1.2Ot14
2.21413 2.2ltl3 1.42tl2 2.47t13 2.47tlJ
2.24tlO 3.93t10 1.3BtOS 2.55409 1.53+10
1.01-03 1.76-03 9.67-04 1.03-04 6.21-04
3.14263 3.14749 3.14929 3.14946 3.15003
6.62tlD 7.65tlO 2.22tlO 4.36410 3.19410
3.32t14 3.64+14 3.64tl4 1.62t14 1.16tl4
2.34t13 5.29tll 5.29tll 1.34+14 ,.51+14
2.27tlO 2.2aroa 6.44+07 7.92+10 1.0(1+11
9.70-04 4.30-04 1.22-04 5.93-O) 7.17-O)
3.1566% 3.16692 3.17035 3.1703% 3.17107
1.32tlO 5.3BtlO 4.24tlO 3.66110 3.13tlO
6.35tl3 2.42414 1.65tl4 4.64tl2 6.35tl3
6.47tlJ %.%Q+ll 2.4at13 1.02t14 6.47tl3
1.5ltlO 7.BBtOB l.OOtlD 1.4ltll 3.5atlO
1.79-04 6.65-04 4.03-04 l.J%-03 4.23-04
ls~?p*2p1(1/2)-[K 4p*(3/2) la*2p*2p.(3/2)-[K I 4p.(3/2) ls*2p~2p~(l/2)-[K]4p~(1/2)
361
LAYBOA 3.35379 3.37119 3.37797 3.40659 3.41055
A(; f) 1.76tlO 1.24tlO 1.52+10 1.72tlO 1.74tlO
A( 101) 1.20+14 3.32tl4 3.64+14 2.42+14 1.65tl4
AUGER 2.47tl3 2.34+13 5.29+1, %.%Qcll 2.4%+13
Od 6.04tOQ 3.26tOQ 4.41+07 2.52tO% 4.lltOQ
QW 2.45-04 1.39-04 6.34-05 2.64-04 1.65-04
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line h.&escence Yields fo; Satellites of He-like Ions Seepage 344 for Explanation of Tables
2 = 26
2 = 26 LAMBDA
1r*4p* (I) - lr.lr* lr*4p. (I) - lS.lS. lt.2p.4d~(J/2)-[K]2r~(l/2)
(0) (0)
A(if)
A(lOl)
AUGER
1.49533 1.49602 1.50224 t.50244 1.50459
5.94+13 6.51+12 6.60+10 7.60+10 B.lO+lO
5.94+13 6.51+12 4.67+14 4.74tl4 4.59+14
0. 0. 2.49tlI 2.0.9+11 6.89+10
0. 0. 1.41+08 6.66+07 4.87+07
3.00+00 3.00+00 5.66-04 3.20-04 7.06-04
Is~2p~Jd.(J/2)-[K]2s~(l/2) ls.Zr.Jp.(J/2)K]?r*(l/2) Is*2p~Jr*(l/2)1 K]21*(1/2) ls*2p*Jp*(1/2)K]2p-(112) Ir.2r.Jp.(l/2)t K]Zr*(l/Z)
Od
QW
lRANSlTION
LAYBOA
A(if)
A(lo1)
AUGER
Od
1.56435 1.56593 1.56601 1.56644 1.56703
9.62+10 4.4JtlJ I.57+12 1.16+12 5.60+13
I.Jl+lJ 6.69tlJ 6.56+13 3.5OtI4 6.66+13
4.36+07 4.92+12 4.26413 1.36tlJ 1.99+11
I.29+06 l.lll+lJ 1.04412 6.65+10 J.24+11
2.94-02 2.40+00 2.44-02 6.37-03 l.SJ+OO
QW
Ir*2p*4d*(J/Z)tr.2p~4d.(1/2)Is.2peld.(J/Z)Is*2p.ld.(J/Z)lr.Zp.ld.(3/2)-
K ZS.(l/Z) K 3Zs*(l/Z) K]Zs.(l/Z) K 2S*(1/2) i K ZS*(l/Z)
1.50570 1.50850 1.50850 1.50860 1.50930
1.72+10 9.21+10 8.76+10 4.04+11 1.14+11
1.25+13 3.51+13 3.71+13 3.74+13 7.24+12
9.56+06 5.88+09 5.68+09 1.26+10 2.76+10
5.26+06 3.09+07 5.37+07 5.43+08 1.72+09
5.50-03 5.25-03 9.45-03 4.32-02 6.25-02
lr92p*Jp.(J/2)Ira2p_Js.(3/2)lr*Zp*3p.(1/2)-[K Is*2p*Jp.(J/2)-[K Is.?p~J:.(1/2)-[K
K]2pe(l/2) K 2s.(1/2) 9 2p.(1/2) 2&1-(1/Z) 12s.(l/2)
1.56756 1.56649 1.56674 1.56674 1.56906
3.66+12 9.62+12 2.33+12 l.ll+ll 2.56+12
4.63+14 4.26+13 4.66+14 4.36+14 1.20+13
1.7JtlJ 1.06+12 3.22+07 3.56tlJ 4.13+10
5.26+11 9.46+11 3.09+05 J.JJ+lO 1.77+10
3.05-02 6.61-01 9.61-05 9.36-04 4.29-01
ls*2~.4p.(J/2)ls~2s*4p.(1/2)lr*2p~4r~(1/2)1~.2p~4s.(J/2)Is~2p.4~.(1/2)-
K]Zs*(1/2) K 2r*(1/2) K 321.(1/Z) K]2~(1/2) 1 K]Zr*(l/Z)
1.50956 1.50991 1.51027 1.51081 I.51116
l.Jl+lJ 9.99+12 4.39+12 1.28+12 4.54+11
2.09tlJ 2.95+13 3.37+13 4.65+13 7.32+12
6.90+12 1.47+13 2.90+12 5.14+11 2.19+11
I.JO+lJ 6.63+12 6.94tlI 5.61+10 2.64410
1.86+00 4.52-01 2.40-01 1.09-01 1.21-01
lr*2p*Jp*(l/Z)fr.2p.Jp.(1/2)lr92p*Jp*(J/2)-[K
K 2p.(J/2) K Zpe(lI2) II 2p*(3/2)
1.56966 1.59016 1.59060 1.59153 1.59190
1.34+12 2.99tlJ 4.26+13 2.52tlJ 6.67tlJ
3.50+14 2.74tl4 4.63+14 4.61tl4 7.lOtlJ
l.Jt+lJ 2.50+12 1.73+13 2.9OtfJ l.JOt12
9.99tlO 5.40+11 6.lltf2 6.96+12 2.47+12
7.36-03 2.16-01 3.54-01 3.09-01 1.90+00
Ir.Zp~lp.(l/Z)lr.2p.lp.(J/Z)lr*Zp*4p~(J/Z)l,w2po4p~(l/2)Is~2p~41~(3/2)-[K
K Zp.(l/Z) KI Zpm(l/Z) K 2pe(1/2) 1 K Zpe(l/Z) I Zp.(l/Z)
1.51206 1.51232 1.51274 1.51276 1.51428
1.86+12 2.27+12 1.18+12 2.17+12 3.45+10
4.64tl4 4.75+14 4.70+14 4.85+14 6.55+11
4.64+12 4.46412 l.l4+13 1.04+10 3.40+09
3.69+10 8.42+10 1.11+11 9.34+07 7.13+08
7.94-03 1.89-02 9.77-03 6.96-03 2.10-01
Is.Zp*Jp.(I/Z)lr.2p.Sp.(3/2)Ir*2s.Jp*(J/2)-
1.59199 1.59199 1.59200 1.59206 1.59261
6.04+13 2.54+13 5.61+13 7.30+12 6.45+12
4.66+14 4.36+14 6.91tlJ 7.95+13 3.24+13
3.22+07 3.56+13 1.53+12 3.95+12 3.23+12
1.06+07 7.65+12 5.04+12 1.36+12 2.34+12
J.JI-01 2.15-01 3.29+00 3.50-01 7.25-01
Ir*2polp*(l/2)lr.Zp*4p.(l/Z)lseZr*lp~(l/2)ls~2r~4p*(JI2)ls~Zp.4p*(J/Z)-
K Zp.(J/Z) K 2p-(l/2) K I 2,*(1/Z) K]Zs*(l/Z) I K]Zp.(J/2)
1.51500 1.51508 1.51510 1.51518 1.51526
2.23112 2.09+12 3.84+13 3.39+13 l.JJ+lJ
4.64+14 5.64+13 3.85tlJ 3.47tlJ 4.75tl4
4.64+12 3.08+12 1.84+12 1.81+12 4.46+12
4.4JtlO 2.17+11 3.50+12 6.72+12 4.93+11
9.54-O) 7.04-02 1.90400 3.70+00 1.11-01
1.59310 1.59320 1.59324 1.59341 1.59367
1.67tlJ 3.66+12 3.19412 4.61+13 l.OOtl4
1.99+13 3.66+12 1.69tlJ 2.74+14 1.12+14
7.3Jtll 7.23110 6.64+11 2.50+12 3.12+13
2.66tl2 1.42+11 4.8JtlI I.JJ+lI 1.31+14
3.6JtOO 1.96+00 7.26-01 3.33-01 4.19+00
Ir*Zp*lp*(S/Z)ls.2~.4~.(3/2)Is~Zp.4p~(l/Z)lr*2s*4p.(J/2)lr~Zp~4p*(3/2)-
K 2p*(J/2) K Zp.(J/Z) KI 2p.(S/2) K Zr*(l/Z) I K3 Zpm(l/Z)
1.51541 1.51568 1.51570 1.51574 1.51575
l.Bl+lJ I.06+13 1.69+13 5.61+12 2.40+11
4.85+14 4.70+14 4.85+14 5.65+12 2.75+13
6.69+12 l.I4+13 1.04+10 3.67+11 1.82+12
1.48+12 1.01+12 7.28+08 1.37+12 5.95+10
2.21-01 8.82-02 6.98-02 3.7JtOO J.27-02
1.59402 1.59456 1.59496 1.59534 1.59537
6.62+13 6.4OIlJ 6.06+12 3.66+13 7.54+12
1.57tl4 9.61+13 3.411+13 7.95413 3.32+13
6.65+12 4.66+11 II.37+10 3.95+12 9.10+11
1.66tlJ 6.4QtlI 2.91+10 7.35+12 6.06+11
2.13+00 1.74+00 3.46-01 I.66400 6.65-01
1.51580 1.51614 1.51734 1.51738 1.51755
1.21+12 9.93+10 5.19+10 7.94+10 1.09+11
1.21+12 8.68+12 3.98+13 8.22+11 4.08tll
5.20+10 6.80+11 2.54+08 2.55+10 3.02+10
9.98+10 2.ll9+10 1.32+06 1.43+10 4.51+10
1.92+00 4.24-02 5.22-03 5.62-01 1.50+00
Ir*2r*3d*(5/2)Ir*Zs*Jd.(3/2)lr.2peJpm(3/Z)-
K 2p*(J/2) K 2po(3/2) il K 2pe(1/2)
1.59567 1.59607 1.59626 1.59650 1.59662
6.51+12 1.67+13 3.40111 I.21+12 1.26+13
6.51+12 3.24+13 2.2OtIJ 1.69tlJ 6.32+13
6.51412 3.23412 1.07+12 6.64+11 1.14+11
2.21+13 6.06+12 9.47+10 1.63+11 D.ZO+fO
3.40100 1.66+00 6.63-02 2.75-01 6.07-01
1.51781 1.51803 1.51619 1.51627 1.51635
4.71+11 3.56+13 3.96+13 4.54+13 J.ll+lJ
2.34+12 5.64+13 6.69tlJ 7.79+13 J.lJ+lJ
l.84tll 3.08+12 7.97+12 7.43111 1.36+13
1.37+11 3.69+12 1.33+13 0.57+11 5.65+13
7.46-01 1.20+00 1.67+00 1.15+00 4.17+00
Ir.2p~Jp~(1/2)ls.2pmJp.(1/2)Ir.Zp-3p.(1/2)lr*2peJp*(J/2)lS*2r~Jd*(3/2)-
K K K K II K
1.59713 1.59762 1.59625 1.59664 1.59667
7.76+12 3.16+12 1.67+12 5.11+12 7.73+12
2.11+13 9.61+13 3.46+13 3.32+13 9.45+12
2.74+10 4.66+11 6.37+10 9.10+11 4.52+12
2.02+10 J.ZO+lO 6.03+09 5.46tll 1.00+13
7.36-01 6.54-02 9.60-02 6.00-01 2.21+00
1.51670 1.51660 1.51905 1.51910 1.51917
2.26+13 6.03tl2 5.44+12 7.41+12 3.51412
2.75+13 2.25tf3 5.67+12 6.66+12 4.37+13
1.62+12 1.39+12 3.05+12 6.6Otll l.lZ+ll
5.65+12 1.66+12 1.12+13 2.15+12 3.56+10
3.11+00 l.Jt+OO 3.66+00 3.17+00 3.20-01
1.59669 1.59943 1.60009 1.60026 1.60035
2.35+11 1.34+12 3.42+12 3.00411 l.14tll
3.57+13 3.33+13 6.32+13 1.46+12 6.17411
J.63+12 2.30+13 1.14+11 2.25+07 I .01+10
1.30+11 1.10+12 2.46+10 1.62+07 2.110+09
3.56-02 4.76-02 2.16-01 6.11-01 2.77-01
Zp.(l/Z) 2pw(l/2) 2p.(3/2) 2pr(3/2) Zp.(J/Z)
1.51947 1.52003 1.52017 1.52062 1.52066
4.20+12 5.04+11 2.03+10 3.27+10 4.19+10
l.tl+lJ 1.62+13 4.65+13 2.63+12 1.04+12
7,JJtIO 7.92+12 1.56+09 6.12tll J.J7+11
5.36+10 3.3ltlI 4.15106 3.49+10 6.16+10
7.34-01 4.16-02 2.63-03 5.70-02 1.63-01
Is.Zp.Jp~(l/2)lro2r*Jd*(3/2)Ir*2r*Jd.(5/2)lr~2s.3r*(l/2)lr.2r.Jd~(5/2)-
K K K K I !K
2p.(3/2) 2p.(J/2) 2p.(J/2) Zp.(J/?) 2p.(J/2)
1.60041 1.60195 1.60199 1.60271 1.60339
1.19112 4.09+1! 3.25+12 7.92+11 7.32+10
2.11+13 9.45+12 3.30+12 3.33+13 5.05111
2.74+10 4.52+12 3.69+12 2.30+13 3.16+06
J.lOtO9 5.30+11 1.05tIJ 6.46+11 2.75+06
l.lJ-01 1.17-01 2.71+00 2.61-02 6.71-01
lr.?p.4p.(J/Z)ls.Zp~4p.(f/Z)Ir~2p~4p~(l/Z)Is.2p.lp.(5/2)lr.2p.4p.(J/2)-
K Zp*(J/Z) K 1 29.(3/2) K 2p.(J/2) K Zp.(J/Z) I K I 2p.(3/2)
1.52115 1.52123 1.52154 1.52155 1.52177
2.12+11 2.90111 1.06+12 5.45+11 7.65111
6.69tlJ 7.79+13 3.lltlJ 4.29+13 2.25+13
7.97+12 7.43+11 2.64+11 3.76+12 1.39+12
7.12+10 5.49+09 1.91+10 2.63t:I 1.62+11
6.93-03 7.36-03 6.73-02 7.01-02 1.31-01
Ir.2s*Js.(1/2)Ir.2r~Jr~(f/2)Ir.Zpe4r*(3/2)ls.2p*4r*(l/Z)Is.Zp*4d*(I/?)-
K K K K ii K
2p.(f/2) 2p.(J/2) JS.(ll?) 3r*(lI2) Jr*(1/2)
1.60412 1.60743 1.74634 1.74637 1.74935
2.39+12 2.46+12 5.66+10 6.14+10 2.42+10
5.00+12 5.00+12 4.59+14 4.44+14 1.99+13
4.30+13 4.3oti3 6.69110 2.12+12 L1.95+10
4.29+12 4.44412 3.53+07 5.65+06 2.17+06
9.96-02 1 .OJ-01 5.11-04 2.75-04 2.42-03
18*2p.4pm(J/2)-[K lr.2p~4p~(l/2)lr.2s~4d.(J/Z)ls.Zro4s~(l/2)lr.Zr*ld.(J/2)-
2p*(312) K Zp*(JIZ) K Zp-(l/Z) K 2p.(l/2) 0 K]2p*(J/2)
1.52214 1.52244 1.52329 1.52526 1.52627
9.57411 2.67+11 5.21+11 3.36+11 5,OOtlO
4.37+13 1.14+13 6.10+11 7.34+11 6.10+11
1.12+11 7,JJtlO 5.37+11 1.36tlJ 5.37+11
9.79+09 3.42+09 9.77+11 6.42+11 9.37+10
6.73-02 4.66-02 1.62+00 4.64-02 1.74-01
lr*Zp*4pm(3/2)1$.2p*lp-(l/2)ls*2p*'p*(3/2)Ir*?p*lp.(5/2)Is.2p.4de(5/2)-
K 3pe(1/2) K Jp.(l/2) K Jp.(3/2) K Jp*(3/2) / K I 3dm(J/2)
1.75057 1.75059 1.75117 1.75137 1.75153
1.51+11 4.69+10 2.35+10 2.66+11 2.66+10
4.70+14 4.115+14 4.75+14 4.l)5+14 4.66tf4
1.14+13 1.04+10 4.46+12 6.69+12 2.10+12
1.43+10 2.01+06 (1.74+01 2.1(1+10 7.14406
1.25-03 1.93-04 1.96-04 3.25-03 3.40-04
ls.2r.4d.(S/Z)-[K]2p~(J/2) IS.~S.~S.(~/~)-[K]~P.(J/~) ls.Jp* (1) - 1s*ts(0) ls.?peJd*(J/?)-[K 2s.(1/2) lr.2p.Jd.(1/2)-[K 2r.(1/2) 3
1.52631 1.52627 1.57396 1.57456 1.57516
3.06+11 2.96+11 1.35+14 3.67+11 4.9Jtll
3.69;ll 7.34tll 1.35+14 4.37414 4.59tf4
4.60+11 1.36+13 0. 2.09+11 1.74+11
l.Olt12 5.66tll 0. 7.39+00 3.73+06
2.12+00 4.09-02 3. oo+oo 3.54-03 2.15-03
lr.2p.lp~(J/?)K lr.2p~4d*(7/2)K lr*Zp*lp*(1/2)K l:.Zp*4p.(5/2)I1K Ir~2p*4p.(J/2)-[K]Jp~(J/2)
Jp.(J/2) JdB(5/2) Jp.(J/2) Jp.(J/2)
1.75173 1.75190 1.75467 1.75530 1.75576
2.73+10 7.07+10 1.72+11 3.ll9t10 6.64+10
4.70+14 4.69+14 5.64tlJ 3.13+13 2.75+13
I.14413 5.91+12 J.O6+12 1.36tlJ 1.62+12
2.59+09 7.04109 1.79+10 7.07410 2.l9tlo
2.27-04 l.lQ-03 5.60-03 5.21-03 1.21-02
-
1.57564 1.57635 1.57767 1.57662 1.57946
1.34+13 1.6Jtll 9.2Otll l.06+12 l.JJ+ll
l.JI+IJ 4.41+14 2.42tfJ 7.JltlJ l.lO+lJ
0. 1.27+10 3.15+09 4.19+06 1.6ltlO
0. 1.67+07 2.40+06 2.42107 7.76+08
3. oo+oo 1.46-03 7.62-02 5.76-02 I.BJ-02
lsn2prldB(7/2)Ir*2prlpm(3/2)-
K Jd.(5/2) K Jp*(J/2)
1.75576 1.75630 1.75767 1.75796 1.75670
9.66+10 2.79+10 (1.97+10 1.22+11 2.9OtfO
3.56tI2 6.66+12 6.69+13 7.79+13 2.25111
5.71+11 6.60+11 7.97+12 7.43411 1.39+12
f.06+11 L1.10+09 3.01+10 2.Jlt09 6.7JtO9
1.66-01 1.19-02 3.76-O) 3.10-03 4.65-03
I.59135 1.56219 1.56229 1.56261 1.56325
5.67tll 1.23tlf 6.fOtlO 6.32+11 2.62+10
4.12+14 2.42tlJ 3.24tlJ 6.OJtlJ 6.2ltll
7.56tll 3.70+11 7.2JtfO 4.74+09 4.2ltlJ
4.30+09 7.36+09 2.72+06 2.62+06 l.Il+ll
5.69-03 2.00-02 3.76-03 5.52-02 2.63-03
Ir*?p.4r*(5/2)Is.?r.4f.(5/2)-
K]Jde(J/Z) 1 K]Jdm(J/2)
1.75665 1.75694 1.75919 1.75929 1.75959
5.17+10 1.4ltll 3.55+10 1.23+11 2.24+10
9.95412 l.l6+,2 4.37+13 4.43+11 1.14+13
2.60+09 1.77+09 1.12+11 2.95+09 7.JJtlO
6.11+07 l.29+09 3.62+06 6.54+09 2.67+06
3.12-02 7.29-01 3.23-03 2.21+00 3.91-03
1r.sp.
(1)
fr.2p.Jr.(J/2)lr.2p.Jd.(J/2)-
ls*ls~
K]2s*(l/2) 1 K]2s.(l/2)
(0)
I::it:::~:l::'2~IE:3~~:~~~~~
iiiiifitiliii~tEii~~~~~~~
K]Zp*(J/Z) K]Zp*(3/2) i K]2a.(l/2)
2pe(1/2) 2p*(J/2) 2p*(3/2) 2p.(J/2) 2pe(l/Z)
ii
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 1 = 26
1 = 26
1RANSIIION
A(if)
A(1ot)
AUGER
fs.2p-4d.(5/2)-[K]Jd.(3/2) lr~2s.4s.(1/2)-[K]3p~(1/2) ls~Zs~4p.(1/2)-[K]Jd~(J/2)
1.75335 1.76034 1.76133 1.76152 1.76255
2.36+10 4.56tlO 5.67tlO 5.75rlO 8.74tlO
1.9Jtl3 1.62413 2.35tlJ 1.62tl3 3.85t13
3.15,OQ 7.92+12 1.47tlJ 7.92t12 l.E4+12
2.Jl+O7 J.OO+lO 3.76rlO 3.78rlO 7.97+03
7.35-03 3.73-03 2.56-03 4.77-05 4.33-03
Is~2D*4d.(l/2)-IKi4s*(l/2) 19~2b~3p~i5/2j-iKjSp~iJ/Zj Is*2p.Jd.(J/2)-[K]3s~(1/2) ls*2peJd.(1/2)-[K]3s*(l/2) ls*2po3d.(1/2)-[K]Jde(J/2)
1.85355 1.85384 1.85333 1.85413 1.85423
2.88+11 4.JStl4 J.QOtll 4.4%12 1.57+13
2.88+11 4.61t14 2.42t13 3.24,13 2.42tlJ
1.45+03 2.QOtlJ J.70tll 7.23+10 3.15,OQ
2.88+03 1.55,14 2.35110 1.9&10 4.03t03
l.QQtOO 5.33+00 6.36-02 2.74-01 1.3otoo
ls*2~.4p~(J/2)K]h(l/Z) ls.Zs.4p~(J/2)f K]Js*(l/Z) ls~2p~3d*(J/2)-[K]Js*(l/Z) ls*Zp~Jd.(1/2)-[K 3s.(l/2) Is.Zp.Jd.(S/Z)-[K 3 30.(1/Z)
1.76265 1.76341 1.84356 1.84438 1.84538
7.7JtlO 1.22+10 1.64tl2 2.01t12 Q.lltll
3.47rO 5.65t12 4.3?*14 4.5**14 4.41+14
1.81+12 J.67tll 2.03,ll 1.74r11 1.27tlO
1.54rlO 2.38+03 J.l?+OQ 1.52+03 1.05tO8
8.46-03 8.13-03 1.52-02 8.74-03 8.32-03
ls.2p.41.(3/2)Is*2p*4s*(J/2)lr*2p*4s.(1/2)ls*2p*Jp-(l/2)-[K ls*2pv3pu(3/2)-[K
K]4p.(1/2) K]4de(J/2) I K]ld&/2) Jp*(3/2) 3Jp.(3/2)
1.85425 1.85435 1.85438 1.85446 1.85446
3.72tll 8.57tll 9.81+11 2.12t12 X3&12
6.55+11 4.5Qtl4 4.44tl4 4.86t14 4.3&14
3.40+03 6.8QtlO 2.12t12 3.22+07 3.56+13
7.6WOQ 5.15+08 3.33~03 2.81+05 1.02412
2.26tOO 7.47-03 4.40-03 I.IJ-03 2.86-02
1.84773 1.84810 1.84040 1.84831 1.84337
7.58t12 1.2ot12 1.23t12 2.56Ill 1.61tl3
2.42tlJ 4.67+14 4.74414 4.67t14 7.31+13
J.lS,OQ 2.4Qtll 2.01r11 3.66+03 4.13+08
1.37+03 2.57tos 1.08+03 8.03+06 3.6Qt08
6.26-01 1.03-02 5.13-03 2.13-03 8.80-01
ls*2p*ls*(3/2)-[K Is*2p*41-(J/2)-[K Is*2p*4l~(3/2)-[K Is*2peJdn(J/2)-[K Is*2p*3p*(1/2)-[K
4dB(5/2) lpm(l12) I 4p*(J/2) 3s*(l/2) I 39-(1/Z)
1.85452 1.85454 1.85480 1.85485 1.85503
5.81+11 1.25tll 2.43111 2.6Qtl3 4.37tlJ
4.5Qtl4 5.48tll 6.55tll 6.03+13 2.74t14
6.83+10 7.27+08 3.4OIOQ 4.74+03 2.50+12
3.43*08 6.53,08 5.14tos 8.47tos 7.8QrlI
5.07-01 3.07-01 1.5troo 1.7stoo 3.16-01
1.84343 1.84987 1.84936 1.84338 1.85002
2.57tll 4.62tll 1.59t13 1.31t11 4.20+11
4.75+14 4.74+14 4.37t14 4.75tl4 4.76+11
2.65tlO 2.46tlO 2.0*+11 2.65tlO 1.32tlO
5.74t07 1.44+08 3.04t10 2.*3+07 2.26tlO
2.17-03 5.85-03 1.45-01 1.10-03 1.72tOO
ls.2p.4f~(3/2)-[K ls*2pe41_(5/2)-[K Is*2p*lp.(1/2)-[K ls~2p~Ss~(3/2)-[K 1~.2p*ld~(l/2)-[K
4p*(3/2) 1 4p.(3/2) 4pm(112) I Js*(1/2) 4de(J/2)
l.ll5503 1.85528 1.85545 1.85548 1.85543
4.57+10 2.37+10 4.OQt12 3.58rll 8.82+11
5.48tll 4.08+11 5.64+13 8.21+11 l.QQ,lJ
7.27+08 3.02*10 3.08tI2 4.21tlJ 11.35+10
2.42tO8 9.79+03 4.24,11 1.4Ot12 7.72,OQ
J.JJ-01 3.25-01 1.37-01 3.33-02 8.63-02
1.85003 1.85027 1.85037 1.85065 1.85074
2.34tlJ 4.21*11 4.13114 1.42tlJ 4.59tl4
3.5Otl4 1.10,13 4.57+14 4.74+14 4.74+14
1.36t13 1.61+10 2.09+11 2.46+10 2.46tlO
1.75+12 2.47tos 8.Oltll 4.44tOQ 1.43111
1.23-01 1.53-01 3.83tOO 1.80-01 5.81+00
la.2p.3d.(3/2)1 Ki ls*2p*4f-(J/2)K ls.2p.41*(5/2)-[K Is*2p*4de(7/2)-[K ls.2p.4p.(1/2)-[K]4p.(J/2)
Jde(Jl2) (f-(5/2) 4f*(7/2) 4d*(5/2)
1.85581 1.85568 1.85530 1.85538 1.85600
1.30,13 3.78+11 7.43+11 3.4&12 1.44413
7.JltlJ 5.Mtll 8.22+11 3.58rl2 5.64+13
4.1QtO8 7.27*08 2.55+10 5.71rll 3.08+12
4.35tO8 2.OOtO9 1.34,11 3.83112 1.50112
1.04+00 2.75*00 5.26rOO 6.71tOO 4.85-01
1.05076 1.85077 1.85073 1.85083 1.85032
4.75114 1.85tlJ 4.56tl4 2.0&14 4.20+14
4.75t14 4.67t14 4.5Qtl4 3.78,14 4.65tl4
2.65tlO 2.43+11 1.74,11 1.22,13 4.57tll
1.06+11 3.35tlO $.45+11 3.8QtlJ J.2Qt12
4.00+00 1.53-01 l.QQ,OO 3.19+00 7.2ltOO
lr*2p*4fa(7/2)ls*?p*ld.(J/2)Is*2p*41-(5/2)ls*2p*4f.(7/2)ls.2p.4~0(3/2)-
K 4le(5/2) KI Ide(S/?) K 4fe(5/2) K 4f*(7/2) I KI 4ra(l/2)
1.85600 1.85603 1.85607 1.85603 1.85615
1.2Qtll 1.16+12 2.75*11 4.80~10 1.54rl2
1.77111 1.25t13 4.08+11 1.77tll 1.74+12
3.36tO8 3.56+08 3.02tlO 3.36tOQ 1.02tlJ
2.JltOQ 3.53*08 1.14+11 8.56+08 5.26+12
S.82+00 3.70-01 3.77+00 2.16tOO 5.0-01
1.85033 1.85034 I.85038 1.85101 1.85107
4.0JtlJ 4.47+14 4.68tl4 4.57rlJ 4.73+14
4.64tO 4.67t14 4.68tl4 4.65t14 4.74tl4
4.64tf2 2.43*11 4.17tll 4.57tll 2.OWll
7.98+11 3.55+11 4.18t12 J.SQtll 4.15+11
1.72-01 3.8JrOO Q.QQ+OO 7.85-01 1.93~00
lr*2p*4fe(7/2)Is*lpo4f.(Q/2)ls~2p*ld.(3/2)ls*2p*Jd.(3/2)Is~2pellm(7/2)-
K K K K IK
41.(5/2) 41~(7/2) 46*(5/2) Jdfi(5/2) 4fn(7/2)
1.85617 1.85613 1.85821 1.85622 1.85625
3.28tll 1.37+11 5.4Otl2 3.7OtlJ 1.16tll
4.44+Il 1.37411 1.25*13 7.3ltlJ 4.44tll
2.40+08 J.OQtO8 3.56tO8 4.13+08 2.40+08
1.42tOQ 3.08409 1.65tO9 8.47*08 S.OJtO8
5.30+00 3.38tOO 1.7JtOO 2.02+00 2.03100
1.85115 1.85118 1.85127 1.85127 1.85130
1.8Lltl4 4.6JtlJ 4.5ltl4 4.1Qt14 1.7ltl4
4.41114 4.6%14 4.65+14 4.65+14 3.7&14
5.03*12 6.28+03 3.91,08 8.28tOQ 1.22*13
1.21+13 5.0ltOQ 2.28tOQ 4.52tlO 3.20+13
2.JQtOO 7.37-01 5.82tOO 7.20+00 2.62tOO
4d-(3/2) Jd*(5/2) Idm(J/?) Jp~(3/2) 46*(5/2)
1.85626 1.85633 1.05634 1.85640 1.85644
1.35+12 8.5OtlJ 6.76tll 1.54+14 3.42tll
1.6Qt12 8.5ltl3 1.34412 2.74tl4 1.69+12
l.lO+lO 6.05+10 1.32+03 2.50,12 1.7OtlO
8.04tlO 4.83*11 2.66tOQ 2.73*12 2.04,10
4.74+00 7.33+00 2.02*00 1.12100 1.20tOO
1.85130 1.85131 I.85133 1.85133 1.85155
4.78tl4 1.27rll 3.24+14 2.67+14 1.36tlJ
4.78114 4.15tl4 3.50+14 4.48,14 4.85+14
0. 4.46+12 1.34+13 5.03112 3.31+08
0. 4.73+03 2.42tlJ 1.80+13 6.87t07
3. oo+oo 1.06-03 1.78+00 3.54too 1.76-01
Jde(3/2) 4p*(3/2) 4d*(5/2) 46.(3/2) I Jde(JI2)
1.85647 1.85648 1.85652 1.85663 1.85668
5.60+10 1.6ltlO 6.62,ll l.lltl2 7.41+12
4.76+11 3.13t13 1.34t12 3.24t12 7.53+12
1.32t10 1.36+13 1.32+03 5.*2+10 4.37t10
3.02t09 2.33tlO 2.61+03 1.1**11 2.*0+11
2.29-01 2.16-03 1.98,00 2.01too 5.82+00
1.85148 1.85148 1.85155 1.85151) 1.85166
4,lQ+f4 2.75t14 6.78tlO 4.43114 1.33tl4
4.64+14 4.6&l) 4.6Jtl4 4.67(14 4.68rl4
4.64t12 2.10+12 1.73tlJ 3.66tOQ 2.10t12
8.32*12 7.38t12 3.75tOQ 1.41*10 5.17t12
1.73+00 J.Sl,OO 5.65-04 3:es+oo 2.46tOO
1.85670 1.85872 1.85676 1.85681 1.05636
1.12tI2 5.88*12 1.14+11 2.14tl2 2.44,11
1.17+12 l.lOt13 1.14t11 3.24,12 1.31113
1.06rl4 1.61tlO 7.4StlO 5.32+10 4.38t07
4.43t12 3.45+10 3.60111 2.30rll 3.27tO6
4.17-02 2.14tOO 4.03,00 3.811*00 7.48-02
1.85166 I.85167 1.85170 1.85176 1.85186
4.68rl4 4.57+14 4.4Jtl4 1.72tlS 4.5Qtl4
4.61tl4 4.5Qtl4 4.44+14 4.67+14 4.75tl4
5.31t12 6.89tlO 2.12t12 3.66tOQ 4.46tl2
4.67tlJ 2.75+11 4.22t12 5.40t08 1.71rlJ
7.30+00 3.QQtOO l.QQ+OO 1.47-01 3.83+00
1.85700 1.85702 1.85704 1.85703 1.85714
4.34+12 l.lQ+lJ 2.41tl4 1.76tll 4.54+12
2.75,13 1.12rl4 2.52*14 7.59*12 l.lOtlJ
1.82tl2 3.12rl3 2.64tlJ 4.37*10 l.bltlO
1.08t12 1.56+13 4.57tlJ 6.89*09 2.66tlO
5.QJ-01 4.39-01 1.73too 1.38-01 1.65*00
1.85134 1.85196 1.85203 1.85222 1.85224
4.50tl4 4.28tl4 4.66+14 1.97tl4 3.34t14
4.7ot14 4.a5+f4 4.85t14 4.64t14 3.34t14
1.14t13 1.04t10 6.6Qr12 2.68t12 I.40113
4.34*13 I.%4+10 3.81*13 6.80,12 1.0&14
J.IOtOO 1.76+00 5.63*00 2.54too 7.73too
1.85727 1.85736 1.85753 I.85753 1.85758
3.68tlO 5.15+10 1.7&O J.Qltll 1.32~10
3.13tl3 3.13~13 1.78*14 5.87+12 3.71t13
l.36+13 1.36+13 7.79t13 J.OStl2 5.68tOQ
6.6QtlO 9.35+10 1.oer14 8.07rll 1.18tO7
4.33-03 6.83-03 1.33~00 2.65-01 2.08-OJ
1.85240 1.85251 1.85263 1.85263 1.85265
4.33tl4 3.85+13 2.66+14 1.13tl3 l.07tll
4.41t14 4.85+14 4.64+14 2.52t14 4.75,14
1.27tlO 1.04t10 2.68t12 2.64tl3 4.46t12
4.37t10 1.65tOQ 3.17t12 2.14t12 3.96,03
3.92+00 1.53-01 3.43too 8.08-02 8.83-04
1.85753 1.85760 1.85771 1.85774 1.85785
3.47tlO 1.15+12 1.24+12 Q.OOt11 1.51,13
3.5ltlJ 8.88tl2 7.35tlJ 3.74tlJ 2.85*13
S.&Q+09 6.80tll 3.35*12 1.26,10 1.37tlO
1.16*07 3.JJtll 2.34411 1.21rOQ 6.24410
1.38-03 4.89-01 5.32-02 3.61-02 3.17rOO
1.85266 1.85280 1.85281 1.85284 1.85285
4.Oltl4 1.30~13 7.56+12 4.08rl4 4.17tl4
4.04+14 l.QQ+lJ 4.4ltl4 4.12*14 4.63,14
1.2JllJ 1.35*10 1.27tlO 7.56+11 1.73Il3
2.38rlJ 1.70111 8.63+08 2.QQt12 5.QQtlJ
1.32,OO 1.30r00 6.85-02 3.35tOO 3.47tOO
1.857116 1.65826 1.85832 1.85833 1.85870
1.76t12 l.JS,lJ 3-J&10 8.44tl2 1.14rl2
1.76t12 2.85113 5.87,12 6.23tl4 3.24rl3
2.26tll 1.37tlO 3.05+12 3.47tlJ 3.2Jtl2
1.60t12 5.5OtlO 6.32tlO 1.78tl2 4.14tll
7.0StOO 2.83tOO 2.27-02 5.13-02 1.28-01
1.85236 1.85316 I.85316 1.85321 1.85334
3.81+11 4.01*14 4.0Qtl4 !.74rll 5.92tl2
4.115,14 4.86tl4 4.30,14 4.7Otl4 1.25tl3
6.49tl2 3.22t07 3.56tlJ 1.14tlJ 3.56t08
3.12tlO 5.Jlt07 1.23+14 1.65rlO 1.8ltOQ
4.66-03 1.65+00 3.45tOO 1.44-03 1.30100
I.85880
1.3QtlO
1.85884 1.85301 1.85302
2.82tlO 3.21tl3 1.75tll
7.24t12 3.98rlJ 1.74412 7.95,13 1.74t12
2.76+10 2.54,08 1.02tl3 3.35,12 1.02tlJ
2.lltO8 8.65rO5 3.63110 6.03,12 5.QQtll
7.66-03 3.41-O) 3.42-03 1.54400 5.86-02
1s*2p9
(1)
-
ls.ls*
LAYBDA
(0)
A(il)
A(lot)
AUGER
Od
0
TRANSITION
ls.2p.3de(l/l)-[K Is*?p~4p*(5/2)-[K fs*2p*4d.(3/2)-[K ls.?p*4dm(5/2)-[K ls*2p*3d*(5/2)-[K
4
LAUEOA
Is*?p.ld-(l/2)-[K 4s*(1/2) ls*2p*lp-(J/2)K ! 4p*(3/2) ls*2p*Jp*(J/2)K Jp.(l/?) ls.2p_4d.(J/2)II K 4s*(l/2) ls.2p.3d~(5/2)-[K]Jd.(J/2)
1.85883 J.JOtlO
Qd
91
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
2 = 26
2 = 26
TRANSIlION
LAYBOA
ls*Zp~3s.(1/2)K]Sd.(J/Z) 15.Zs.Jp.(3/2)t K]h(l/Z) 1s.2s~4p~(3/2)-[K]4s*(l/2)
ls~2pelf.(5/2)ls*2p.lf-(J/2)-
K]41.(5/2) I K]4f&,.?)
A(if)
A(lOl)
AUGER
Qd
1.85912 1.85913 1.85919 1.85921 1.85924
3.24t12 1.20tlJ 4.82411 2.16tlO 8.37tlJ
4.04tl4 6.8St13 2.09tlJ 4.65t13 8.56t13
1.23t13 4.92+12 6.90+12 l.58+09 4.26tlJ
1.92tll 3.19+12 4.7atll 4.4Ot06 5.56+13
1.56-02 6.47-01 6.93-02 2.79-03 1.31100
1.85928 1.85931 1.85939 1.85954 1.85966
l.16+13 1.40+11 4.32tlO 9.98111 3.07tll
1.69tIJ 4.12*14 3.98+13 2.34t12 9.95t12
6.64tll 7.56+11 2.54+08 1.84tll 2.60t09
1.76t12 1.02+09 l.lOt08 2.91t11 4.82108
1.85972 1.85973 1.85976 1.85983 1.85988
3.61t12 1.57t13 6.24+11 9.59t12 3.96tll
4.12tl4 2.95+13 l.lttl? 9.95*12 2.83t12
7.56+11 1.47+13 1.77+09 2.60t09 6.12tll
I.85991 1.85994 1.85997 1.86000 1.86000
3.20+11 3.9ltll 1.4ltll 3.76tlJ 4.85t13
4.43+11 1.16+12 1.04t12 4.65+13 4.85t13
1.86001 1.86009 1.86011 1.86013 1.86010
8.05t12 8.84tl2 6.23t12 9.5Jtl2 3.97tlJ
1.86018 1.06022 1.86023 1.86023 1.86027
1RANSIllON
A(i1)
A( loI)
1.08168 1.86174 1.86109 1.86193 1.86194
1.06+11 3.09113 8.91tll 4.87tlO 3.18tll
7.24t12 6.03+13 2.09+13 2.16+13 a.2ltll
2.76tlO 4.74tOS 6.9Qt12 4.34+09 4.2lt13
1.61tOQ 9.71+09 8.84tll 5.86+07 I.25412
5.84-02 2.05tOO l.28-01 1.45-02 2.96-02
2.65tOO 1.35-03 4.54-03 1.58tOO 1.85-01
1.86204 1.86207 1.86208 1.86214 1.86215
6.02t12 6.47t12 2.87tlJ 8.71+11 2.66tlQ
l.lltlJ 2.09t13 2.87+13 4.37tl3 4.29+13
7.33tlO 6.90t12 1.08+12 1.12tll 3.76412
7.72tlO 6.42t12 8.35t12 8.9OtO9 1.28tlO
l.OS+QO 9.31-01 7.71too 7.94-02 3.42-03
2.65tlO 1.04t13 5.73t09 1.51t10 4.22tfl
3.50-02 7.10-01 3.24tQO 5.78tOO 6.89-01
1.86218 1.86236 1.86239 1.86243 1.86260
4.18tl2 8.45+10 8.9ltl2 3.79t12 8.60tll
3.JZtf3 8.21+11 9.61+13 2.95t13 1.14*13
9.10*11 4.21+13 4.88+11 1.47tlJ 7.33t10
4.47t11 3.3ltll 9.02tlQ 2.52+12 l.lOtlO
4.91-01 7.86-03 1.85-01 1.72-01 1.50-01
2.95to9 1.77+09 3.37t11 1.58tQ9 2.84tO8
1.69tfO 3.59to9 2.08tll 7.66tOQ 2.27+09
5.73too 2.03too 6.16-01 4.85tOO 8.ootQo
Is.2p~31~(3/2)-[K]3~~(1/2)
1.86265 1.86277 1.86288 1.86297 1.86297
3.27+13 6.15t14 6.9Otl2 2.07+12 3.86t12
4.26tlJ 6.23tO 1.62tlJ 3.37+13 3.4Otl3
1.08tI2 3.47tlJ 7.92t12 2.9Otl2 8.37tlO
3.22tl2 l.SOtl4 4.5Jt12 3.28tll 1.85tlO
2.99tQO 3.74+00 5.72-01 1.13-01 2.21-01
3.24tlJ 4.65tlJ 8.69tlJ 3.95tlJ 3.96+13
3.23+12 1.58tO9 7.97+12 1.92tlO 2.54+08
2.92t12 1.8OtOQ 2.09+12 2.78tlO 1.01+09
9.05-01 1.14tOO 2.63-01 1.45tOO 3.99tOO
ls.2p-3d-(5/2)ls*ZpeSde(5/2)1~.2r*4,.(1/2)lso2p_3s*(1/2)ls.2p.2p.(1/2)-
1.86300 1.86341 1.86343 1.88343 1.86343
4.14+13 1.44tl2 8.69+12 9.40112 5.4Otl4
4.29+13 4.29tlJ 1.62+13 1.20113 7.05+14
5.89tll 5.ODtll ?.92+12 4.13tlO 1.02t12
3.37+12 1.17tll 5.71+12 6.45tlO 1.57t12
5.72+00 1.99-01 7.21-01 1.56tOO 1.53tOO
4.15tlJ 3.00tl3 3.79t12 4.35tlJ 2.16+13
4.lStlJ 3.95+13 7.79tlJ 4.35tlJ 2.2OtlJ
5.42tlO 1.92tlO 7.43~11 2.7OtlO 1.07tl2
5.41411 8.75tlO 7.16tlO 2.16tll 6.00112
9.99tOO 4.55tOO 9.63-02 8.OOtOQ 5.6OtOQ
1.66345 1.86350 1.86357 1.86367 1.06381
1.26t13 1.63+13 3.54*13 3.22tl4 1.18tll
l.Jl+lJ J.J2+13 3.57+13 3.63+14 4.65+13
4.38tO7 9.lQt11 3.63t12 1.25t14 5.14t11
1.69t08 I.74412 1.97413 3.3ot14 5.17tos
3.85tOQ l.92tOO 5.41too 2.64tOO 1.01-02
99
LAYEOA
ls*2p.4d-(J/2)-[K 4d*(5/2) Is*2peJd*(J/I)-[K 3 Jd.(5/2) ls*?s*4p*(J/2)-[K]4d.(3/2) Is*2pe3d*(5/2)-[K]JdB(5/2) ls~2p.3s~(JI2)-[K]3d~(3/2)
K 3d-(3/2) K I Jd*(5/2) K 4p*(3/2) K 3$*(1/2) I KI Z&(1/2) 3d-(J/2) 3p.(3/2) 3p.(3/2) Zp-(l/2) 4dm(3/2)
AUGER
Qd
99
tr.2pmls*(l/?)ls*2p-46*(5/2)ls.Zp.4d~(J/2)ls*Zpmld.(t/2)1~.2pmJp.(J/2)-
K EK K K II K
41*(1/2) 44-O/2) 4dm(J/2) ld.(J/Z) Jp-(l/2)
1.86027 1.86027 1.86028 1.86029 1.86034
2.73t13 4.93+12 3.00113 3.5OtlJ 3.38113
3.37tlJ 4.35tlJ 3.71+13 3.5ltIJ 1.5?+14
2.DOt12 7.31tlO 5.68tOD 5.88+09 8.85t12
4.32t12 4.96tlO 1.84tlO 1.17+10 7.23112
1.49tOO 6.78-01 3.24tOO 1.99+00 8.16-01
ls*2pe3d-(3/2)ls*2p~4,.(3/2)ls.2p.Jpe(J/2)ls*2r.2p-(1/2)ls*2p-4~~(1/2)-
K 3d*(5/2) K 3 4d.(5/2) K Jp-(l/2) K 2s.(l/2) I K I Id-(J/Z)
1.86387 1.86398 1.86416 1.86420 I.86433
1.58411 2.65tll 4.37t13 3.18+14 1.32tll
1.31*13 4.65t13 6.32tlJ 3.18tf4 7.32+12
4.38tO7 5.14+11 l.14tll 3.84413 2.19+11
2.12+06 1.16tlO 3.i4t11 6.85tlJ 7.66tOQ
4.82-02 2.25-02 2.76tOO l.?8tOO 3.50-02
ts.2p-)d*(5/2)ls.2pe4d*(J/2)1$.2p.4d.(5/2)11.2pmld-(3/2)lr.Zp.Jd.(3/2)-
K K K K II K
3d.(3/2) 4de(J/2) 4d*(5/2) 46*(5/2) Jd.(J/Z)
1.86043 1.86044 1.86045 1.88046 1.86047
1.88tlJ 5.22+12 3.86t13 6.91+12 2.34+13
7.88tlJ 3.74+13 4.35t13 3.71t13 2.42tlJ
6.6OtlQ 1.26tlO 7.31tlO 5.68tO9 3.7Qtll
9.46+10 7.02+09 3.88+11 4.24+09 1.41+12
1.4JtOO 5.58-01 5.31tOQ 7.48-01 3.8ltOO
ls.2p-Jpm(1/2)lr*2pe3p-(3/2)ls*2s*Jp~(3/2)ls*2p~Js~(5/2)fs~2p~Js.(1/2)-
K K K K IIK
1.86459 1.86547 1.06564 1.86564 1.86576
1.06tl3 3.30+12 1.23*12 6.68tlo 3.27tll
2.llt13 6.32+13 6.8Stl3 4.16tll 8.56tlJ
2.74tlO 1.14*11 4.92t12 7.07*09 4.26tl3
2.76tlO 2.38tlO 3.27tll 5.87tOS 2.17tll
1.01too 2.09-01 6.64-02 a.Ji-01 J.ll-03
1.86048 1.86059 1.86061 1.86061 1.66062
4.42tlJ 7.29+11 2.79113 3.62+10 3.09tlJ
4.42tl3 1.69+13 3.24413 3.62tlO 3.74+13
0. 6,64tll 7.23~10 2.32tO9 1.26tlO
0. 1.10+11 I.24tll 1.74tlO 4.16tlQ
J.OOtQQ 1.86-01 1.72tOO 7.52+00 3.3QtOO
1.86591 1.88805 1.86606 1.86650 1.16660
1.5Qt12 4.09+11 1.14t13 2.12tl4 S.QS+ll
2.11tl3 4.76411 6.8StlJ 2.12114 9.45+12
2.74tlO 7.07tos 4.92112 1.4ot14 4.52tf2
3.91tOS 3.59t10 J.OStl2 5.07414 1.18t12
1.43-01 5.08tOO 6.19-01 3.61+00 2.60-01
1.86064 1.86065 1.86066 1.86067 1.86070
3.74tl3 1.25t12 4.08+13 2.26+11 2.60tlJ
3.74tl3 6.06+13 8.69t13 2.83+12 3.11t13
9.65tll 1.99tll 7.97tl2 6.12tll 2.84tll
7.52+12 7.22+09 1.37tlJ 2.43tll 4.71tll
7.8OtOO 3.63-02 I.72100 3.97-01 1.66tOO
I:*2s.Jp.(l/2)Is.2r.Jp.(l/2)ls*2s*Jp*(J/2)lt.2s.4p.(l/?)ls.2r.3s.(1/2)-
K K K K IIK
3d-(3/2) 3s.(l/2) Js.(1/2) 4r.(l/2) 3p.(1/2)
1.86717 1.86734 1.86748 1.86761 1.86771
I.13113 1.91tl2 l.lO+lJ 3.32tlO l.JltlJ
6.86tlJ 7.1Qtl3 6.91+13 3.85+13 J.J3+13
1.99411 l.JOtl2 1.5Jt12 1.84tl2 2.3Otl3
6.55tlO 6.85+10 9.51tll 3.03tOQ 1.07tlJ
5.29-01 5.29-02 6.21-01 1.65-03 4.64-01
1.88076 1.86076 1.86079 1.86084 1.86085
1.46tll 2.18t12 2.83+13 5.99113 7.1Otll
1.04t12 2.83+12 7.79+13 7.88+13 I.O4+12
J.J?tlf 6.12tll 7.43tll 6.8OtlO 3.37+11
2.15+11 2.32tl2 5.35tlI 3.Qltll 1.04tl2
6.37-01 3.79+00 7.21-01 4.56tOO J.OQtOQ
ls.2..4p.j3/2)Is.?p.2p.(l/2)lr*Zs*Jd*(3/2)Is.Zs.3d.(5/2)lto?p_2p*(3/2)-
K K K K K
4r*(l/2) 2p.(3/2) 3p*(3/2) 3p*(3/2) Zp*(J/?)
t.86772 1.86790 I.86100 1.86808 1.86814
8.06tlt 1.6Stl4 4.ost11 5.19*10 4.07t13
3.47*13 7.05to 9.45tl2 3.30412 3.63+14
1.81+12 1.02*12 4.52112 3.8St12 1.25+14
1.6Otll 4.78tlI 5.29t11 1.68tll 4.17t13
8.62-02 4.66-01 1.17-01 4.33-02 3.34-01
1.86088 1.86088 1.86088 1.86103 1.86106
1.75t13 8.73tll 2.70111 6.32t12 1.8ltl2
1.93+13 2.34tl2 2.42+13 2.25+13 1.93tl3
3.15tOQ 1.84tll 3.7Qtll l.39tl2 3.15tOS
1.71tlQ 2.54tll 1.63tlO 1.47+12 1.77+09
5.43tOO l.38+00 4.40-02 1.06+00 5.63-01
ls02s.4d*(3/2)ls*?c*4fm(5/2)ls.2,.4d.(5/2)lr.2s.46.(3/2)ls.2s.4d-(l/Z)-
K K K K K
4p.(3/2) 46.(3/2) 4p.(3/2) 4p.(l/2) lp-(l/2)
1.86833 1.86839 1.86839 1.86848 I.86850
3.83110 6.04tlO 4.86tlO 8.42tlO 2.97tlO
6.10111 8.04tlO J.Ss+ll 6.42tlO 2.97+10
5.37*11 7.49+09 4.8Otll 8.94tQ8 1.4ltO6
7.1at10 4.00+10 1.6lttl 3.53tos 2.81tO6
1.34-01 5.34+00 3.36-01 3.95too 2.ootoo
1.86106 1.86110 1.86111 1.86126 1.86127
5.03110 4.49tlJ 2.89+13 3.98t12 4.23+13
9.6ltlJ 4.65+13 2.92tf3 J.llt13 4.29tl3
4.88tfl 5.14tll 3.19tll 2.84tll 3.76tl2
5.OQtO8 1.96t12 1.87+12 7.2OtlO 2.04tl3
1.04-03 J.ll+OQ 5.87tOO 2.54-01 5.44tOO
1.86858 1.86860 1.88881 1.86877 1.86885
1.15t10 4.54+10 2.52tlO 3.01t10 1.15+12
5.65tl2 4.54t10 2.52tfO 3.01+10 1.48tl2
3.67tll 6.81+09 1.30*07 1.34+08 2.25+07
2.79*09 4.74t10 7.8lt07 1.07tos 6.9St07
7.62-OJ 8.96tOO 6.00tOO 7.96tOO 3.11+00
1.86129 1.86133 1.86150 I.86152 1.86156
3.Qltll l.bStl2 7.01112 2.16tl3 4.83tl4
2.92t13 6.03+13 7.24+12 2.16tl3 4.63+14
J.lStll 4.74tOS 2.76tlO 4.34tOS 9.4OtO9
l.97+10 5.12+08 1.06tll 2.60110 3.76tlO
6.18-02 1.08-01 3.86tOO 5.98tOO 4.OOtOO
1.86897 1.86898 1.86899 I.86903 1.86918
6.IZtll 3.43tlO 1.12+12 1.8Otl3 7.81410
8.17tll 3.4JtlO 1.99t13 3.33113 4.26tlJ
l.OltlO 4.QJtOS 7.33tll 2.JOt13 1.08+12
l.lOtlO 2.16tlO 1.59tll l.47tlJ ?.69+09
1.48tOO 5.37400 2.16-01 6.39-01 7.15-O)
1.06159 1.86159 1.86162 1.86165 1.86166
3.84tlJ 7.35+12 6.73+12 2.32tl3 3.48tl3
4.37tl3 2.25tlJ 7.32+12 3.48tl3 1.57+14
1.12tll l.JSt12 2.19tll 6.37tlO 8.85tl2
3.92tll 1.7ltl2 3.9ltll l.lltll 7.45+12
3.5OtOO 1.23100 1.79tOQ 1.33tOO 8.41-01
1.86928 1.86960 1.86996 1.87017 1.87029
3.43+10 2.64tll 4.3ltll 3.07tlO 9.04tlO
3.89tll 4.26tl3 5.05tll 1.48t12 8.17tll
4.8Otll l.Q8+12 3.16t06 2.25tO7 l.OltlO
1.14tll 2.60110 1.62t07 1.87tO6 2.21tOD
2.37-01 2.42-02 5.13tOO 8.30-02 2.19-01
1c92p.
(I)
ls.?pmld.(5/2)ls*2s*,d.(3/2)Is.2p-Jd-(3/2)ls.Zp.lp.(J/Z)ls*2p_4d.(5/2)-
-
11.1s*
K K K K II K
(0)
4dr(3/2) 4f-(5/2) 3d*(5/2) 4Sm(l/2) 4d*(5/2)
364
Jp-(l/2) 3p.(3/2) 3dm(J/2) 3d.(3/2) 3dm(3/2)
II II
Atcmfc Oata andNuclear Data Tables, Vol. 38.No. 2.Manh1998
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 2 = 26 TRANSITION
Is~2s*Sp.(3/2)1~.2s*3s.(1/2)-
K]Jde(3/2) EK]Sp.(l/Z)
ls.2p.Jp.(l/2)K]4p*(3/2) ls*2p*3de(3/2)EK]4d.(3/2) ls.2p.3p*(W)-[K]4p*(3/2)
ls~2p.3p.(1/2)-[K]4p*(3/2) ls*2pe3p.(5/2)K]4p.(3/2) Is.Zp*3de(5/2)t K]lde(3/2)
ls*2p~3p~(3/2)ls.2s~3s.(1/2)ls.2s.3~.(1/2)-
K 4pe(l/2) K 4p.(1/2) II K 4pe(3/2)
A(if)
A(lol)
Qd
tw
1.87073 1.87077 1.87103 I.87131 1.87252
3.64tlO 3.76tlO 2.57tlO l.SltlO 3.63tlO
1.02+13 7.34tll 2.57tlO 5.85+12 3.63tlO
7.94tll 1.3atl3 8.25t07 3.81111 2.96t06
1.05110 1.85tll 4.93+08 4.65tOS 1.18+07
1.33-02 l.3,-92 5.$8+09 1.27-02 4.OOtOO
1.87308 1.87352 1.87391 1.87405 1.87412
2.06tl3 3.37tl3 3.49tll 2.96tlO 1.25tll
2.06tl3 3.37tlJ 7.10113 6.Qltl3 5.00t12
2.47tll 2.25tl3 l.JOtl2 l.SJtl2 4.3Otl3
4.87tfl 8.10113 1.25+10 2.57tOS 2.25+11
l.97too 3.5VtOO 9.67-03 1.68-03 5.23-03
1.87456 1.87485 1.87523 1.87557 1.87562
1.59tl3 5.95tlO l.Olt13 5.06tlO 4.97t12
1.59tl3 5.95tlO 1.02t13 1.99+13 4.97+12
l.IOtll l.BOtO8 7.94tll 7.33tll 2.65110
2.72+12 1.07tOV 2.94+12 7.19tOQ 5.26tlO
3.83+00 5.98tOO 3.70100 9.81-03 l.VStOO
1.87753 1.87758 1.87886 1.89296 1.89759
l.QStlO 8.10410 6.97tlO 9.49+12 3.83t12
8.96tlO 2.06tl3 6.96tlO 1.93tlJ l.SJtl3
3.08tO6 2.47tll 3.08tO6 1.42tl4 1.42tl4
2.74t06 1.92tOS 9.60106 1.67r13 1.73tlJ
8.118-01 7.76-03 3.11tOO 1.18-01 1.22-01
1.96424 1.96456 1.96595 1.96707 1.96715
4.17tlO 2.63tlO 7.97+10 6,OJtlO 8.37tlO
3.5Oti4 4.4ltl4 4.63+14 4.6ltl4 4.86+14
1.36tlJ 1.27tlO 1.73+13 2.9Ot13 3.22t07
3.12+09 3.02tO6 l.l5tlO 2.14tlO l.lltO4
2.29-04 2.38-04 6.64-04 7.3a-04 3.45-04
1.96715 1.96805 1.96865 1.36872 1.96909
5.86tlO 3.tJtlO 2.73tlO 7.06+10 5.39t10
4.38tl4 4.61+14 4.38t14 8.51t13 4.04+14
3.56+13 2.90+13 3.56+13 6.05tlO 1.23tlJ
1.76tlO l.litlO 8.21tOS 4.01+08 3.19tOS
4.95-04 3.83-04 2.31-04 6.63-03 2.59-04
1.96930 1.96932 1.98994 1.97065 1.97069
5.1atlO l.SStlO 3.85tfQ l.aJtlO 1.16+10
4.12+14 2.74+14 2.74t14 1.12+14 2.85tl3
7.56tll 2.50tl2 2.50+12 3.12tlJ 1.97+10
3.80+08 3.60+08 6.95t08 2.3atlO 4.S3t07
5.02-04 1.44-04 2.78-04 7.64-04 2.45-03
1.97157 ! .97269 1.97359 1.97404 1.97431
3.4OtOv 2.51tlO l.S7+10 1.65tlO 2.lStlO
6.03tl3 7.95tl3 7.88+13 1.6vtl3 2.20tl3
4.74409 3.95+12 6.60,10 6.64tll 1.07+12
2.96t06 4.75tOV 4.41+07 Z.SOtO$ 6.!1+09
6.24-04 1.20-O) 1.43-03 3.76-03 5.10-03
1.97482 1.97524 1.97530 1.97550 1.97556
1.93tlO 2.5atio S.SJtlO 3.18tlO 1.22tll
2.16+13 1.57+14 2.20tl3 8.21tll 1.63+13
4.34tO9 a.a5tf2 l.Oltl2 4.21tl3 6.64tll
2.33tO7 5.51tos 2.77tlO 1.25tll l.aStlO
5.36-03 6.23-04 2.5a-02 2.96-03 2.79-02
1.97640 1.97654 1.97954 1.96355 i.sa4ia
3,lOtlO 4.03tlO 1.77tlO 2.96tlO 4.satlo
6.aStl3 a.56+13 6.32t13 3.33tlJ 3.33tt3
4.92t12 4.26+13 l.lltll 2.3Otl3 2.30113
a.27tOV 2.67+10 1.2Bt08 2.42tlO 4.oatlo
l.la-03 6.2a-04 1.12-03 1.05-03 1.77-03
1.98515 2.22427 2.23249 2.237116 2.23797
1.3atlO 6.a4tlO 1.15tll 4.0StlO l.lJtll
6.91+13 2.52tl4 6.23tl4 2.12tl4 7.05tl4
1.53tl2 2.64tl3 3.47tlJ I.40114 1.02+12
1.20109 1.3OtlO 2.42tlO 9.76tlO 3.26t08
7.111-04 4.91-04 6.97-04 6.96-04 3.19-04
2.23032 2.24371 2.24960 2.25259 2.25321
6.47tlO 2.75tlO 7.57t10 5.27tlO 3.85tlO
3.63t14 1.7atl4 4.a3ti4 1.17tl2 1.7atl4
1.25+14 7.7StlJ 9.40+09 1.06+14 7.79t13
6.63110 l.67tlO 5.8sto6 2.OStll 2.3StlO
5.30-04 2.15-04 6.27-04 1.96-03 3.01-04
2.25345 2.38928 2.39877 2.40635 2.42362
5.14tlO 2.62tlO 1.56tlO 2.24tlO 2.35tlO
3.1atl4 2.52tl4 6.23tl4 7.05+14 4.83tl4
3.a4tl3 2.64tl3 3.47+13 1.02t12 9.4OtOt
l.IltlO 4.97tOV 3.29tOS 6.5ltO7 l.aJtO6
2.89-04 l.BB-04 9.49-05 6.36-05 1.94-04
2.42609
2.35tlO
3.18tl4
3.a4tl3
5.06tOS
1.32-04
L AUBDA
365
AUGER
AtomkOataandNucbarOataTables.Vd.38.No.Z.MarchlS88
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths. Radiative and Auger Rates, Satellite Intensity Factors, and Line %&escence Yields fo; Satellites of He-like Ions Seepage 344 for Explanation of Tables
I = SO
2 = JO
IRANSlIION
A(tot)
L AlmA
A(il)
1.11266 1.11324 1.11598 1.11617 1.11768
9.93tlJ 1.7ot13 6.75tlO 8.42+10 9.64tlO
9.93+13 1.70tlJ 7.99+14 8.12tl4 7.70tt4
0. 0. 2.83tll 2.JOt1, 5.02t09
0 0. 9.56+07 4.96t07 2.52106
3.ootoo 3.00+00 J.JB-04 2.07-04 5.01-04
ls~2p~4s*(3/2)-[K]Zs.(l/Z) ls.Zp.4d.(l/Z)K]259(1/2) ls.2p.4d.(J/2)I K]Zs.(l/Z) Is~Zpeld-(3/Z)-[K 2s.(1/2) IsQp.ld.(W)-[K 3 2s.(1/2)
1.11952 1.12106 1.12107 1.12111 1.12162
4.75t10 1.96tll 6.8JIll 4.52tll 3.24tll
4.70+12 1.07t14 1.13t14 1.03+14 1.85+13
9.09t12 1.48tO9 3.08+10 2.75tlO 6.02tlO
1.25tll 5.43+06 7.42+08 4.83108 4.20+09
Is~2s~4p~(3/2)-[K]Zs~(l/2) 1~.2s~4p.(l/Z)K]?sa(l/2) ls.2p.4~.(1/2)1 K]2s*(1/2) ls*2p*lp*(1/2)-[K 2pe(l/2) ls~2p*4p.(J/Z)-[K 3 2p-(l/2)
1.12179 1.12218 1.12237 1.1224J 1.12256
2.Jlt13 1.9JtlJ 6.34t12 2.24+,2 2.35+12
J.74tlJ 4.87tlJ 1.01t14 7.91t14 8.09t14
8.44+12 1.5ltlJ J.50+12 4.99t12 5.56+12
ls*2pels.(3/2)-[K 25*(1/2) ls.2p.4~*(1/2)-[K 1 2s.(1/2) 1~.2~*4pe(3/2)-[K]2p-(l/2) 1~.2p*lp.(1/2)-[K]2p.(1/2) ls~2p.4f*(J/2)-[K]2p~(1/2)
1.12273 1.12297 1.12298 1.12299 1.12367
2.60+12 1.09+12 1.10412 1.73t12 J.5JtlO
1.27+14. 1.94+13 8.07+14 8.27t14 1.70t12
1.12429 1.12469 1.12508 1.12545 1.12545
1.72+12 1.54tll 5.12tlO 6.87+13 2.51+12
1.12551 1.12557 1.12569 1.12599 1.12600
AUGER
Od
A(i1)
A(lol)
1.17660 1.17676 1.17795 1.17829 1.17187
2.02tll 2.1&12 J.24+11 1.6lt12 7.2JtlJ
2.86+13 l.Jltl4 J.38tlJ 5.98+14 1.02tl4
2.75t13 1.32t12 4.69tO9 I.48+13 l.OJ+lJ
3.96+11 8.71tlO 1.79t08 7.75410 2.65+13
1.44-02 6.59-02 3.83-02 5.24-OJ 2.57+00
l.JB-02 3.66-03 2.41-02 1.76-02 6.96-02
1.17691 1.17945 1.18001 1.11002 1.18011
3.57+12 2.24+12 2.16tll 1.03t14 5.39tlO
7.96t14 1.52+14 7.89tl4 1.31tl4 7.82+14
1.93tlJ 4.62tlJ 1.25tlO 4.05tll 3.57+13
J.JOtll 1.05+12 6..95+06 6.JJtll 9.40t09
1.75-02 2.27-02 5.47-04 1.56+00 2.63-04
1.70tlJ 9.12+12 4.25tll 2.6ltlO 6.4ltlO
2.01*00 6.04-01 1.22-01 5.64-03 1.15-02
1.18087 1.1809J 1.18137 1.18161 1.18182
2.66tlJ 2.70t13 8.63t12 5.52t12 3.15t12
5.16tl4 1.20+14 3.8ltlJ 5.98tl4 1.28+14
2.23+12 1.99tl2 4.7OtlO 1.48+15 2.JOtl2
2.46tlI 1.75t12 2.lJtlO 2.66+11 2.22+11
1.10-01 8.81-01 4.53-01 1.80-02 9.66-02
6.35+11 2.32tll 1.18tl3 2.12tlO 1.99+10
5.lBtlO 2.58tlO 6.35tlO 8.87+07 1.63tO9
1.16-02 1.11-01 5.J9-03 4.18-OJ 6.21-02
1.18223 1.18264 1.18283 I.18295 1.18JOJ
8.01+13 2.01+12 5.59tlJ 1.18+14 9.59413
7.96+14 I,10113 8.26t14 1.20+14 1.21+14
1.93tlJ 1.75t12 2.35+13 1.26+12 1.41+12
7.60+12 3.29tll 9.29+12 2.44tl2 4.55+12
3.93-01 1.88-0, J.95-01 1.94+00 J.OWOO
1.00114 5.OOtlJ 1.40+13 6.88t13 7.91tl4
2.9Jtl2 1.59t12 5.37tll 1.94+12 4.99t12
9.74tlO 1.9OtlO 7.59+09 J.76+12 3.15tlO
3.33-02 1.19-02 1.41-02 1.94tOO 6.32-OJ
1.18334 1.18344 1.1837J 1.18406 1.18413
1.mt14 4.94tl3 11.78t12 4.3Jtl3 9.09+12
7.119+14 7.82t14 1.80113 4.60tlJ 9.17+12
1.25+10 3.57+lJ 2.99111 1.12tl2 1.03tll
5.9&09 8.61tl2 5.72tll 4.lOtl2 2.Oltll
4.78-01 2.41-01 1.9ltOO J.68tOO 1.96tOO
5.64tlJ 2.44tlJ 3.5l+lJ 2.04+13 1.49tlJ
5.13tlJ 8.09114 8.34+14 8.07tl4 1.51+13
1.81+12 5.56+12 5.67t12 1.18tlJ 5.92tll
6.78112 6.66+11 1.42t12 1.17t12 2.26t12
3.75tOO 1.20-01 2.51-01 9.98-02 5.82100
1.18420 1.18423 1.18426 1.18450 1.18505
4.4OtlJ 1.6Ot14 1.72+14 1.90tl4 1.45+12
5.16tl4 1.75+14 J.JOtl4 2.58+14 7.66tlJ
2.23t12 2.96+1J 1.17+13 5.J6+11 5.37+1,
3.8Otll 1.39tl4 2.Jlt13 7.87+11 2.02+10
1.70-01 4.69tOO 2.OltOO 1.47tOO 5.75-02
1:::~:::rI:::~I~:j:~:~~~~~
1.12600 1.12604 1.12678 1.12679 1.12692
3.65t13 3.18+12 7.6JtlO 8.66tlO 1.20tll
6.27+14 J.22t12 1.16414 1.4Jt12 5.a9+11
2.12+10 7.95110 2.17t07 1.68+10 1.65tlO
1.67409 1.53+11 5.72+04 6.17t09 1.97+10
8.82-02 1.93too 2.63-03 3.67-01 1.19too
1.18514 1.18516 1.18573 1.18598 1.18643
9.59t12 7.16tlJ 2..91t13 J.lOt13 3.12tlJ
5.Jl413 1.2&l+ 3.2Jtl3 4.lOtlJ 1.58+14
1.24412 2.30412 1.33t13 1.75t12 1.99tll
6.72+11 5.05412 4.90tl3 5.07t12 1.57tll
7.06-01 2.19*00 3.69tOO 2.90tOO 7.119-0,
ls.2s.4de(3/2)ls~Zp.lp*(1/2)ls.Zpelp.(J/2)1~.2pelp.(1/2)ls.Zp.4~.(5/2)-
K]2p.(1/2) I K]2p.(3/2) K 2pe(1/2) K 2pe(l/2) fl K 2p.(J/2)
1.12717 1.12731 1.12741 1.12744 1.12750
1.74t12 6.09tlJ 6.95tlJ 8.30413 4.97tlJ
4.12t12 1.00+14 1.95t14 1.8&14 4.9(1t13
2.47tll 2.93t12 7.54+12 5.57+11 1.23t13
3.92t11 3.45+12 l.OJtl3 4.91t11 5.89+13
1.59too l.lBtOO 1.37too 8.81-01 4.(10+00
2pe(112) 2p.(3/2) 2pm(l/2) 2p*(J/2) 2p.(J/2)
1.18664 I.1117011 1.18727 1.18761 1.187.95
1.49+13 2.90tll 1.59tlJ 8.42tll 2.66+12
4.28rlJ 1.80+13 2.07t13 3.3Ot14 2.58+14
4.68+10 2.99tll 4.2Ot12 1.17+13 5.36411
3.27tlO I.89110 1.07tlJ 1.15tll l.lltlO
6.98-01 6.33-02 2.55tOO 9.117-03 2.07-02
2p*(J/2) 3 2p.(J/2)
1.12771 1.12774 1.12782 1.12807 1.12811
4.18113 3.4lt12 1.29tl3 1.45tlJ 1.24tlJ
5.OOtlJ 9.64+13 3.54+13 1.52tlJ 1.40*13
1.59+12 6.84tll 1.74t12 4.43+12 5.37+11
5.16+12 4.80+10 2.4lt12 1.96tlJ 1.8J+12
J.24+00 7.03-02 l.JOtOO 4.42+00 J .42tOO
11*2s.J1*(1/2)-[K lr*2s*Jd-(3/2)ls.2pe3pe(l/2)ls*2p.Jp.(5/2)ls.2s.Jde(1/2)-
K K K II K
2pe(l/2) 2p.(l/2) 2p.(3/2) 2p.(J/2) 2p_(l/2)
1.18814 1.18839 1.18840 1.11844 1.181148
1.98t12 1.40+12 b.JLItll 3.46tll 5.76+11
5.05tl3 6.63+12 7.66tlJ 1.09tl4 3.77+12
2.38t13 1.84tO8 5.37tll 6.9Jtl2 1.09tll
1.27+12 1.55tO8 .9.88+09 1.24tll 3.25tlO
5.34-02 8.42-01 1.65-02 1.79-02 2.97-01
1:::~::~:1::2'~IE:j2~~~~~~~ ls.2s.4~.(1/2)K 2pe(1/2) ls-2s-4d*(5/2)K 2p.(J/2) ls*2pe4f.(5/2)ij K]2p*(J/2)
1.12817 1.12839 1.12876 l.lJOO6 1.13010
1.22tl3 8.22+12 8.84tll 7.37t10 5.7OIlO
l.JJt14 2.5OtlJ 2.82tlJ 5.39tl2 1.91t12
6.06tlO 1.15tll 8.45+12 1.0.5t12 5.2Otll
2.2JtlO 7.52+10 4.08+11 7.JLItlO 7.33tlO
3.67-01 6.54-01 4.83-02 6.84-02 1.41-01
ls.2peJp.(J/?)ls.?p-Jp.(J/?)ls*2peJp.(1/2)ls*2a*Jd*(J/2)lso2s*Jd*(5/2)-
K K K K II K
2p.(3/2) 2p*(J/2) 2p*(J/2) 2p.(3/2) 2p.(3/2)
l.18849 1.18979 1.19000 1.19064 1.19061
4.19tl2 3.90*12 1.40+12 4.12tll 3.9Otl2
5.31+13 1.51t14 4.28+lJ 2.07+13 4.41+12
1.24+12 1.99+11 4.6lltlO 4.20,12 J.47tl2
3.8ltll 1.97+10 J.O7+09 2.78tll l.OJ+IJ
J.OO-01 o.lll)-02 6.55-02 6.63-02 2.97tOO
Ir.2p.lp*(J/2)ls.2p.lp.(l/2)ls.Zp.lp.(5/2)ls*2vld.(J/Z)ls.Zpe4pe(1/2)-
K K I1K K 11K
2pv(3/2) Zpa(J/Z) 2pr(J/Z) 2pe(1/2) 2p.(J/2)
l.IJO45 1.13047 1.13068 1.15074 1.13078
4.28tll 3.2Jtll 6.58+11 8.70tll l.14t12
1.95tl4 1.88+14 1.21+14 1.06t12 9.64tlJ
7.54t12 5.57tll 5.09t12 4.96tll 6.84+11
6.J7tlO 1.91+09 1.60+11 l.llt12 1.61+10
8.45-03 3.43-03 3.14-02 2.24400 2.35-02
lr~?s.Js*(1/2)ls.2s.3~.(1/2)ls.2s.Jdm(5/2)ls.2r.Sr*(1/2)ls.2p.ls.(J/2)-
K K K K II K
Zpm(l/?) 2~*(3/2) 2p*(3/2) 2p.(3/2) 3s.(1/2)
1.1912J 1.19151 1.19161 1.19462 1.50075
4.13tl2 9.83+11 1.97tll 3.26tl2 7.17tlO
7.84+12 5.0511J 1.35+12 7.84t12 7.70+,4
4.46tlJ 2.38+13 6.10+08 4.46+13 5.02+09
7.03+12 6.29111 5.34408 5.54+,2 1.87tO6
1.50-01 2.65-02 8.76-01 1.24-01 3.73-04
ls.2p.lp.(J/2)ls.2s*ld.(3/2)ls*Zp.4~.(3/2)ls.2p.lp~(1/2)ls.2,.4~.(1/2)-
K K K K II K
2p.(J/2) 2pe(l/2) 2p*(J/Z) 2p*(J/2) 2pe(1/2)
1.15066 1.13106 l.lJ121 1.13143 1.13220
4.98tll 3.25tlO 1.15tl2 2.88+11 5.85+11
3.54413 2.59tll 1.3Jt14 2.50113 1.23+12
1.74t12 1.65t09 6.06tlO 1.15tll 1.45tlJ
9.32tlO 6.23+08 2.09tO9 2.63+09 1.08+,2
5.36-02 4.99-01 3.45-02 2.29-02 7.43-02
1~.2p~4r.(1/2)ls*?p*4d.(1/2)ls.?prlp-(J/2)ls.2p.4pv(l/2)ls*2p*4p*(S/2)-
K K K K II K
Js.(l/2) 3s.(1/2) 3pm(l/2) lp.(1/2) Jp*(J/2)
1.30075 1.301011 1.3022, l.JO223 1.30300
5.39tlO 6.27tlO 1.83tll 7.34tlO 3.53tll
6.3ltl4 1.6ltl4 8.07+14 0.27+14 8.34tl4
2.12+12 5.10+11 1.18+13 2.12tlO 5.67+12
3.61tO8 3.96t011 1.05tlO 3.77,06 1.43tlO
1.70-04 7.77-04 8.96-04 1.77-O) 2.52-OJ
lso2se4d*(3/2)-[K 2p.(J/2) ls.2seld*(5/2)-[K 2p*(J/2) Is.2sr4s~(1/2)K 2p*(J/2) lsoZp*3d*(3/2)EKI 2s*(1/2) ls~2p.Jd.(1/2)-[K]2s~(1/2)
l.lJJ.50 ,.,3383 1.13527 1.17043 1.17099
6.21+10 3.72tll 3.73tll 4.09tll 5.77tll
1.06t12 5.89tll 1.2Jt12 7.50+14 7.67tl4
4.96+11 4.24+11 1.45tlJ 2.88411 2.53+11
7.92tlO 9.36tll 6.87tll 6.28+08 3.71t08
1.60-01 2.2lt00 4.74-02 2.18-03 1.47-03
l.JO308 l.JO344 1.30518 1.30543 1.30571
3.94tlO 9.62tlO 2.2,+,, 4.49+10 1.22111
7.98+14 6.00+14 ,.00+14 4.98t13 5.00113
2.92+12 5.63+12 2.93+12 1.23tlJ 1.59+12
8.63t08 5.49tO9 1.25tlO 5.32tlO 1.50410
2.95-04 9.75-04 4.28-O) 4.JJ-03 9.42-03
ls.3p* (1) - lS.lSS lr*2p.Jd.(J/2)-[K]2.s~(1/2) ls.2p*3d*(l/2)-[K]2s*(l/2) ls.3p. (1) - ls.ls* ,r.2p*Jd.(J/2)-[K]2s.(l/2)
1.17135 1.17163 1.172J2 1.17289 1.17J16
2.27tl4 3.02+11 l.llt12 J.68+13 6.7Jtll
2.27tl4 7.43+14 4.22tlJ J.68+13 I.07tl4
0. 2.60+10 6.2.9+08 0. J.50t09
0. 4.55t07 4.35+07 0. l.lltOl
J.OOtOO 1.62-03 5.25-02 J.OOtOO 5.26-02
1.305.91 l.J08,7 l.JO821 1.30673 1.30920
1.14+11 1.16+11 ,.5,+,, J.15+10 11.50410
6.06+12 1.95tl4 ,.8.9+,4 J.54+,3 l.JJtl4
5.51tll 7.54+12 5.57+11 I.74412 6.06rlO
7.62+10 1.73tlO 6.9lt08 5.9Ot09 1.55+08
l.JB-01 2.29-OJ 1.60-03 5.39-03 2.55-OJ
1.17363 I.17521 1.17526 ,.I7646 1.17653
2.16tll 1.15rll 9.3Jtll 4,OOtll 1.66+11
J.2ltlJ 7.20tl4 7.32+14 6.62tlJ 9.20tl3
1.66+10 I.24tlJ 2.97t09 9.68t12 2.55+10
5.05t06 J.91tO9 1.52tO7 1.99+11 9.29t07
2.72-02 5.15-04 5.10-03 2.05-02 J.64-03
1.30925 l.JO960 1.50992 1.30999 1.31130
2.67+11 1.74rll 3.26rlO 6.22+10 1.,6+11
,.8,+,J 1.74tlI 2,36+13 2.62tlJ 6.88t13
5.54r08 1.15110 2.69tlO 6.45112 1.94+12
4.90407 8.61tlO 2.37+06 2.67+10 6.J5t09
8.84-02 7.5OtOO 6.20-03 J.40-OJ J.26-03
1s.4p. (1) - lS.IS. Is*4p. (1) ,s.,s. Is.2p.4d~(3/2)-[K]2s.(1/2) Is~2p~4d.(1/2)-[K]2s~(1/2) ls~2p~4s~(3/Z)-[K]2s.(l/Z)
ls~2s*4p~(J/2)lsa2p.4pa(J/Z)ls.2p.4p.(5/2)ls.Zp.lpe(3/2)ls.Zs*4p.(3/2)-
(0) (0)
K 2se(1/2) K 2p.(3/2) 1'K]2p.(J/2) K]2p.(J/2) 1 K]Zs.(1/2)
lro2po4p.(1/2)K]2p*(3/2) 1~.2s*lp~(l/2)EK]2s.(1/2) ls~Zp~lf~(J/2)-[K]2p~(1/2)
ii:li'ii:~I~lir[311I'iliii I I ls*2p.+p.(5/2)-[K lvZp*lp.(J/2)-[I
(0) (0)
TRANSITION
91
LAMBDA
Is~~~~Js*(J/~)-[K]~s*(~/~) lsaPpeJd*(3/2)-[K 25.(,/2) ls*?peJd-(J/Z)-[K 21*(1/2) lr*2p*Jp.(l/2)-[K I 2p.(l/2) lw2srJp.(3/2)-[K]2.0(1/2)
ls~2$*Jp.(1/2)-[K]2~*(1/2)
ls.2pmJp.(3/2)ls*2p*Jp*(J/2)ls*2p*Jp-(5/2)1,.2p*Spe(3/2)ls*2pm3pe(J/2)-
K 2pm(112) K 2p*(3/2) K 2po(3/2) K 2p.(J/2) I K1 2pe(1/2)
ls.?s.4f.(5/2)-[K]3dm(3/2) Is.2..41.(7/2)-[K Jd*(5/2) Is.2pmld*(5/2)-[K I Jd.(J/2)
366
AUGER
Od
91
J. NILSEN
TABLE
Dielectronic SatelliteSpectrafor Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
2 = JO
2 = 30
LAMBDAA(il)
IRANSIlION
A(if)
A( lot)
ls*2p.3d*(3/2)-[Kj3s*(l/Z) Is*Zp*Jd.(l/Z)K]3s*(l/Z) lsr2p-3d.(3/2)t K]3s~(l/2)
1.31137 1.31204 1.37276 1.37352 1.37441
9.63+10 2.4ltlO 1.7WlZ 2.22+12 1.72+12
5.6.3+13 1.51+13 7.50+14 7.a7+14 7.43+14
1.81+12 5.92+11 2.e.8411 2.53+11 2.8Otlo
1.16+10 3.64+09 2.73+09 1.43+09 2.59,08
6.40-03 6.15-03 9.49-03 5.65-03 9.26-03
lS*2~~3~.(5/2)-[K]3p*(3/2) ls.2p.41.(3/2)K]4p*(3/2) ls~2~.4sn(l/2)EK]4de(3/2) lr*2p*4~(3/2)-[K]4d.(3/2) 1~*2~.4fe(3/2)-[K]4p.(3/2)
1.38018 I.38043 1.38059 1.311060 1.311065
7.70+14 5.39+11 3.29tll 1.40112 8.37+10
8.26+14 1.70+12 6.31+14 7.70+14 1.12+12
2.35+13 1.99tlO 2.12112 5.02+09 4.25+09
1.28+14 2.49+10 2.20+09 3.65+07 1.26+09
5.44+00 1.25+00 1.04-03 7.26-03 2.97-01
Is.Zp*3d~(l/Z)ls.2p*ld.(J/Z)IS*.?p*4d~(l/2]ls*2p*Jd*(3/2)ls*Zp*4d.(3/2)-
1.37536 1.37606 1.37634 1.37654 1.37663
8.68+12 1.26+12 1.31+12 1.41+13 4.(13+11
4.22tlJ 7.99+14 8.12+14 1.07+14 7.94+14
8.28+08 2.83tll 2.39+11 3.50+09 LI.14+09
3.40+011 1.78+09 7.74+01 1.114+09 1.911+07
4.11-01 6.30-03 3.24-03 5.26-01 2.43-03
ls.2p.3p.(1/2)-[K]3p.(l/2) 1~.2p*ll~(5/2)-[K]lp~(3/2) ls*2p*4s*(3/2)-[K]4d*(5/2) lv2p.lp*(l/2)-[K 4pm(l/2) ls~2p*Jp~(l/2)-[K I 3p.(3/2)
1.38070 1.38077 1.38078 1.38080 1.36.088
2.01+14 3.22+10 2.00111 l.ll+lJ 1.13+13
5.16+14 5.89tll 7.70+14 1.00414 7.89+14
2.23112 1.6StlO 5.02+09 2.93112 1.25+10
1.73+12 5.26+09 5.22+06 6.30+11 3.58+08
7.76-01 3.19-01 1.04-03 2.15-01 2.86-02
ls.2p*4l.(J/.?)-[K]4p.(l/2) Is*Zp~Jdm(l/2)K]3$.(1/2) ls*2prJde(3/2)EK]JS*(l/2) Is~Zp~3p.(l/2)-[K]3~~(l/ZJ 1~.2p~4f~(S/2)-[K]4p~(3/2)
1.37692 1.37693 1.37716 1.37718 1.37738
3.00111 5.09tll 7.95+11 1.115+13 6.37+11
Il.11+14 6.28+11 3.21+13 5.98114 8.09+14
2.26tlO .5.27+09 1.86tlO 1.41)+13 2.06+10
3.35+07 1.32tlO 1.e4+09 8.9Stll 9.75+07
1.48-03 1.60+00 9.91-02 6.05-02 4.72-03
ls*29~4d.(l/2)ls*2~*3pe(3/2)lwZpe3d_(3/2)-[K lr*?p.Jd~(l/2)-[K lv2p*29*(3/2)-[K
1.38096 1.38101 1.38106 1.38116 1.38118
1.71412 4.92+12 4.95+12 2.67+12 5.97+12
1.61+14 7.82+14 6.82+13 9.20+13 1.07+15
5.10111 3.57+13 9.68+12 2.55+10 4.23+13
1.08+10 8.59+11 2.46+12 1.48+09 9.08411
2.12-02 2.41-02 2.54-O) 5.01-02 2.15-02
ls*2pn3dn(3/2)-[K]Jd.(3/2) ls*2p~4l~(3/2)-[K]4p*(3/2)
1.37743 1.37749 1.37705 1.37790 1.37796
1.66+13 2.04+11 7.31+14 7.82+12 2.79414
7.50114 e..11+14 7.50+\4 4.76+14 6.64+14
2.mt11 2.26+10 Z.88tll 2.80+13 1.10+13
2.55+10 2.28+07 1.12+\2 8.69+11 2.72+13
8.86-02 1.01-03 3.90+00 3.10-02 2.48+00
1.38123 1.38124 1.33l25 1.38125 1.38128
6.88+11 3.41413 1.54+12 2.88+12 2.5Otll
1.12+12 1.07+14 1.43+12 2.86+13 3.15+11
4.25+09 3.50+09 1.68tlO 2.75+13 4.07+08
1.04+10 4.46+09 9.35410 5.65112 2.59+09
2.44+00 1.28tOO 5.56tOO 2.06-01 6.35tOO
1.37796 1.37800 1.37801 1.37802 1.37.905
1.88+13 3.54+13 2.04+13 l.lOtll 7.90tl4
a.o9+14 7.91+14 7.99+14 7.96+14 8.09+14
2.06tlO 4.99+12 2..93+11 1.93+13 2.06tlO
2.mto9 4.43+11 2..59+10 1.6ltlO 1.2ltll
1.40-01 8.81-02 1.02-01 8.32-04 5.86+00
1.38129 1.311132 1.38135 1.38137 1.38137
2.02+12 5.94+12 4.37+11 2.63113 6.44+10
3.55+13 6.06+12 5.eot11 1.00+14 3.15+11
2.34+09 5.51+11 1.65+10 2.93+12 4.07+08
5.34+08 3.97+12 7.15+10 1.49+12 6.66+08
2.28-01 7.19+00 4.33400 5.11-01 1.6ktOO
1.37106 1.37815 1.37819 1.37620 1.37820
8.11+14 6.56+14 7.77+14 7.85+14 8.00414
8.11+14 7.94+14 7.99+14 7.87+14 8.00+14
2.26+10 4.50111 2.83tll 2.53111 4.12tll
9.04+10 2.97+12 1.10+12 5.04tll 4.12+12
4.00+00 6.60+00 3.89+00 1.99+00 9.99+00
1.38141 1.38142 1.38144 1.38144 1.38147
5.56+11 2.58+12 4.23+12 2.40111 9.13+12
7.5ltll 3.40+12 4.70+12 2.40111 3.55tl3
2.33+08 1.64410 9.09112 8.26+07 2.34tO9
1.38+09 7.45+10 l.lZ+lJ 8.26+08 2.41+09
5.92tOO 4.54+00 1.23+00 l.OO+Ol 1.03~00
1.37822 1.37823 1.37128 1.37829 1.37836
2.18+14 1.39+14 1.40+14 8.lOtl4 7.74+14
7.66+14 7.94+14 7.92+14 8.12+\4 7.91+14
4.42tl2 4.5Otll 2.38+10 2.39tll 2.82tO.9
7.50+12 6.2.9tll 3.38+10 4.77+11 1.66+09
1.7OtOO 1.4OtOO 1.42+00 2.OOtOO 5.6.7+00
1.38147 1.38150 1.38154 1.3cll57 1.38160
3.66+13 1.95+11 1.28+12 1.44+14 8.14+11
l.Jltl4 7.5ltll 2.61+12 I.))*14 3.40+12
1.32+12 2.33108 1.29+09 4.31,lO 1.64tlO
1.46+12 4.114+08 2.53+09 3.44+11 2.35+10
l.ll+OO 2.08+00 1.96+00 7.99t00 1.43400
1.37837 1.37838 1.37838 1.37840 1.37845
6.52+14 8.13+14 3.85+14 5.48+14 1.77+13
7.92+14 ll.13+14 6.64+14 7.66+14 7.91+14
2.38+10 0. l.lO+lJ 4.42+12 2.82+08
1.57+11 0. 3.76413 1.89+13 3.110+07
6.58+00 3.00+00 3.42+00 4.27+00 1.34-01
1.38163 1.38166 1.38167 1.311172 1.38172
1.19+11 1.67+13 5.79+13 1.44+12 1.26+12
6.28+11 1.78+13 1.07+14 4.66+12 2.61412
8.27+09 7.59+10 3.50+09 4.65+10 1.29+09
3.09+09 4.28+11 7.57409 .5.52+10 2.49+09
3.73-01 5.63tOfJ 2.17+00 1.63+00 1.93+00
1.37850 1.37852 1.37u57 1.37858 1.37863
5.62+14 5.73+14 7.51+14 7.76+14 6.31+14
7.98+14 5.98+14 7.91+14 7.94+14 6.31+14
2.92+12 1.48+13 4.99+12 8.14c09 2.12+12
1.23tlJ 2.76+13 9.41+12 3.18tlO 4.22+12
4.2ltOO 1.87+00 1.89too 3.91too 1.99+00
1.38185 1.311186 1.38186 1.38191 1.38197
1.04tll 1.66+13 I.49412 3.22+12 7.98+12
1.04tll 3.21+13 1.56+12 4.66+12 5.00+13
l.lO+ll 1.86tlO 1.08+14 4.65+10 1.59112
4.27tll 3.85tlO 5.88+12 1.9ltll 9.86tll
3.119+00 2.07+00 5.45-02 4.11400 6.19-01
1.37864 1.37867 1.37869 1.37675 1.37876
7.68+14 a.ooti4 2.35+14 7.82+14 1.79+13
7.70+14 8.00+14 7.98+14 @..09+14 7.94+14
5.02+09 5.63+12 2.92tl2 S.56412 8.14+09
2.0ltlO 4.47tl3 5.15tlZ 2.14+13 7.32+08
3.99+00 7.94+00 1.76+00 3.114+00 6.99-02
1.38200 l.38200 1.38205 1.38208 1.38209
1.89+10 Z.Ll5tll 2.42+14 1.49+13 1.02+12
1.40+13 1.28+14 5.16+14 1.75+14 1.78+13
5.37+11 2.30+12 2.23+12 2.96413 7.59+10
2..50+09 2.01+10 2.09112 1.29tlJ 2.60+10
5.21-03 0.74-03 9.35-01 4.37-01 3.43-01
1.37882 1.37884 I.371194 1.37896 1.37900
7.85114 7.59t14 7.9&14 4.33+14 1.59+14
8.07+14 6.27+14 .3.34+14 7.93+14 1.61+14
1.11+13 2.12+10 5.67+12 4.15+12 5.10+11
4.51+13 3.90+10 3.23+13 1.35tll 1.01+12
3.84,00 1..93+00 5.7otoo 3.26tOO 1.97+00
1.38223 1.31228 1.38232 l.38244 1.38251
3.66+10 1.44tlJ 7.08+10 4.68+14 7.49411
4.98+13 J.Zl+lJ 4.98+13 4.76+14 1.52tl3
1.23tlJ 1.86tlO 1.23+13 2.110+13 4.43+12
4.34+10 3.34+10 8,40+10 5.20+13 1.01+12
3.54-03 1.110+00 6.84-03 1.86+00 2.29-01
1.37909 1.37915 1.37933 1.37933 1.37934
7.37+14 6.77tl4 2.44+13 1.66+11 7.17+14
7.43+14 6.77+14 3.55+13 1.09+14 7.20+14
2.1)0+10 1.34+13 2.34+09 5.56412 1.24+13
1.11+11 1.05+14 6.43+09 4.53+09 2.43+13
3.97+00 7.14+00 2.74+00 8.15-04 1.96+00
ls.lp*ld~(5/2)ls.2p.4pm(3/2)ls..2s'2p.(l/2)lv2p*Jde(7/2)lr.2p.3d-(5/2)-
Jd.(3/2) 4p.(3/2) 2s.(l/2) Jd.(5/2) Jd.(5/2)
1.38254 1.38257 1.38261 1.38267 1.38296
1.57+13 1.51+12 4.09+14 2.26+12 1.9.9+13
3.56+13 1.40+13 4.09+14 2.26+12 3.56+13
Ll.69+09 5.37+11 6.92+13 J.OO+ll (1.89109
2.36+10 2.24+11 1.1llt14 2.12+12 2.97+10
2.66+00 4.17-01 1.71+00 7.06+00 3.34+00
1.37936 1.37938 1.37939 1.37940 1.37941
7.12+14 3.59+14 9.86+10 3.01+13 7.29t14
7.96+14 7.93+14 8.07+14 8.27tl4 7.32+14
1.93+13 4.15+12 1.18+13 2.12tlO 2.97+09
6.75+13 1.12+13 5.67+09 1.55+09 1.18tlO
3.49tOO 2.7ltOO 4.12-04 7.29-02 3.98+00
1~.2p*Jp~(3/2)-[K ls.?p~Jd~(3/2)-[K ls.?p*3p.(3/2)lr.2p.4$*(3/2)lr*2p*4.*(3/2)-[K
3pm(l/2) JS*(l/?) K 3p*(3/2) 1 K 46.(3/2) 44.(5/2)
1.31312 1.36312 1.38335 1.38341 I.38359
2.94+11 3.64tll 5.31+13 4.00110 3.74+11
4.10+13 3.38+13 1.28+14 4.70+12 4.70+12
1.75tl2 4.69+09 2.30+12 9.09412 9.09+12
4.92tlO 2.01+08 3.75+12 1.06tll 9.87+11
2.75-02 4.30-02 1.63+00 1.16-02 1.09-01
1.37950 1.37951 1.37953 1.37958 1.37960
1.24+12 4.08+12 5.89114 7.19tlO 5.05+11
1.24+12 7.43114 7.89414 2.61+12 8.34+14
4.69+09 2.80+10 1.25tlO 1.29+09 5.67+12
9.35+09 6.16+08 1.87+10 1.42+08 2.05+10
1.99+00 2.20-02 1.49+00 1.10-01 3.61-03
I.38380 1.3.5386 1.30406 1.38412 1.38413
2.05+11 9.15+11 2.96+12 5.29+11 4.27+12
1.13+14 1.03+14 7.20+14 7.32+14 3.23tlJ
3.08+10 2.75110 1.24113 2.97+09 1.33+13
2.23+08 9.77+08 l.OOtll .3.59+06 7.46+12
7.24-03 3.56-02 8.08-03 2.89-03 5.62-01
1.37966 1.37986 1.37997 1.311005 1.38008
7.28+14 1.13+12 1.76+11 3.25+13 3.53tll
7.82+14 1.70112 8.07+14 4.22+13 1.12+12
3.57tlJ 1.99tlO 1.18tIJ 8.28+08 4.25+09
1.27+14 5.20110 l.Ol+lO 1.27+09 5.32tO9
3.56400 2.62+00 8.60-04 1.54+00 1.25+00
1.38415 1.38438 1.38447 1.38455 1.38456
1.23+12 8.15112 7.7ltl2 1.81+12 5.44+10
1.23+12 1.02+14 4.lOtlJ 7.32+14 1.16+14
1.99+09 1.03+13 1.75+12 2.97+09 2.17+07
1.19+10 2.99+12 1.26+12 2.94+07 4.08404
5.99100 2.90-01 7.22-01 9.89-03 1.88-03
Isr2p~lf.(3/2)lsoZp.41.(7/2)ls.?p.ld*(3/2)lsrZp.3d.(l/Z)ls.2p.41.(9/2)-
K 3s.(l/Z) K 4s.(1/2) K 41.(1/Z) K]JS*(l/2) i K]4s.(1/2)
i
K 4fe(S/2) K3 4fe(5/2) K ld*(S/Z) K Jde(J/Z) KI 41~(7/2)
ls.2p.4f.(7/2)-[K]4fn(7/2) 1s*zp. (1) - Is*ls*
Is.2p.4d.(5/2)ls~i'p~3p~(l/Z)ls.Zp*lp~(l/Z)-[K
ls*Zp.Jd.(3/2)lsnZp*3d*(7/2)ls~2p.4d~(J/Z]ls.?p*4p*(3/2)ls*2p*3r.(1/2)-
ls.Zp.Jpe(3/2)-[K ls*2p*lf*(3/2)-[K ls.Zp.41.(3/2)-[K
(0)
K Ide(312) K 3p.(J/Z) fi 4p.(3/2)
K]Jd.(3/2) K]Jd*(5/2) K]46.(1/2) K]41.(5/2) I K]Js.(1/2)
Jpe(ll2) 4p.(1/2) 4fe(5/2) 30.(3/2) I 4~.(1/2)
A(lo1)
AUGER
Od
TRANSITION
9*
L AYBDA
K 4dm(3/2) 1 K 3p.(3/2) 3s*(l/2) 3s*(l/2) I 2p-(112)
16*2p*4d.(3/2)-[K]4d-(3/2) ls*2p*4d~(7/2)-[K]4d.(5/2) Is.2p.4f.(7/2)-[K]lf.(7/2)
Is~Zp*4de(5/2)ls*2p@lp*(3/2)-
367
K]lds(5/2) t K]lp.(J/Z)
K K K K K
II I
Atomic Data and Nudear
AUGER
Od
9w
Data TaMes. Vol. 38. No. 2. March
1988
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation
of Tables
1 = JO TRANSITION
2 = 30
LAYBOA A(if)
A( tot)
AIJCER
Od
TRANSITION
91
LAMBDA
A(il)
A( lol)
AUGER
Od
(1
1.38462 1.36469 1.36513 1.36514 1.36516
6.52tl2 5.OetlO l.lltll l.sstll 1.49t14
l.e0+13 3.74tlJ 1.16t14 4.12t12 1.52tl4
2.99tll 6.44t12 2.17+07 2.47t11 4.62tl3
5.56tll 3.74tlO e.JOtO4 4.4et10 6.94tlJ
l.ebtOO 4.43-03 3.62-03 1.62-01 1.5OtOO
ls*2p-Jda(7/2)-[K]JdB(5/2) ls.2p.4d-(J/2)-[K]4d*(5/2) ls.2p-Jd*(5/2)-[K]Jd*(5/2) Is.~s.~~.(J/~)-[K 4d-(J/2) lsa2p.4~-(1/2)-[K I 4p-(l/2)
1.36676 1.36660 1.36662 1.36667 1.36696
9.46tlJ 2.99111 2.7ltll l.PSt12 1.49tlJ
9.46tlJ 1.65tlJ J.OJtl3 3.74tl3 2.50113
2.11t12 6.02110 4.55tOS 6.44tl2 1.15tll
1.65tlJ 3.66tOS 2.45tO6 1.47tl2 1.36tll
7.6JtOO 6.45-02 5.36-02 1.74-01 1.16tOO
1.36523 1.36534 1.36542 1.36550 1.36550
6.46tl4 4.74tlJ 2.66tl2 2.2et13 6.94tl2
6.46tl4 J.JOtl4 f.e,tlJ 4.e7t13 1.95tl4
4.65tll 1.17tlJ 5.54tOe 1.51+13 7.54t12
1.66+12 6.4etl2 4.EetOe 1.oet13 l.JJtl2
4.OOtOO 5.56-01 6.60-01 7.14-01 1.76-01
ls.2p-Jp.(1/2)K]Jp*(J/2) l%.2~.4p.(J/2)t K]4d*(5/2) ls*2p..4p*(5/Z)-[K]4f*(7/2)
1.36702 1.36705 1.36711 1.36722 1.36723
6.54tlJ 1.23+13 6.76tlO 9.26tlJ 1.96t12
2.56tl4 3.74+13 1.21tl4 !.?Otll 1.33+14
5.36tll e.44*,2 5.09+12 I.99112 6.06tlO
2.71tll 9.04t12 1.64tlO 6.04tl2 3.56tOS
5.05-01 1.07too 3.22-03 J.OJtOO 5.66-02
1.36550 1.36553 1.36554 1.36554 1.36556
1.03tll 1.24tlJ 5.06tl2 3.95tlO J.bJtlO
5.39+12 1.2StlJ 1.66tl4 l.J4tl4 l.9ltl2
1.06+12 6.46tlO 5.57tll 6.92t07 5.2Otll
l.OJtll 3.61tll J.OOtlO 1.64t05 4.67tlO
9.53-02 5.6etOO 5.39-02 2.37-03 8.99-02
1.56747 1.36755 1.36755 1.36756 1.36776
6.65tl2 1.22t14 1.35+13 1.6Jt12 2.66t12
4.67tlJ l.23t14 2.62+13 2.5OtlJ 1.01t14
1.5ltlJ 9.94tll 6.45+12 1.15111 3.5ot12
J.lStl2 5.65tl2 6.22tl2 1.4st10 l.S?tll
2.09-01 5.6StOO 7.36-01 1.30-01 5.50-02
1.36560 1.36561 1.38563 1.36567 1.36567
1.52tl3 5.55tlJ 1.34tl4 l.lOtll 7.55tlJ
1.61tlJ 1.23+14 1.34t14 2.56tl4 1.2ltl4
5.54t06 1.5ltlO 6.92tO7 5.36tll 1.36+10
2.79t09 4.06tlO 5.53tO6 4.55tO6 5.14tlO
5.OJtOO 2.7OtOO 6.00tOO 6.49-04 3.74tOO
1.36777 1.36763 1.36764 1.36766 1.36790
3.70+12 1.ost14 2.94+13 3.2et13 3.51t13
7.66tlJ 1.09+14 3.ett13 J.JetlJ 5.31tIJ
5.37tll 6.9Jtl2 4.7ot10 4.69tOS 1.24t12
5.26tlO J.SOtlJ 7.26tlO 1.e2t10 3.20*12
9.60-02 5.62tOO l.54tOO 3.eetoo 2.59too
1.36570 1.36571 1.36571 1.36572 1.36573
6.77tlJ 5.44tll 1.16t14 1.20114 3.66tl2
1.23+14 4.12tl2 1.16t14 1.2Otl4 1.22tl4
l.SltlO 2.47tll 2.17t07 6.64tlO 7,lltlO
4.96tlO 1.23tll 6.67tO7 6.63tll 1.26tlO
J.JOtOO 4.96-01 J.SStOO 9.99tOO l.60-01
1.36797 1.36612 1.36614 l.3eela 1.36629
1.25tl2 1.3et13 2.05+12 4.7eti4 3.3st11
1.2Jtl4 2.e2t13 5.14t12 4.79+14 3.JetlJ
9.94+11 e.45t12 3.1ot10 5.4OIlJ 4.69+09
6.0JtlO 6.35112 7.41t10 9.71*13 1.6etO6
6.07-02 7.51-01 2.39too 1.110t00 4.01-02
1.36574 1.36574 1.36576 1.36576 1.3.5577
2.03+13 1.06tl5 1.23+14 4.57tlJ 4.29t13
1.74t14 1.07t15 1.23tl4 1.21+14 1.13t14
3.07t10 4.23+13 4.9et10 1.3et10 3.06tlO
2.15+10 1.e2t14 3.9et1i 3.11*10 4.67tlO
7.01-01 J.eJtoo 6. ootoo 2.2etoo 1.51too
1.36631 1.36632 1.36650 I.36650 1.36657
1.1et14 2.44+11 4.06tll 3.29t14 3.0et12
1.5et14 1.27+14 1.27+14 3.2st14 5.14t12
1.99+11 6.35tll 6.35tll 1.22t14 3.1ot10
5.94t11 4.66tOS 6.14tOS 5.34t14 1.11t11
2.9etoo 7.66-03 1.26-02 4.3etoo 3.5etoo
1.36577 1.36576 1.36579 1.36563 1.36569
1.07+14 9.16tlJ 6.16tlJ 6.12t13 1.92t13
1.07t14 1.01t14 6.62tlJ l.oJtl4 9.2oti3
1.46tOS 3.5Otl2 9.6etl2 2.75tlO 2.55tio
2.96t09 6.14t12 3.06tlJ 6.54tlO 4.94t10
2.ootoo 1.7etoo J.lbtOO 2.3etoo f.s4*00
1.36659 1.36666 1.36914 1.36946 1.36957
2.42tlJ 2.7ltll 2.22t12 3.31t12 1.94t13
4.2etlJ l.SltlJ l.02tl4 2.07tlJ 1.02+14
4.66+10 2.32tll l.OJt13 4.2Otl2 l.OJtlJ
5.2StlO 6.4OtOS 6.15tll 2.23tl2 7.lOtl2
l.lJtOO 2.76-02 7.92-02 5.32-01 6.69-01
1s*2p_ (1) - ls*ls* (0) lv2pm4d*(5/2)-[K]4d*(5/2) [email protected]~(3/2)K 4d*(5/2) ls~2s*3d.(J/Z)K 39*(3/Z) fs~2s*3p.(l/2)II K Js*(l/2)
1.36569 1.36591 1.36595 1.36597 1.36597
1.25t14 1.1et14 6.96tlJ 2.64tll 1.17t13
1.25+14 1.22t14 1.13t14 1.eot13 1.31+14
0. 7.11+10 3.00*10 2.99t11 4.05t11
0. 4.14t11 7.57t10 1.72+10 7.1et10
3. ootoo 5.e2too 2.45too 5.76-02 1.77-01
Jpr(J12) Jd.(J/2) 3pr(J/2) Jt.(l/2) Jr*(l/2)
1.36967 1.36994 1.36996 1.39001 1.39012
5.00112 6.34tll 2.23+12 1.50+12 2.67tlJ
1.56tl4 1.52t14 4.2et13 1.20tl4 1.21tl4
1.99111 4.62tlJ 4.eet10 1.2etl2 1.46+12
2.52tlO 2.96tll 4.eoto9 3.12tlO 1.29112
1.27-01 6.41-03 1.04-01 2.46-02 6.73-01
ls.tp.Jr~(3/2)lsm2pe4d.(7/2)ls~2p.lp-(l/?)-
I.36596 1.36599 1.36600 1.36601 1.36601
1.65tl3 1.13*14 6.62t13 4.03tt3 e.99+10
2.66tl3 1.13t14 9.64tlJ 1.03*14 e.99t10
2.75tlJ 1 .52tl2 6.64tll 2.75*10 2.69tOS
3.23tlJ 1.2OtlJ 1.24+12 4.30+10 2.09tlO
1.1etoo 7.estoo 1.12too 1.57too 7.77too
K 4..(1/2) K 1 3p-(l/2) K 3d.(J/2) K 1 2p.(1/2) I K]Jp*(3/2)
1.39056 1.39065 1.39073 1.39060 1.39062
i.e1t12 2.13tl3 1.66+13 1.67tll 1.07t12
5.est13 5.05tlJ 1.3ltl4 3.17tl3 2.07*13
1.e1t12 2.36+13 4.05tll 1.27tl2 4.2ot12
2.17t11 1.36tlJ 1.02tll 2.56tlO 7.25t11
1.20-01 5.72-01 2.52-01 2.03-02 1.73-01
1.36606 1.36606 1.36612 1.36613 1.36614
1.16tl4 7.1Otll 9.94t13 6.66+12 3.2ltll
1.95tl4 5.JStl2 1.eet14 3.54tlJ l.Slt12
7.54+12 l.Oet12 5.57t11 l.74t12 5.20tll
1.7JtlJ 7.12tll 5.17t11 1.26t12 4.13tll
2.29100 6.59-01 1.05tao 7.36-01 7.94-01
i.39066 1.39069 1.39099 1.39106 1.39106
5.iotil l.llt14 5.15tl2 2.26tll l.Oltll
4.4ltf2 7.04t14 6.63tl2 2.59tll l.Oltll
3.47+,2 1.19+14 1.64tO6 1.65tOS 9.34+06
f.35+,2 6.4ltlJ 5.72tOU 5.74tOS l.67t07
3.66-0, 5.36-01 3.1ltOO 3.46tOO 2.OOtOO
1.36616 1.36617 1.36617 I.36620 1.36622
2.1et13 l.54tl4 4.50112 5.64t12 1.26tl2
2.3et13 1.74tl4 5.39ti2 l.Jltl4 6.62tlJ
2.est10 3.07tlO 1.oati2 1.32tl2 9.66t12
1.5et11 1.62tll 4.5ltl2 2.25t:l 6.35tll
5.47too 5.3OtOO 4.ietoo 1.70-01 6.56-02
I.39111 I.39112 1.39112 1.39114 1.39ll7
3.06tl2 e.?ltlO 1.26tll 2.70tl4 1.57t11
3.77tf2 6.21tlO 1.06tl2 1.2lt15 5.est1,
l.OStll 7.2OtOS 4.Setll 1.40+12 4.24t11
1.74t11 3.97tlO 1.6ltll 6.24tll 3.94t11
1.59too 5.52tOO 3.25-01 4.46-01 9.29-01
1.36623 1.36629 1.36630 1.36633 1.36634
1.49112 1.65t12 5.9Jtl4 1.07+14 l.ZJt14
l.Slt12 4.12tl2 7.04tl4 l.07tl4 1.27tl4
5.2Otll 2.47tll l.lSt14 5.05tll 6.35tll
1.92t12 3.72tll 3.44tl4 J.OOtl2 2.46t12
3.69tOO l.51tOO 2.66tOO 5.94tOO 3.66tOO
1.39129 1.39132 1.39133 1.39139 1.39146
7.51t10 3.79+10 4.36tlO 4.39*10 6.46tlO
7.51t10 1.51t13 4.JetlO 3.22t12 6.46tlO
1.03to7 5.92t11 6.29109 7.95110 2.65t06
1.1otoe 5.73*09 4.40tlO 2.11tos 2.27toS
6. ootoo 9.67-03 7.ootoo 2.66-02 7.97too
1.36634 1.36639 1.36641 1.36642 1.36643
2.06tl2 J.OOtlJ 6.99t12 7.07tlJ 1.20tl4
2.36t13 J.OJtlJ 2.66tlJ 7.66t13 1.21tl4
2.6StlO 4.55tOS 2.75tlJ 5.37tll 5.OStl2
l.JOtlO 2.7OtlO 1.76tlJ 9.65tll 2.Sltl3
5.17-01 5.94tOO 6.41-01 f.63tOO 5.72tOO
I.39155 1.39156 1.39165 I.39199 1.39202
2.56t12 6.69tlO 5.95tlO 1.47tll 2.62tlJ
4.60tl3 6.69tlO 5.69tll 1.2Otl4 5.05tl3
l.l?tlZ 6.92tOS 4.24tll l.SStl2 2.36tl3
2.43tll 4.65tlO 1.5Otll 9.54tOS l.6et13
2.17-01 5.44tOO 3.52-01 4.79-03 7.05-01
1.36651 1.36654 1.36655 1.36657 1.36662
5,JStll 4.2ltl2 9.3Wl4 3.69tl2 1.79tlJ
1.07tl4 5.JltlJ 1.21t15 9.64tlJ l.65tlJ
5.05tll t.24+12 1.4ot12 6.64tll 6.02tlO
1.5ltlO 3.6Jtll 2.17+12 5.20+10 2.32tll
3.00-02 3.10-01 1.55too 7.61-02 3.65tOO
lsn2r~Jd.(5/2)-[K]3p*(JI?) lsn?s*Sd-(J/2)-[K]Jp*(J/2)
1.39215 I.39236 1.39242 1.39246 1.39275
1.15t12 7.93tlO 5.09tll l.lltl, 2.70tll
1.35tl2 6.63t12 l.tOtl4 3.77tl2 1.2Jt12
6.lOtO6 l.64tOe l.SSt12 l.OStll 1.45tlJ
3.12tOS 6.7StOl 3.3ltlO 6.27tOS 4.96tll
5.12tOO 4.76-02 1.66-02 5.71-02 3.43-02
1.36663 1.36665 1.36669 1.36670 1.36670
6.66tlJ 1.16t14 1.1ot14 1.51tlJ 1.6OtlJ
l.Jltl4 l.JJtf4 3.3ot14 3.54tlJ f.94tlJ
1.32t12 6.06tlO 1.17t13 1.74tl2 2.52tll
3.46t12 2.14tll 1.50t13 2.6Jtl2 4.26tll
2.62tOO 3.53tOO 1.29too 1.6JtOO 1.64tOO
ls*2s*4p*(5/2)-[K]4d*(5/2) ls.?s*4p-(3/2)-[K]4d-(3/2)
1.39300 I.39332 1.39354 1.39355 1.39406
7.91t10 6.lJtlO 6.72rlJ 2.65tlO 1.16tl4
7.91t10 1.51+13 6.72tlJ 1.36tll l.l6tl4
1.5stoe 5.92tll 6.66tll 4.62t06 4.37tlJ
9.54toe 9.26tOS 1.32tl2 4.06t06 l.SOtl4
5.99too 1.57-02 1.96tOO 6.41-01 4.36tOO
ls.2p.Sd*(5/2)-[K ls*?p*Zp*(J/2)lr*Zp.41-(7/2)-
Jd-(J/Z) K 2p*(J/Z) K tl 41-(5/Z)
K Jd-(312) K 4d*(5/2) II K 4p.(l/2)
lr~2s*lp.(3/2)ls.2r.3s.(l/2)Is.2r*Jp.(1/2)lr.2p.2p*(3/2)ls~2$.3d.(J/2)-
lr.2s*Sd-(3/2)lr*Zs.4d-(J/2)lr*Zs*4d.(1/2)-
ls.21.46.(5/2)ls.2p~3s.(3/2)l..2r*3s.(l/2)-
K Jp-(l/2) K 4p-(l/2) II K 4p.(1/2)
K 41~(7/2) K Jd-(3/2) II K Jp.(3/2)
ls*2p.2~.(5/2)-[K]2~*(3/2)
368
AtankDataandNuckarDataTables,Vol.36.No.2.MarchlS~
Dielectronic Satellite Spectra for Helium-Like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 1 = so IRk~Slil0~
LAMBDA
A(il)
A(tol)
1.39413 1.39478 1.39480 1.39488 1.39491
1.07tll 5.73113 7.61tll 4.5ltll 5.67tlO
l.JStll 5.73+13 1.20+14 7.a4tl2 1.21t14
4.62+06 1.6lt12 1.26+12 4,46tlJ l.latl2
1.52t07 6.2at12 1.5atlO 7.67tll 2.84109
J.lWlO J.aOtOO 1.26-02 1.72-02 1.92-03
1.39542 1.39555 1.39572 1.39635 1.39645
3.15tl3 1.67tll 1.6at13 1.43tll 7.31tlO
3.17tl3 1.17tll 1.6at13 4.60+13 9.17+12
1.27t12 J.a7tOa 5.03tlO 1.12+12 l.OJtll
4.a7t12 2.32+09 1.00111 1.35+10 1.62+09
3.83tOO 5.99tOO 1.99tOO 1.21-02 1.58-02
1.39714 1.39652 1.40706 1.41179 1.46386
6.74tlO 1.99+11 1.79tlJ 1.36tlJ 3.3atlO
2.66tll 2.66tll 3.15tl3 3.15tl3 7.43tl4
6.56406 6.56+06 1.45tl4 1.45tl4 2,aOtlO
6.64+06 1.96+07 2.94+13 2.24+13 5.10+06
l.OltOO 2.99tOO 2.02-01 1.54-01 1.82-O)
ls*2p*Sp.(3/2)-[K]lp~(3/2) 1~.2~.3~*(5/2)-[K]4p*(3/2) ls~Zp.3p~(l/2)-[K]4p~(1/2) 1~.2~*3p-(3/2)-[K 4p.(1/2) lw2p.3d.(7/2)-[K I 4de(5/2)
1.46475 1.46567 1.46581 1.46596 1.46638
l.Oltll a.93tlO a.66+10 a.32tlO 9.4QtlO
7.96tl4 6.26tl4 7.89tl4 7.82+14 1.44tl4
1.93t13 2.35tl3 1.25tlO 3.57+13 4.31tlO
9.62tOQ 1.4atlO 2.75tO6 1.45tlO 2.27tOa
4.98-04 6.31-04 2.19-O) 4.07-04 5.28-03
1~.2~.3p.(1/2)-[K]4p~(l/2) ls.2p~3~.(1/2)-[K 4,.(1/Z) 1~.2p*3s.(3/2)-[K 3 41.(1/Z) lsn2~*3p*(3/2)-[K]4p.(3/2) 15*2p.3d.(5/2)-[K]4d.(3/2)
1.46713 1.46724 1.46732 t .46925 1.47136
5.90t10 a.oot10 7.2atlO 3.57+10 2.2ot10
5.16tl4 7.20tl4 7.32tl4 1.2atl4 1.74+14
2.23+12 1.24t13 2.97+09 2.30112 3.07tlO
5.09tO8 2.71+09 1.1ato5 2.52tOQ 2.33t07
2.211-04 z.ia-04 3.91-04 1.09-03 7.59-04
ls*2?.3d-(3/2)-[K ls*2s*3d.(5/2)-[K
1.47155 1.47170 1.47113 1.47209 1.47237
1.76tlO 2.5atlO 4.attlO 2.69tlO 2.9at10
1.aot13 1.25t13 2.a6t13 3.03+13 3.30+14
2.99+11 6.4a+lo 2.75+13 4.55+09 1.17+13
1.15t09 7.96toa 9.52tlO 2.43+07 4.07+09
3.a4-03 1.23-02 3.46-03 5.34-03 3.50-04
lsnZs*Jd*(5/2)K]41*(7/2) ls.2s~34-(3/2)EK]ll.(5/2) Is.2s~3p~(3/2)-[K]4s.(1/2) 1~.2p~3s.(l/2)K]41.(1/2) ls*?peJp.(3/2)I K]lp.(1/2)
1.47246 1.47286 1.47295 1.473115 1.47572
1.62tll 1.74t11 3.13t10 5.44+10 3.46+10
1.25t13 i.aoti3 1.02t14 1.52tl4 i.5ati4
6.4atlo 2.99+11 1.03+13 4.62+13 1.99+11
5.00+09 1.14tlO 1.40+10 2.54tlO i.75toa
7.73-02 3.10-02 1.36-03 5.50-04 (1.77-04
lr.2~*3~*(1/2)-[K]4p~(1/2) 1~.2~.3~~(1/2)-[K]4p~(3/2) lsn2~~3p.(3/2)-[K]4s.(1/2) Iao2p*2p~(l/2)K]3p.(3/2) Is.Zp*2p.(3/2)i K]3p.(3/2)
1.47837 1.47902 1.47944 1.659113 1.66456
3.86tlo 5.44t10 2.05+10 9.66+10 1.47t11
5.05t13 5.05t13 1.21+14 4.76+14 1.07t15
2.36t13 2.3atl3 1.4ati2 2.aot13 4.23tlJ
2.48tlO 4.12tlO 9.92toa 1.07+10 2.23tlO
1.05-03 1.73-03 6.70-04 3.114-04 5.2a-04
lt.2p.2~.(5/2)-[K]3p.(3/2) 1~.2p~2p*(3/2)-[K Jpe(l12) lw2p.2p*(l/2)-[K 3 Jpe(l/2) 1s.2s*2p*(I/?)-[K]3s~(l/2) 1~.2s*2p*(3/2)-[K]Ss.(l/2)
1.6685.9 1.67006 1.67042 1.674011 1.67791
4.72tlO a.93tlO 1.4Qtll 4.91tlO 9.95+10
3.29tl4 7.04+14 1.21tl5 4.09114 a.46+14
1.22+14 1.19+14 1.40+12 6.92+13 4.65tll
7.67tlO 5.latlO 3.46tOa 1.42+10 2.19tOa
6.21-04 4.34-O) 2.47-04 2.05-04 4.70-04
1.68056 1.61225 1.79a61 1.80911 I.81485
7.02tlO 5.77tlO 3.03tlO 2.9atlO 2.96tlo
1.56~12 4.79+14 1.21+15 6.46+14 4.79+14
l.Oatl4 5.40113 1.40+12 4.65tll 5.40413
2.77tll 1.17410 7.02+07 6.55tO7 6.01t09
2.57-03 2.17-04 5.01-05 1.41-04 1.11-04
4p.(1/2) 3 4p.(3/2)
iEi~~l%riiili~~~ill'iiiii
369
AUGER
Od
Ql
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line -&orescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
2 = 36
2 = 36
IRANSIllON
L AMBOA
ls.lp. (1) lse15. lr.4p. (I) - 1S.1.~ Is.Zp~4d.(J/2)-[K]2s.(l/2) Is.Zp~4s~(J/2)-[K]2r.(I/Z) Is~2p~4p.(1/2)-[K]Zp.(1/2)
(0) (0)
A(if)
A(lo1)
AUGER
Qd
9”
LAMBDA
A(if)
A(lol)
.60727 .60727 .60774 .607&l .&O&O2
2.21112 l.Ilrl2 l.J9+l4 1.6OtlJ l.40+12
1.22t15 1.07tl4 I.&It14 l.JJtlS 2.64+14
J.I5tll 3.54tlO 1,76+lJ l.65tl2 2,OltlZ
t.l4+09 l.&OtO9 4.69tl3 J.OS+IO 4.25tlO
3.62-03 4.52-02 2.79+00 2.40-02 2.11-02
5.09-03 3.13-02 2.06-03 1.26-03 2.20-03
.&O&60 .&O&&6 .&O&93 .60936 .&Q950
6.55tll 2.44+14 5.&3+11 9.6JtlJ 2.lQtlJ
2.94rl4 3.19tl4 6.6Stl3 3.56+14 1.17tl5
5.24+13 l.OJtl2 1.20t12 3.99+12 I.b2tlJ
1.9&+11 1.56t12 I.12110 4.36t12 5.76+11
J.79-OJ 1.53tOQ 3.42-02 1.09tOQ 3.55-02
3.17rOQ 5.&4+09 2.01t13 3.40*10 4.65tO9
7.26-03 5.90-02 2.07400 1.16-02 3.37-03
.&Q9b7 .&Q97& .&lo20 .&IO29 .&lo35
4.lOtlS 1.76+14 1.42+14 2.QOt14 1.5Ot14
1.65+14 1.56tl5 1.67tl5 2.03rl4 2.65+14
l.lJ+IO 2,IltlJ 1.72tlJ 6.46tll 8.67rlI
5.72t09 9.25t12 6.66t12 1.66tl2 2.QOt12
5.07-01 4.36-01 5.03-01 1.96+00 2.26tOO
I.52413 5.65t12 9.2ot11 1.4ot11 2.03+12
1.49tlJ 2.76tll 5.09tlO l.l9+10 4.00+12
9.64-01 4.66-02 5.53-02 6.46-02 1.97tQO
.&lo63 .&lo70 .&lQ94 .&lo96 .&IQ99
1.23t13 4.92+14 2.&4+14 3.bJtl4 1.15+14
2.09t13 1.22415 3.06t14 7.29tl4 1.61+15
J.tJ+lQ 3.15tll 2.56t13 1.41+13 J.46tlJ
7.59+10 2.54tll I.32tl4 2.76tl3 9.77t12
2.35100 6.06-01 5.lOtQQ 1.96tOQ 2.61-01
1.54t15 l.lJt14 1.56tl5 1.64t15 1.61415
5.37t12 1.76+12 6.59412 4.4btl2 2.3JtlQ
1.72tlO 6.57+12 6.7ltll 1.26412 2.75*09
3.20-03 3.74tOO 1.32-01 2.66-01 1.16-01
.&llQ6 .&I132 .61135 .&1145 .a1145
4.06tl4 1.14+14 2.5Qt13 1.51+14 &.66+12
7.12t14 I.2ltl4 2.56t13 2.64+14 1.23+14
3.4JtlI 1.67+12 l.J?tll 2.Olt12 l.34t12
3.91tlI b.lQtl2 2.66+11 4.59tl2 3.74tll
1.14+00 J,lltOO 1.95tOO 2.26tOO 2.79-01
4.36113 4.36tl3 9.5ot12 l.l5+12 9.Q6tlO
1.54t15 4.40*13 9.74t12 4.65tlJ 2.67tr2
1.15t13 9.15t11 l.l6+11 4.36tll 9.19+09
1.30+12 3.55112 2.23+11 4.09tlO 1.74+09
1.15-01 J.&&+OQ 1.93+00 9.37-02 1.69-01
.&1176 .&I224 .&I237 .&I259 .&I270
4.30+13 9.22t13 6.01tlJ 7.lOtl2 l.I2+14
J.OJtI4 1.04tl4 6.69413 1.5ot14 3.24+14
l.J6+12 1.91+13 l.20+12 2.96t12 1.24tl2
3.65tll 6.56tl3 4.25tl2 5.51t11 1.71+12
2.63-01 4.49100 J.53tOQ 1.63-01 I.J&tOO
.77126 .77129 .77131 .77156 .77161
1.51tll 9.66*10 1.34+1! 3.92t12 1.15+14
5.69112 3.73tI4 l.OOtl2 1.16tl3 2.17*14
3.62tlO 2.06tO6 6.26tO9 4.6Itll 2.66t12
3.69t09 2.19+05 4.96109 6.23111 3.01+12
1.02-01 1 .Ob-03 7.95-01 t.JQtOO 1.05tOO
.&1271 .I1343 .&1351 .&13b4 .&140&
3.16tl3 1.35t13 2.42tl2 4.J6t12 t.s3t11
9.6ltlJ 6.lltlJ 1.56tl3 6.97tlJ 2.09*13
6.42tlO 1.96+0& l.lltl2 2.3&+13 3.23+10
4.22tlO 1.7ltQ6 J.l&tll 1.64412 9.411tO6
6.57-01 6.74-01 2.65-01 7.72-02 2.93-02
.77171 .77172 .77172 .77162 .77193
O.OOt!J 1.66t14 1.45tl4 &.95+13 1.75tlJ
9.OltlJ 5.19+14 5.05tl4 1.07+14 7.05tlJ
l.Qbtl3 2.66tll 7.i&+l2 1.44t12 1.76t12
5.69tlJ 1.7Otll 6.25t12 4.74tl2 1.70112
5.36tOO 6.39-01 l.lJtOO 3.29tQQ 9.67-01
.61443 .61452 .&1465 .61491 .61522
2.00+12 1.13+12 4.90+11 3.43*12 2.94+11
7.29+14 7.12t14 3.56+14 1.2Jt14 3.03tl4
I.4ltlJ 3.43tll 1.2OtlJ 1.34tl2 1.36+12
1.52+11 1.09+09 9.59tlO I.46tll 2.64+09
1.07-02 3.16-03 7.97-03 l.lO-01 1.94-03
.77204 .77220 .77222 .77232 .77242
2.42tlJ 4.22+13 2.4btlJ 4.lQtlJ 1.7btlJ
3.27tl4 4.35tl3 2.67tlJ 4.2&+14 6.62tlJ
1.13tt2 6.Qlt12 4.42tll J.&OtlQ 1.75tll
1.66tll 3.07tlJ I.Ll+lZ I.4ltlO 9.lJtlO
1.47-01 5.12tQQ 3.63rOO 3.91-01 5.21-01
.&I547 .61605 .61615 .&l617 .&1616
7.96+12 3.4Ot12 4.12t12 5.40+11 l.JOtl2
1.39+13 1.50+14 6.25tl2 3.24tl4 9.61+13
4.69tl3 2.96tl2 3.09+12 1.24+12 6.42410
1.23t13 2.64tll 6.72+12 6.22+09 1.74+09
2.62-01 6.66-02 2.16+00 6.65-03 2.70-02
5.64tll 1.47tll 5.09tll &.56+!1 4.Olt12
3.75t12 6.17tlJ 1.5&tlJ &.97+13 1.39tlJ
7.23+09 1.96+06 1.11+12 2.3&+13 4.69tl3
6.5ltO9 I.&&+06 6.69tlO J.S&tll 6.1&+12
9.00-01 9.52-03 6.00-02 1.51-02 1.32-01
.lbJ23 76374 : 76484 76590 :76751
1.91+14 4.69113 7.43t10 l.OOtll 2.11t12
1.91t14 4.69tlJ 4.65t14 1.27tIJ 1.54t15
0. 0. 2.67tO9 &.35+12 5.37+12
0. 0. 1.64tOb I.59tll 1.46+10
3.00t00 3.00100 6.13-04 1.91-02 2.73-03
Is*Zp*4p*(J/?)-[K 2p-(l/Z) ls*Zp.ld*(J/Z)-[K I Zs.(l/Z) Ir.Zp~4p.(3/2)-[K]Zp~(l/Z) Is.?p.4p.(l/Z)X]ZP.(l/Z) ls.Zp.4de(l/2)t K]2$.(1/2)
.76755 .76197 76797 : 76798 .76&01
2.02t12 2.6ltl2 6.06411 l.Oltl2 3.93t11
1.56t15 J.S&tll 1.54tl5 1.61+15 3.56+14
6.59t12 9.36tlO 1.15t13 2.33+10 5.92tQ6
J.JStlO 2.9JtO9 2.39+10 2.92t07 1.30+06
tS~2p.lf*(J/2)K]Zp.(1/2) Is.Zpe4de(J/2)K]?s*(1/2) ls.Zs~4p.(J/2)I K]Zs*(1/2) lsw2p~4p~(l12)-[K]2p~(112) ls~2p.4p.(3/2)-[K]2~-(1/2)
7b805 :76&32 .76&42 .76&51 .76&72
&.&&tlO 9.45tll 4.69tlJ 1.3Ot12 9.16+10
4.IIst13 6.40tlJ 6.49113 2.17tl4 1.07tl4
4.36tll 9.90t10 9.72+12 2.66tl2 I.44t12
.766&J .76694 .76916 .76926 .77060
4.52tlJ 6.14t12 5.34t12 2.91t12 1.4$+14
7.67tlJ 3.26tl4 3.65+14 6.66+13 1.44t14
.77060 .77064 .77064 .77073 .77107
2.46tl2 1.06+14 5.26tlJ 7.90t13 9.51t13
.77107 .77109 .77111 .77115 .7?121
ls~2p~4pw(1/2)-[1(]2~~(3/2) Is.Zs~lp*(J/Z)K]Zs*(l/2) lr.Zp.4p.(3/2)t K]Zp.(J/2) lr.2p.4p-(5/2)-[K]2~*(3/2) ls.2p.4p~(1/2)-[1]2p~(J/2)
lS.2p*lp.(5/2)ls.Zp.4p.(1/2)ls~Zp~4p*(J/Z)-[K ls*2p*lp*(J/2)ls.2pelp.(3/2)-
K 2p*(3/2) EI: 2pm(1/2) Zpm(1/2) K Zp*(3/2) t KI 2p.(1/2)
IRANSIIIQN lS*2~~3~~(1/2)-[K 1¶*2pmJde(3/2)-[K ls*2s*Jp*(3/2)-[K
ta.2pm3~.(1/2)-[K ls.2r.Jp.(3/2)-[K ls.?r~3p~(I/Z)ls~2pnJp*(3/2)ls*2pm3p*(3/2)-
ls*Zp~Jp*(3/2)Is*?p~Jp.(l/2)1~.2pe3p.(5/2)ls.?pe3p*(3/2)Is*2p-3~-(1/2)-
Zpe(112) 2r.(1/2) I 25.(1/2)
2p-(112) ts*(1/2) K I 2S.(1/2) K]lp.(JII) I K]2~.(1/2)
K K K K II K
2~*(3/2) 2~4(3/2) 2~*(3/2) 2~*(3/2) 2pa(3/2)
AUGER
Od
96
1~.2r~4s.(1/2)ls.2s.4d.(J/Z)lS*2$.4dm(3/2)!s*2~-4f.(5/2)ls.2S~4s.(l/2)-
K EK K K II K
2pe(1/2) 2p.(1/2) 2p.(l/2) Zp.(J/?) 2p.(1/2)
.77265 .77JbJ
l.49t12 1.66r12
5.79t13 2.21+12
9.35+12 4.3&+11
4.13ttl l.lQtl2
4.42-02 2.5ltOQ
:77456 77367 .77469
&.32+10 1.51tt1 l.lJt12
l.QQt13 1.25112 2.47tl2
2.95*09 1.13tl2 1.57+13
5.06tlQ 1.44*09 1.95t12
4.66-01 4.47-02 1.24-01
.&lb74 .61691 .&I696 .61712 .&l&96
ls*2p.4p*(1/2)ls.2p.4p.(3/2)lr*Zp.4~*(5/2)ls.2p.4~.(3/2)ls*Zp~4p.(l/2)-
K 2po(J/2) K 2p*(J/2) I( Zp*(J/Z) K Zp*(S/Z) I K I 2p.(3/2)
.77464 .774&4 .7749? .77505 .77517
3.39+11 5.04tll 6.09tll 2.62tll 1.06t12
5:19tl4 5.05+14 3.75t14 7.05tlJ 3.27tl4
2.66tll 7.26tl2 6.72112 1.76tl2 l.lJtl2
J.47tO6 2.66+10 b.44tlO 2.74tlO 7.24+09
1.31-03 3.94-03 9.56-03 1.56-02 6.43-03
.69177 .&8179 .&9257 .6925& .6&335
1.06+11 l.&&tll 2.3Qtll 1.19tll 5.OOtll
1.09tl5 1.3&+15 1.54t15 1.61+15 1.64415
3.12tlO 2.71412 l.lS+lJ 2.3JtlQ 4.46+12
1.22+07 6.50+06 6.61+09 3.44tO6 6.12tO9
3.90-04 2.40-04 5.91-04 1.46-04 I.&Z-03
lsrZp~4p.(3/2)-[K ls~2p.4p.(l/Z)-[K lS*2r*4d.(5/2)IS*ZS*4s*(1/2)lS.2p.Jd.(3/2)-
2pr(J/2) 2p*(J/2) K 2pr(J/2) K 2p.(J/2) II K 2S.(l/2)
.77543 .77556 .776&Q .777&4 .60136
1.00+12 2.67tll 4.13tll 4.20tll 3.49tll
4.26tl4 6.62tl3 l.Idtl2 2.47tl2 1.47t15
3.60tlO 1.75tll 3.5Otll I.57tlJ J.Ol+ll
3.37+0& 1.47tO9 5.67411 7.26tll 3.72t06
9.37-05 6.40-03 1.62tOO 4.6J-02 9.50-04
.I9337 .69370 .&9454 .&94&2 .&95QO
5.74tlO t.46tll 2.96411 l.<ll 1.39tll
1.56tl5 1.56tl5 2.17+14 1.07t14 l.l7+13
3.99t12 5.15+12 2.&&+12 l.44t12 4.92+11
&.79+06 J.65tO9 7.79+09 9.bltO9 4.47tlO
2.20-04 7.47-04 2.71-03 6.67-03 9.06-02
.60166 .&020 .6024Q .&Q293 .&032&
5.29tll 4.64tll 1.22tl2 5.95+11 1.55+11
1.50tl5 1.43t15 l.Iltl4 2.05t14 6.37cl3
3.76tll 5.53+10 2.49tQ6 4.79+09 1.33tlO
2.66tQ6 7.17t07 5.19+06 5.57+07 l.29tO6
7.04-04 1.30-03 2.09-02 1.16-02 9.72-03
.69764 .&9764 .&g&45 .69&72 .69&90
1.95t11 l.b9+11 1.99+11 3.6btll 9.lbtlO
5.19+14 5.05t14 4.26tl4 3.69tlJ 5.79tl3
2.66tll 7.26tl2 3.60+10 9.64t06 9.35t12
2.00106 9.56tQ9 &.70+07 5.74t07 2.55tlO
7.50-04 1.32-03 1.66-03 5.95-02 2.73-03
(0)
.a0471 .60472 .&04&O .60553
1.20+12 4.73+11 1.10114 5.lJtll
1.45*15 1.47t15 1.10114 6.21tlS
7.07*11 l.IOtlJ 0. J.OStlJ
2.34*09 7.59+09 0. 5.56tll
j.Jl-Q3 6.36-04 3. oo+oo 1.62-02
.69905 .&9949 .&9954 .90015 .94171
2.67tll 1.7Qtll 1.3Otll 4.65410 1.54tl2
7.30111 1.44tl4 1.13+14 4.4OtlJ 1.47+15
2.&4+10 2.03412 1.76t12 9.15tlI 3.9ltll
&.OltlO 4.72tQ9 7.92tO9 3.96tO9 1.64+09
2.62400 2.32-03 4.51-03 4.33-03 4.20-03
2p-(l/2) 2pe(l/2) 21.(1/2) 2Sw(l/Z) 2s.(l/2)
.&ObO9 .&0637 .60640 .&0643 .&0645
1.69t12 2.94+12 7.29tl2 3.49rll J.Jltll
1.17t15 1.56tl5 3.5ltl4 3.23+14 2.64tl4
1.62+13 2.11t13 5.02+10 l.JO+lO 7.04tOQ
4.63+10 1.53t11 4.17409 2.6lt07 3.27+07
2.65-03 7.32-03 6.31-02 2.16-03 4.65-03
,942s) .9427& .94311 .943bl .943&5
1.73112 2.6&+12 9.72112 3.4lt12 1.02t13
7.5OtlS 1.43415 1.17+14 1.04t15 2.05tl4
3.7&tl1 5.5J+lO 2.49t06 3.02tlJ 4.79t09
6.66tO6 4.45406 4.14tO7 1.9Jtll 9.5Jt06
2.30-03 6.05-03 1.66-01 6.39-OJ 1.99-01
lS.2p*Jd~(l/2)-[K]2s.(1/2) Is~2p*Jd~(3/2)-[K]2s*(l/2)
1sw3p* (1) - lS.lS. ls~2p~3~~(3/2)-[K]2~~(1/2) la92p~Js.(1/2)-[K]2S*(l/2) Is.Jp. (1) - 11.1s* l..2p*Js~(J/2)-[K]2s.(l/2) ~S.~P.~P*(I/~)-[K lr*2p*Jp*(3/2)-[K ls.Zp.3d.(J/2)-[K
i
lsm2p.4d.(5/2)lt*2p*44r(?/Z)ls*2~.4p*(1/2)ls*2p*4pr(3/2)Is.?p.4d.(7/2)-
K K K K K
36.(3/Z) 3d*(5/2) Jp~(JI2) 3~*(3/2) Jda(5/2)
II
(0)
Ir.2p.J4~(1/2)lS.2p.Jd~(3/2)-
K]Jr*(1/2) t K]3s*(1/2)
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
1 = 36
1 = 36
TRANSITION
L AYBDA
A(il)
A(lOl)
AUGER
Od
$6
lr.Zp.4d*(3/21K]4s*(i/Z) Ir.?p.Jd.(1/2)1 K]Jw(I/Z) ls.2p.4d.(l/2)-[K]4s~(1/2) ls.2p.k(3/2)K]Js*(1/2) lr*2p.ldm(3/2)t K]ls*(l/2)
.94405 .94418 .944JO .94433 .94444
1.08tl2 5.26tll 1.17t12 2.29tll 7.7Jtll
1.56+15 7.91tll 1.59*15 6.37tlJ 1.55t15
3.17+11 J.23tOB 2.84tll l.JJtlO 1.70tlO
8.76+08 4.2StOB 4.21408 1.91tO.Q 3.40t07
2.77-03 l.JJtOO 1.48-03 1.44-02 1.99-03
ls02p.Jp~(1/2)K]3p.(1/2) ls*2p.41.(3/2)1 K]4p-(l/2) lr.Zp.3p~(3/2)-[K]3P.(1/2) ls.ZprJd*(J/Z)-[K Jd.(3/2) lS.2p.4l.(5/2)-[K 3 4pa(J/2)
.9444.9 .94454 .94487 .94502 .94503
1.06tlJ 2.96tll J.63t11 1.37t13 a.20t11
1.17t15 1.56t15 1.5at15 1.47+15 i.5atl5
1.62+13 1.66tlO 2.lltl3 3.9ltll 1.49tlO
2.90tll 1.25t07 l.Qltl0 1.46tIO 4.63t07
4p*(3/2) 2p.(l/2) 4p.(1/2) K]Jd.(3/2) t K]lp.(l/Z)
.94513 .94519 .94527 .94528 .94533
J.02tll 3.22t12 2.3lt13 3.49tl4 a.iatio
1.5at15 2.14tl5 1.54tl5 1.36tl5 1.58+15
1.66tlO 4.79tl3 5.37+12 8.79tl2 6.59t12
lS.Zp.4d.(3/2)-[K]4d.(3/2) ls*2p.4!*(5/2)K]4fm(5/2) Is*2p*Jd,(3/2)K]Jd.(5/2) lso2p*ld*(5/2)K 4d.(3/2) ls~2p*ll.(5/2)i K3 4l.(7/2)
.9454J .94544 .94546 .94553 .94553
1.86+13 2.25+13 1.46t15 2.36tl4 1.56tl5
1.56tl5 1.56+15 1.47415 1.51415 1.56tl5
lr~2p~4f-(3/2)-[K]41-(5/2) IS.2p*lf*(7/2)-[K 4le(5/2) ls.Zp.ldr(l/2)K 4S.(l/2) ls.2p.4l.(9/2)t1K]41.(7/2) la*2pn4d.(J/2)-[K]4d*(5/2)
.94554 .94556 .94558 .94561 .94562
1.56t15 7.46tl4 9.61+13 1.56t15 1.54+15
ls.2p.41.(7/2)ls.2p.41.(7/2)18*2p.3d.(l/2)ls*Zpr4d.(l/2)is.2p. (I)
.94562 .94565 .94568 .94568 .94569
Is.Zp.Jd*(5/2)Is.2p.4~.(3/2)-
-
K 4fe(5/2) K3 41.(7/2) K Jd.(J/2) 1 K! 4dw(J/2) 11*1s* (0)
TRANSITION
LAMBDA
ls*2p.cp*(3/2)-[K]4~-(112) Is*2p.Jp*(3/2)-[K 3p.(l12) ls*2p.4d*(3/2)-[K 3 4de(3/2)
A(il)
A( toI)
AUGER
Od
SW
.34711 .9471J .94717 .94716 .94725
1.39+11 7.67tll 6.59+12 a.76t1J 5.91*11
1.07tl4 2.64t14 4.85tl4 2.05+14 6.75tll
I.44+12 2.01tl2 2.67tos 4.79t09 4.11+08
7.35+09 2.32tlO 1.45+08 8.22tOB 2.6Jt09
5.11-03 1.15-02 5.44-02 1.72tOO 6.aatoo
1.79-02 7.48-04 9.05-04 J. 73-02 J.ll-03
.94726 .94726 .94730 .¶4732 .9473J
1.45tl2 2.7atl2 6.25+12 3.72tll I.37tl2
5.6Qtl2 2.87ti2 8.65tl2 1.09+15 1.36tl5
J.62t10 *.i*t09 1.53tlO J.lZtlO 2.71tl2
J.54+10 5.J2tIO 6.&9+10 4.27+07 5.37t09
9.77-01 5.79100 4.JJtOO 1.J7-03 1.98-03
1.27+07 2.82t11 1.61tll 1.35tlJ 1.35tOB
7.64-04 5.89-03 2.99-02 1.53too 2.06-04
.94733 .94734 .94735 .94736 .94737
7.96tll 9.46tlO 1.16tlJ 6.55112 5.02tlJ
l.OOtl2 6.75tll 1.17tlJ 4.85+14 5.55+13
6.26+09 4.11+06 4.92tll 2.67tOB l.Htll
2.98tlO 4.6lt06 3.73tl2 1.68+08 7.46tll
4.75+00 1.12tOO 7.59tOO 7.05-02 5.42tOO
3.17+11 1.49tlO 3.9ltll 3.39+12 1.49tlO
1.51t10 1.27tOB 1.55+12 3.17+12 6.80+10
4.75-02 6.55-02 3.96tOO 9.35-01 5.9ltOO
.94737 .94736 .94740 .94740 .94741
l.lltl2 5.5ltl3 2.76tll 4.54t11 l.lQtlJ
1.48tl2 2.17tO 6.02tlJ 4.54t11 1.27+13
2.44t06 2.66tlZ 1.65tll i.74toa 6.35+12
1.46tO9 1.44tl2 1.13t09 1.74+09 1.68+13
5.97tOO 5.00-01 6.85-03 i.ootoi 2.25tOO
1.56115 1.55+15 9.72+13 1.56+15 1.56+15
1.66tlO 3.27tll 2.25tll 3.95tll 3.17tll
6.66tlO 1.26+12 4.44tlI 3.95tl2 1.25+12
4.OOtOO J.85tOO l.97tOO l.OOtOl 3.95+00
.94744 .94745 .94746 .94749 .94750
7.96+13 2.52+12 3.75tll 2.40112 2.43+14
a.21ti3 9.62tl2 1.48+12 6.65112 1.22+15
3.05t13 1.78tO9 2.44+06 1.59+10 3.15tll
a.65t13 1.66tOB 4.95+08 2.65+10 1.25tll
2.63too 1.05tOO 2.02tOO 1.66tOO J.96-01
8.13t14 8.05tl4 1.50+15 1.59+15 1.59+15
1.55+15 1.55+15 1.50115 1.59+\5 1.58115
1.51+11 3.27tll J.76tll 2.64+11 0.
6.Jltll 1.36+12 7.54t11 5.67tll 0.
4.19too 4.15tOO 2.00+00 2.ootoo J 00100
.94750 .94750 .94751 .94755 .94762
2.69+14 9.27tl2 2.64tll 2.14+12 1.06tl4
2.6Stl4 l.OBtl5 7.9ltll 7.42tl2 2.05tl4
2.5ltlO 3.12tlO 3.23409 3.54tlO 4.79t09
2.0Otll 1.06+09 2.15+09 6.06tlO 9.QJtOQ
8.OOtOO 3.41-02 6.66-01 1.72+00 2.07tOO
.94569 .94571 .94572 .94572 .94577
1.5Jtl5 7.41+14 1.01t15 1.2atl5 1.30t15
1.55+15 1.55+15 1.36t15 1.51t15 1.56tl5
6.42+07 1.51+11 6.7Stl2 J.JBt12 3.99+12
4.¶8+08 5.76411 3.69tl3 1.71tl3 1.99t13
5.92tOO J.62+00 4.43too 5.05too 4.99t00
.94763 .94767 .94769 .94770 .94774
2.07412 3.58tlJ 4.26.tlJ 1.74tlJ 5.29tl2
9.62+12 6.37tl3 4.29t13 1.07t14 7.42+12
1.78+09 1.33tlO 1.06tl4 1.44tl2 3.54+10
1.53tOB 2.99tlO 1.23+14 9.24tll 1.5Otll
8.62-01 2.25100 1.13tOO 6.42-01 4.25tOO
.9457a .¶4578 .94563 .94565 .94567
4.70t14 2.06tl3 1.54t15 1.51+15 1.14+15
4.65t14 1.55tl5 1.55tl5 1.54tlJ 1.17+15
2.67tos 6..42+07 1.7OtlO 5.37tl2 1.62tl3
1.03~0 6.79406 6.75+10 1.05tlJ 3.11+13
3.67too 8.07-02 3.96tOO 1.96tOO 1.92tOO
.94781 .94762 .94790 .94801 .94604
5.25t12 2.42tl3 5.46tl2 1.89+13 1.06tll
5.55tlJ 3.0.9+14 1.6ltlJ 4.96tl3 9.Oltl3
1.36+11 2.56.tlJ 3.48+13 2.99tOB 1.06+13
7.12t10 1.12+13 4.63tll 6.83tO9 6.72tlO
5.66-01 4.J5-01 1.33-02 2.28tOO 6.33-03
.94590 .94592 .94593 .94594 .94596
1.56tl5 1.53t15 1.01415 1.38tl5 2.58tl4
1.56tl5 1.58+15 l.OBt15 1.38tl5 1.56tl5
5.15tl2 6.56tl2 3.12tlO 2.7ltl2 3.99+12
4.lOtlJ 2.5Jtl3 1.24~11 5.4Ot12 3.95112
7.97tOO 3.65tOO 3.96+00 1.$9+00 9.91-01
.94810 .94.924 .94626 .94627 .94628
2.74tlJ 2.26tl4 1.32+12 l.JOtl2 l.OJtl5
6.37tlJ 1.33tl5 1.32tl2 4.35+!J 1.04+15
1.33+10 1.65+12 3.96tll 6.01+12 3.02+13
2.29110 5.59tll 2.44tl2 9.45tl1 5.65tl3
1.72tOO 3.40-01 6.16tOO 1.57-01 1.94400
.94596 .9459a .94601 .94601 .94601
1.50+15 1.50115 1.06tl5 a.ootl3 1.46tlJ
1.61t15 1.54t15 1.54+15 a.o2+13 1.55+15
2.33tlO 1.15t13 6.32tl2 1.65tll 1.70+10
4.34tlO 4.44+13 2.65tlJ 3.2atI1 6.4lt06
1.66tOO 3.65too 4.2OtOO 1.99*00 5.76-02
.94630 .94630 :94639 .94645 .9485J
1.06*15 2.03tl2 4.86tlO 3.07tl3 l.lOtl4
1.06tl6 2.67tl3 6.69tl3 4.96+1$ 2.64t14
5.83+13 4.42tll l.lOtl2 2.99+09 2.01+12
1.11+14 1.33tll 3.45*09 1.11t10 3.34+12
1.9otoo J.OO-01 2.67-03 J.72tOO 1.66tOO
.94605 .94606 .94610 .94610 .94611
1.56tl5 5.03+12 1.43tl5 4.59tl3 4.64tl4
,.64t!5 9.62+12 1.4Jtl5 4.85tl3 1.22+15
4.46t12 1.76C69 5.5JtlO 4.J6tll 3.15+11
2.54t13 J.7ltOB 2.2ltll 1.64+!2 2.49tll
5.69tOO 2.69tOO 3.89+00 3.75tOO 7.92-01
ls*2p.Jd*(3/2)ls.2pe3d.(l/2)ls*2pmJd.(3/2)ls.2p.4$.(3/2)ls.?p.4~.(5/2)-
K Js*(l/2) K 3s*(l/2) K 3s*(l/2) K 4d*(5/2) t K! 4d*(5/2)
.94665 .94669 .94671 .94699 .94931
1.47+13 6.74tll 7.83+12 7.52tll 7.69t11
3.51+14 3.23t14 2.64tl4 1.27tlJ 7.astll
5.02+10 1.36tlO 7.04+09 8.35tl2 5.87tos
6.39409 5.42tO7 7.79toa 1.19t12 3.50t10
1.67-01 4.17-03 1.10-01 1.45-01 5.96tOO
.94621 .94625 .94625 .94626 .94631
5.42tll 1.4Otl5 1.33tl5 4.12tl2 1.45tl5
5.42tll 1.56+15 1.3Jtl5 5.89+12 1.45+15
1.96t06 2.lltl3 1.22tl3 3.62tlO 7.07+11
3.92tO6 7.40+13 9.67tlJ l.Oltll 2.62+12
Z.OOtOO 3.50+00 7.9JtOO 2.76tOO 3.99tOO
ls*?p.Jp-(5/2)ls.2p.Js*(3/2)ls*2poJs1(1/2)ls*2poJp.(3/2)lS*2p.3d.(J/2)-
K K K K Ii K
3~*(3/2) Jd-(3/2) Jd.(3/2) 31.(3/2) Js*(l/2)
.94961 .94966 .94967 :94976 .94915
1.19t13 1.04+12 2.44tl2 6.16tl2 3.3.Qtll
1.04t14 1.45+15 1.47t16 6.69+13 1.07tl4
1.91*13 7.07tll 1.19t13 1.2Ot12 3.54tlO
1.10+13 2.OltOQ 3.9ltlO 4.37tll 4.47tO8
5.77-01 2.85-03 J.26-03 3.6J-01 1.26-02
.94633 .94633 .94644 .94645 .9465X
1.47t15 2.35tll l.Ottl4 4.60+14 1.49tl5
1.47tl5 1.56t15 1.17tl4 1.54tl5 1.61+15
l.lBtl3 6.59tl2 2.49t06 6.32t12 3.48tlJ
2.36413 3.66t09 4.51+08 1.13413 l.26+14
1.96tOO 5.90-04 l.lltOO 1.76tOO J.62tOO
lsh*2pr(3/2)-[K ls*2p.Zp.(3/2)II ls*2p.Js~(3/2)K ls.2p.2~.(3/2)Ii K lS*2~.3p.(3/2)-[K]3.*~1/2)
2sa(1/2) 2~*(3/2) 3d*(5/2) Zp.(\/?)
.94986 .94989 .95010 .95024 .95050
1.63tl5 2.14+15 9.98tll 1.27tl5 1.31+12
1.63t15 2.14tl5 1.45tl5 1.57415 1.8ltl4
2.3Otl2 4.79tlJ 7.07tll 1.16tl4 1.76tlJ
9.2Ot12 1.67tl4 1.94t09 3.46tl4 4.63111
3.99tOO 3.9ltOO 2.74-03 S.OltOO 2.64-02
.94655 .94656 .94657 .94669 .94679
6.lltll 6.74+11 1.26+13 1.37tl2 4.55tl3
1.64tl5 1.54t15 1.6lt15 4.85+13 2.17+14
4.46tl2 l.IStl3 2.33tlO 4.J6tll 2.68+12
9.92tO9 2.59+10 3.70*06 4.SOtlO 1.19+12
2.23-03 2.25-03 1.59-02 1.12-01 4.13-01
.95057 .95067 .35067 .95073 .95080
4.96t11 6.24tll 1.76t15 5.63tl2 7.J5tll
3.5atl4 3.20tl4 2.32+15 2.09tl3 lJ.2ltlJ
9.36tlo 6.3OtOB 1.44t12 3.2JtlO 3.05tlJ
5.1atoa 4.9lt07 2.20112 3.49tlO 7.96tll
5.54-03 7.79-03 1.5JtOO 1.08tOO 2.61-02
.94662 .94685 .94665 .94692 .94697
1.5Jt15 l.OBtl5 1.7ltll 6.95tlO 1.16tl2
1.67tl5 1.33tl5 5.89412 l.OOtl2 9.72+13
,.72+13 1.65tl2 3.62+10 6.26+09 2.25+11
9.36+11 2.69+12 4.17tOP 2.59+09 5.38tOB
5.44+00 1.6JtOO 1.15-01 4.14-01 2.J¶-02
.95101 .95120 .95124 .95127 .95132
6.6Jtlo 5.09tlJ 1.06tl2 2.lltl2 2.42tll
3.73t14 7.2Stl4 6.2ltl3 6.49tl3 7.12tl4
2.06toa 1.4ltl3 3.05tlJ 9.72tl2 J.43111
1.51405 3.87tl2 1.15112 8.69tll 2.JJtOa
I.J4-04 2.74-01 J.78-02 6.94-02 6.78-04
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions . See page 344 for Explanation
of Tables 2 = 36
LAYBOA
A(il)
A(Ic.1)
.95142 .95152 .95160 .95161 .95165
1.05+11 f.Jltff 2.I&ll 8.B0t11 6.76tll
1.16+13 3.65tl4 3.73t14 I.62tl4 9.25tll
4.8ltll 4.79+10 2.06+08 2.11tlO 1.76t12
I.66tlO 1.03+08 4.82+05 6.89t08 2.66+12
5.46-02 2.15-03 2.34-03 3.26-02 l.51+00
.95166 .95l66 .95167 .95170 .95177
5.43t14 1.04+13 3.66+12 2.92+14 5.04tl2
5.43+14 5.05+14 5.19tl4 2.94414 3.89t13
9.64413 7.28+12 2.66tll 5.24tf3 9.64t08
4.91+14 5.92tll 3.75+09 8.84+13 7.50+08
f$*Zp.lf.(5/2)K]4p.(3/2) l$~2pe41-(5/2)K]lp*(J/Z) ls.2p.3p*(3/2)I K]3p-(l/2) l$*Zr.,p~(l/2)-[K]4$*(1/2) I$.2$~4f~(7/2)-[K]4d.(5/2)
.95180 .95183 .95185 .95189 .95189
2.59+12 2.35+12 2.4ltt2 1.85113 4.63tll
1.54tlJ l.OOtl3 1.23tl4 7.67tl3 7.3OtlI
1.04tl2 l.l3tl2 1.34+12 I.52tlJ 2.Ll4tlO
lr~2p.4f*(712)-[K]4f~(5/2)
.95190 .95193 .95196 .95196 .95198
7.74,lO 1.13+13 2.29+12 3.35+13 3.87t12
4.06tl4 3.65+14 3.73tf4 3.89tl3 7.05113
.95198 .95200 .95200 .95201 .95201
3.20+12 3.87+14 4.06+14 4.09112 4.07+13
.95201 .95202 .95203 .95203 .95204
A(if)
A( lot)
.95274 .95274 .95275 .95275 .95286
4.17+13 2.57+14 1.42tl2 l.35+12 2.77+13
4.57+13 3.56+14 3.27tl4 1.17+14 0.49113
5.16tlo 3.99tl2 1.13tl2 1.78+12 9.72tl2
2.82411 1.14+13 9.74+09 I.05110 1.14tIJ
5.47+00 2.85tOO 8.65-03 4.52-02 1.17tOO
5.lOtOO 8.14-02 1.41-02 1.69+00 7.7.9-01
.95295 .95309 .95309 .95317 .95318
1.42tll 3.37+13 3.96,14 1.23tf4 3.23tl2
3.75t14 5.79+13 3.98+14 1.65+14 4.28+14
6.72+12 9.35112 l.62+12 l.lJ+lO 3.6OtlO
1.50tlO 9.37*12 9.65+12 f.h&lO 1.09+09
2.23-03 1.00*00 5.94tOO I.49+00 3.02-02
9.87tll 1.43tl2 1.04tll 6.12+12 1.39tll
9.47-01 f.26tOO 7.75-02 4.03-Of 4.88tOO
.95318 .95322 .95325 .95330 .95332
3.56tl4 1.04t14 1.09tl4 l.JOtlJ 7.85tl4
3.56tl4 1.07t14 1.23tl4 7.67tl3 7.35+14
1.2OtlJ 3.54+10 l.34tl2 1.52tlJ 7.68+13
6.97tlJ l.JBtll 4.68tl2 4.29+12 I.40+14
5.8OtOO 3.91+00 3.49tOO 2.82-01 1.82tOO
5.42+06 4.79tlO 8.39tlO 9.64+08 1.76tl2
8.27tO3 8.93+09 3.lOtO9 4.98+09 3.76tll
1.53-03 1.87-01 3.69-02 5.16tOO 2.14-01
.95333 .95341 .95347 .95353 .95357
3.16+12 1.29tl4 3.21+12 2.04112 2.11tl4
6.82+13 1.50tl4 3.28tl4 3.98tI4 3.24tl4
1.75tll 2.98tl2 5.65+12 1.62+12 1.24+12
1.62tlO l.OOtl3 1.09tll 4.97+10 3.2ltl2
9.25-02 3.36tOO 1.92-02 3.06-02 2.6OtOO
3.58+14 3.97+14 4.06t14 1.16+13 2.84+14
9.36tlO 2.73+0.9 5.42+06 4.8lttl 2.85110
3.35tO9 1.60+09 I.33107 6.5Otll 2.45tlO
3.58-02 5.86tOO 8.OOtOO l.JStOO 8.59-01
.95359 .95366 .95366 .95368 .95381
6.08+13 9.04tll 2.26+13 1.2Otl2 4.65tll
9.61+13 1.07+14 5.79+13 3.03+14 3.85+14
6.42tlO 3.54tlO 9.35+12 1.36tl2 9.20111
8.12tlO 1.2OtO9 6.29+12 1.07tlO 4.43+09
1.26tOO 3.38-02 6.73-01 7.16-03 4..9l-03
4.36+13 3.72tf4 3.79tl4 3.5Jtl4 3.57+14
3.51tl4 3.73tl4 3.79tl4 3.65+14 3.511+14
5.02+10 2.06+08 l.Jltll 4.79tlO 5.92+08
2.49tlO 8.23+08 1.3lrl2 2.78111 1.1.9+09
4.97-01 4.OOtOO l.OO+Ol 5.8ltOO 2.00+00
.95388 .95399 .95400 .95403 .95411
5.3ft12 5.22tll 4.78411 8.85tll l.IStI4
1.81+14 6.86+13 3.85+14 2.03+14 2.65+14
1.76+lJ 1.4Otll 9.2Otll 8.48tll 8.87+11
1.87+12 2.13+09 4.56+09 7.38+09 1.53+12
1.07-01 1.52-02 4.96-03 8.70-03 1.72tOO
.95205 .95205 .95206 .95206 .95207
1.61+14 3.22+14 3.16+14 3.83tl4 5.lOtl3
1.62+14 3.23tl4 3.28tl4 3.83+14 3.19tl4
2.11tlO l.JOtlO 5.65t12 8.40+10 I.03t12
1.26tll 2.59+10 I.07+13 6.72+11 3.3Otll
5.97+00 l.99tOO 1.90+00 8.OOtOO 3.19-01
.95432 .95458 .95458 .9546l .95467
3.62tlJ 4.78+13 5.64tlO 1.95+11 5.51+12
1.81+14 6.17tl3 2.2ltl2 l.44tl4 1.13+14
1.76+13 1.96+08 4.38tlI 2.03+12 1.76+12
1.28tl3 6.05tO8 3.72+10 5.44+09 3.37tll
7.28-01 3.10100 1.50-02 2.68-03 1.92-01
.95208 .95208 .95210 .95211 .95212
3.18+14 2.33tl4 9.45tl2 3.92+14 1.04tl2
3.20+14 2.84tl4 3.97+14 3.92t14 1.19tl2
6.30+09 7.04t09 2.73108 0. 4.OltO9
2.5ltfO 2.3ftlO 3.90+07 0. 2.78tlO
3.97tOO 3.28+00 1.43-01 3.00*00 6.94+00
.95468 .95482 .95487 .95494 .95496
6.24+12 1.09+13 5.21+13 1.08+12 4.13+12
1.58+13 1.50+14 fJ.97tl3 1.23+12 8.25412
l.llt12 2.9lltf2 2.38tl3 2.95tO9 3.09112
8.2Otll 6.49+11 2.18+13 1.03+10 6.75+12
7.36-01 2.85-01 9.17-01 3.5OtOO 2.19tOO
lr*2$.3d.(3/2)K]3~*(3/2) lw2pe4d.(5/2)EK]4d*(5/2) ls*2p.4~.(1/2)-[K]4P.(l/2) 1$.2pe4d.(5/2)K]4dm(3/2) ls.2p.4d.(7/2)f K]4d*(5/2)
.95213 .95215 .95216 .95217 .95217
2.55+12 3.70tl4 3.01+14 7.49+12 3.7Otl4
2.09tl3 3.73+14 3.27+14 I.31Cl3 3.70+14
3.23+10 8.39clO I.13112 1.35+11 2.26+12
1.511+10 5.00tll 2.06tl2 4.59tll 1.79+IJ
4.89-01 5.96tOO 1.83tOO 3.4otoo 7.95tOO
95496 95498 95500 .95508 .95513
4.57tll 3.03+14 2.37+12 1.05+12 1.02tll
4.57411 1.57tl5 9.61tl3 2.94+14 1.02+11
6.19+07 1.16414 6.42tlO 5.24+13 7.08t09
1.24tO8 II.SO+lJ 3.17tO9 3.lStll 3.97tlO
2.OOtOO 7.18-01 4.93-02 6.08-03 5.6ltOO
lr.?pmlf.(7/2)1$.2pe4f.(5/2)1$.2pwLp*(l/?)-
.95217 .95221 .95222 .95225 .95226
3.51t14 4.03112 1.54*11 4.75+11 3.49*14
3.5&14 1.54+13 1.19+12 1.00+13 5.19*14
9.36+10 1.04tI2 4.01t09 1.13+12 2.66tll
3.67+11 1.54+12 4.12+09 2.1)9*11 3.511t11
3.93+00 1.47+00 1.03+00 2.55-01 1.34too
.95517 .95522 .95526 .95527 .95536
4.93tIl 6.48,ll 2.57tll l.23tll f.35+11
2.2lt12 l.I8+12 2.57tll 1.23tll 4.4Otf3
4.38tll J.SOtll 2.36+07 l.lJtO5 9.15+11
3.26tIl II.BOtll 1.41+08 4.52+05 f.tOtlO
7.44-01 2.54~00 6.OOtOO 4.00+00 1.20-02
.95226 .95227 .9522.! .95230 .95231
3.49t14 1.47+12 2.5Etl4 4.02+12 8.74+12
5.05t14 3.2Otl4 3.03+14 4.57413 1.54*13
7.211t12 6.30+09 l.36+12 S.lttlO 1.04+12
1.9nt13 1.16+08 2.31+12 2.72+10 3.33+12
2.72100 1.84-02 1.7otoo 5.27-01 3.2otoo
.95539 .95541 .95544 .95545 .95546
2.34tll 5.41+14 2.42411 6.83tl2 2.38+13
9.74412 2.32tf5 2.42+11 1.2ltl4 J.lOtl4
1.16+11 1.44+12 5.42tO8 1.67+12 1.03+12
5.51tOO 6.7Otll 4.33+09 3.7ltll I.54tlt
4.75-02 4.66-01 7.98+00 2.22-01 I.49-01
.95234 .95236 .95239 .95240 .95243
7.12t12 5.56+12 3.04tI4 3.79+14 3.51+12
1.00+13 1.31+13 J.BStf4 3.15+14 l.l6+13
1.13tl2 l.JstlI 7.3ltll 9.20+11 4.11+11
4.33+12 3.42tll 4.37+12 3.61+12 5.57*11
3.83+00 2.54+00 5.96*00 3.93+00 1.16+00
.95550 .95551 .$5573 .95577 .95599
l.IS+ll 3.29tll 1.19+11 3.19tl2 3.03rll
2.15tll 2.56tlJ 1.18+12 3.75t12 6.lltl3
2.07tlO 1.37tll 3.50+11 7.23+09 1.96r08
l.lJtll 3.50+09 I.63411 3.6.9tlO 3.83+06
5.47+00 2.56-02 4.66-01 5.09tOO 1.96-02
.95244 .95245 .95245 .95252 .95252
3.74t14 2.43tf4 2.05tl4 6.2ltl3 4.32+13
3.75+14 2.84+14 3.5ltl4 6.40tl3 2.114+14
6.72+12 2.85tlO 5.02tlO 9.9OtlO 7.04+09
3.95+13 1.47tll 1.63+11 3.84tll 4.28+09
5.88too 5.14+00 3.25+00 3.88+00 6.09-01
1$.2$*4p~(l/2)l$*?r*Jd~(l/2)I$*2p.3$.(3/2)l$~2p.2p.(I/2)1r*2r*4r.(1/2)-[K
.95603 .95610 .95614 .95616 .95619
l.57+11 6.68+12 1.94tll 4.05t14 9.2ltll
1.44tf4 1.58tl3 3.56tl4 4.05414 2.47tl2
2.03+12 l.fltf2 3.99tl2 I.68tl2 1.57tlJ
4.36t09 8.78tll 6.6OtO9 3.35412 1.59+12
2.15-03 7.87-01 2.15-03 1.99tOO 1.01-01
.95252 .95257 .95258 .95258 .95256
3.40114 6.23+11 3.82+14 4.89113 6.52tlJ
3.4Otl4 3.85414 4.2Etl4 7.05113 6.86+13
3.74tl2 7.3ltll 3.6OtlO 1.76+12 1.4Otll
2.96+13 7.09+09 1.28tll 4.75tf2 2.66tll
7.91+00 9.70-03 3.57+00 2.71,OO l.9OtOO
1$.2$*4p*(3/2)-[K]4d~(5/2)
.95628 .956211 -95642 -956511 .95665
1.43tll 3.24+13 2.82rlI 8.66tll 4.01+14
l.lJtl4 8.97tlJ 2.82+11 3.56+14 4.Oltl4
1.76+12 2.38413 3.68+08 3.99+12 7.25+13
8.71t09 f.36+13 2.20109 3.85110 3.69+14
4.95-03 5.71-01 5.99tOO 9.63-03 5.08tOO
.95260 .9526.9 .95271 .95272 .95274
3.lJtl4 6.11+12 9.36+11 3.05tl4 4.69+13
7.29+14 (1.49+13 6.40tlJ 7.12+14 6.82tl3
1.41+13 9.72+12 9.9OtlO 3.43tff 1.75tll
2.38rlS 2.51412 5.78+09 2.93tlI 2.4ltll
1.68tOO 2.59-01 5.84-02 6.55-01 1.37tOO
.95667 .S5678 .95702 .95726 .9573.9
l.lO+ll 2.17+11 2.42+14 3.52tll 1.98+12
4.62411 4.40+!3 2.42+14 4.62tll 1.39413
1.13+07 9.15tlf 3.86+12 1.13107 4.69tlJ
l.OBt07 1.77tlO 1.52tlJ 3.46+07 3.05tl2
9.52-01 1.94-02 3.94tOO 3.05100 6.50-02
l$o2p(1) 11.1s* 1$.2p-4I.(7/2)-[K]41-(5/2)
(0)
K 41*(7/2) K 4f.(5/2) II K 4p.(3/2)
ls.2p-rd.(3/2)-[K 4d*(5/2) 1$.2p~3p*(1/2)-[K 3 Jp*(3/2) 1$*2p.4p.(l/2)-[K]4p.(1/2)
AUGER
Od
9"
TRANSITION
1$.2~.4p.(l/2)-[K]4p*(3/2) l$~2$*3d*(3/2)-[K]3pe(l/2)
K 4dm(3/2) K3 3p.(3/2) K 3de(3/2) I K 2pm(l/2) I 4pm(l/2)
LAMBDA
AUGER
Od
9"
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables 2 = 36 IRANSITION
LAMBDA
A(il)
A(101)
AUGER
Od
91
In.Zr.3p.(l/Z)-[K]3d.(3/2) Ir.25.3p.(3/Z)-[K]3d.(3/2) lr.Zp~2~.(3/2)-[K]2~~(3/2) Io~Zr~Jp~(5/2)K]3de(3/2) Ir.Zr92p.(I/2)1 K125*(1/2)
.95744 .95751 .95752 .95753 .95774
2.18+12 1.59+11 1.16tl4 6.96tlO 6.93tlJ
2,OJtll 2.65+14 1.17tl4 7.5ltll 6.93t13
8.48+11 8.87tll 1.78t12 9.91+08 6.87tlO
1.82+10 2.13+09 6.93+12 5.50+08 1.37tll
2.14-02 2.40-03 3.89tOO 5.56-01 2.ootoo
lv2r.Jp*(5/2)-[K lr.Zr.3r.(3/2)-[K If*Zr.3p~(3/2)-[K lt~2r~3p.(1/2)lr.2s.3~.(3/2)-
36*(5/2) Sp.(l/Z) I 3(-(3/I) K]3d.(3/2) 1 K]3p.(3/2)
.95797 .95872 .95887 .95892 .96015
6.8ltll 2.79+11 4.43tll 2.06411 6.09tll
7.51t11 8.88tll 1.21tl4 2.56tl3 8.88tll
9.9ltO8 2.29t07 1.67+12 1.37t11 2.29t07
5.39+09 2.88+07 t.lltlO 2.19109 6.29t07
5.44too 1.28tOO 1.44-02 1.60-02 2.74too
lr~2~~2r.(l/2)-[K 2p.(l/2) Is.2r.2t.(l/2)K 2p*(3/2) lr~Zp.3~*(3/2)11K14~*(3/2) lr.2p.3~.(5/2)-[K]4~.(3/2) ls*Zp'3d*(7/2)-[K]4d*(5/2)
.96437 .96926 1.00558 1.00822 1.00638
4.05+13 1.81tl3 1.40tll 1.40tll 1.33tll
5.87tl3 5.87t13 1.58t15 1.67t15 2.69+14
1.51+14 1.51tl4 2.lltl3 1.72tl3 2.5ltlO
5.84+13 2.6lt13 7.39+09 8.55tO9 9.89+07
3.87-01 1.73-01 3.49-04 4.97-04 3.95-03
1.00678 1.00716 1.00752 1.00753 1.01175
1.30tll 1.85tll l.OBtll 1.33t11 4.99+10
1.61+15 1.33tl5 1.45+15 1.47t15 2.84tl4
3.48tlJ 1.65+12 7.07tll 1.19+13 2.85tlO
1.10110 4.58+08 2.09t08 2.13109 3.00407
3.17-04 2.78-04 2.98-04 1.79-04 1.05-03
1.01226 1.01227 1.01289 1.01362 1.01477
2.5Otll 4.77tlO 2.83tll 7.59t10 4.57tlO
9.25tll 1.8ltl4 2.09tlJ 2.94+14 3.24+!4
1.76+12 1.78t13 3.23+10 5.24tlJ 1.24+12
9.8ltll 1.68tlO 1.63tO9 2.3OIlO 6.95+08
5.59-01 9.80-04 5.03-02 4.39-04 5.63-04
1.01838 1.14098 1.14330 1.14587 1.14864
4,OOtlO 1.45+11 2.04tll 5.44t10 1.35+11
2.65+14 1.04t15 2.14+15 5.43+14 1.57+15
8.87tll 3.02+13 4.79413 9.64t13 t.l6+14
5.34+08 8.21+09 1.79+10 4.92+10 3.69110
6.02-04 2.72-04 3.73-04 5.11-04 3.19-04
1.14927 1.15132 1.15311 1.15362 1.15801
2.06tll 9.38tlO 3.51+10 1.36tll 9.8ltlO
2.32t15 1.08tl5 4.01+14 1.63tl5 4.29t13
1.44+12 5.83+13 7.25tlJ 2.30412 1.08tl4
2.55+08 9.74tO9 3.22+10 7.68tO8 2.8ltll
1.77-04 1.87-04 4.44-04 3.33-04 2.60-03
1.15872 1.24588
6.52tlO 3.92tlO
7.85tl4 1.63t15
7.68+13 2.30+12
l.lbtlO 2.21+08
1.51-04 9.80-05
lr.2~.3p.(3/2)lr.Zp.2~.(1/2)Is*2p~2~~(3/2)lre2p*2~*(5/2)lr.Zp.2p.(3/2)-
K]41*(1/2) 1 K]Jp.(3/2) K 3p.(3/2) K 3p*(3/2) il K 3p-(l/2) Jpm(1/2) Jn.(1/2) Jp.(3/2) 3r.(l/2) 3d.(5/2)
373
Atomk
Data and Nudesr
Data Tables.
Vol. 38. NO. 2. Mlrch
1982
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 1 = 42
1 = 42
TRANSITION
LAUBOA
A(if)
A( l-21)
AUGER
ls.1:. (0) 11.11. (0) K]ls*(l/2) K 2p.(l/2) II K 2p.(1/2)
.55435 .55463 .55490 .555aO .55562
J.JBtl4 1.0&14 1.09tll l.Satl2 1.57tl2
3.36+14 l.o6+,4 2.77tlJ 2.72tl5 2.62+,5
0. 0. 7.95tl2 5.65112 7.0lt12
0. 0. 9.73+10 6.5UtOQ 1.56tlO
3.00too 3.00t00 1.22-02 1.16-03 2.23-03
K]Zp-(112) K]2p.(l/2) K]2p.(1/2) K 2s.(l/2) 1 K 1 2s.(l/2)
.55623 .55624 .55641 .55726 .55734
4.23+11 6.6ltll l.latl2 5.66t12 5.46tll
2.72+15 2.63+15 5.54tl4 6.JJtl4 6.52tl4
4.74+09 1.21413 2.94412 1.16411 6.05t09
,.48+06 ,.12+,0 1.25+,0 3.14t09 1.04+07
ls.2p.4d~(J/2)-[K]2s*(1/2) l~.2~*4p~(J/2)-[K]2s~(l/2) ,s~2s*4p.(l/2)-[K 2s.(1/2) Is*2p.ls.(l/2)K Zs.(l/2) ls*2p.lsr(J/2)K]Zs*(l/?) t1
.55750 .55757 .55796 .55607 .55622
2.37t12 9.32tlJ a.73413 1.29tlJ 9.79tl2
2.14tl4 1.7Otl4 1.16+14 6.97tl4 6.60t14
1.47tll l.OJtlJ 1.59tlJ 7.65tl2 1.27+12
Is.2p.4s.(1/2)-[K]2s.(l/Z) I1~2~.4~~(1/2)-[K]Zp.(3/2) Ir*2p*4p*(J/Z)K]Zp.(3/2) ls.2s.lp*(l/2)K]2s*(1/2) ls*2s.4~.(3/2)I K]2s1(,/2)
.55626 .55695 .55697 .55a99 .55902
5.60tl2 2.47+12 l.OOtl4 2.67tl4 1.68+14
2.24+,4 2.72+15 2.62+15 2.69tl4 2.05tl4
,s~2~.4p~(5/2)-[K 2p.(J/2) ls*2p.4f*(3/2)-[K 12p.(J/2) ts*2p.41~(3/2)-[K]2p~(J/Z) ls~2p.4f~(5/2)-[K]Zp.(J/2) ls.2~.4f~(3/2)-[K]2p~(l/Z)
,559OJ .55919 .55929 .55932 .55937
t.5Jtl4 4.67tll 2.17tll 1.54tll l.lltll
ls.2p.lp-(1/2)lsa2p.lp-(J/2)ls.2s.4p.(J/2)-
.55939 .55940 .55945 .55946 .55956
Od
IAANSIIION
LAUEOA
AUGER
A(i1)
A( tot)
.56746 .5874a .56774 .5a777 .56601
3.36+14 3.29tl4 1.54tl4 2.67tl4 1.46+14
2.65+15 6.62tl4 5.9Otl4 J.Olt15 ,.76+14
2.,atlJ6.JOtl2 1.56+11 l.Ja+lJ 2.74tll
1.02tlJ 1.24tlJ 6.l4tlO 7.66tl2 4.6Otll
4.66-01 1.97tOO 5.21-01 5.71-01 l.latOO
3.11-04 9.29-04 4.25-03 2.72-02 1.29-03
.5D04 .5aaO4 ,566lJ .56120 .5aa26
I.24tlJ 1.2Jtl4 6.20+,4 4.75tl4 6.73+14
2.12tlJ 6.52t14 1.7Jt15 5.latt4 l.JJtl5
5.55ttt 6.10109 7.34tll 2.JltlJ 1.6ltlJ
1.27+12 4.59+09 6.96tll I.??+14 3.22tlJ
2.26+00 7.53-01 9.50-01 5.27+00 2.00tOO
6.5JtO9 2.IltlJ 2.1OtlJ 2.79tll 5.65tlO
4.43-02 2.07tOO l.JZtOO 3.65-02 4.45-02
.56634 .5aa52 .5aa55 .5aa66 .53677
7.33+14 3.;5+14 l.JOtl2 1.6Jtl4 l.OOtl4
1.52tl5 5.5at14 3.22tt4 2.a7tl5 2.6ltl5
1.69+1, 4.32tll 6.56tll 3.57tlJ ,.lltlZ
1.62tll 1.07tl2 1.36tlO 7.99+12 7.94+,0
9.61-01 2.47+00 1.62-02 2.24-01 7.15-02
4.95+09 5.65tl2 7.Ott12 2.01412 1.65112
2.57tOa l.OJ+lO 9.94tll 3.95tl2 6.OZt12
5.16-02 1.62-03 1.42-01 1.97tOO 3.64tOO
.56890 .58BQl .5a915 .5a924 .5a944
2.41+14 5.56ttJ 1.40+14 3.26ttJ 2.,4+,4
2.57414 5.76+13 7.65t14 5.35tlJ 2.2Qtl4
2.15tl2 1.47tll t.QJtt2 4.22+,2 2.16tlJ
a.OOtl2 2..QJtll 7.OJtll 9.54+12 I.llt14
3.72tOO 1.9JtOO 3.64-01 2.26tOO 5.13tOO
2.9Jti5 1.14tlJ t.07tlJ l.67+12 a.71t14
3.73+12 7.05tOa 2.52tlO 2.OOtOQ 7.03+06
1.17+12 1.15tOa 2.04t09 1.11+09 3.59+05
3.14-01 1.63-01 8.09-02 5.54-01 5.11-04
.5a950 .5a961 .51962 .5.9990 .59004
l.llt14 3.95tlJ l.lbtl4 1.42+,4 2.76tlJ
l.lbtl4 1.20+14 5.OJtl4 6.46+,4 1.26tl4
l.Oltt2 2.64tlO 1.72tlO 8.35+09 3.64tll
J.altl2 l.a7tlO 1.56tlO 7.32+09 1.6Otlt
3.79tOO 6.57-01 9.16-01 6.77-0, 4.40-01
2.49114 6.51ttJ 9.56tlJ 2.17+13 4.83112
2.72+15 2.63+15 9.66tlJ 2.25+13 1.95ttJ
4.74tOQ t.2lttS l.15t12 1.35tll 6.17tft
6.69106 1.44+12 4.52+12 Z.6Otll 7.75tll
1.113-01 1.20-01 3.9ltOO 1.92tOO 9.49-01
.59033 .59152 .5Qlal .59206 .59209
4.55tl2 i.jjtl3 1.66tl2 6.61+11 3.23t12
l.Jatl4 2.35+13 l.SJtl5 6.3Otl4 3.22tl4
2.59+13 5.01t13 l.lttlJ t.60+13 a.56411
1.44tl2 i.altl3 a.66+10 7.73110 3.42tlO
5.55-02 3.62-01 5.51-03 4.63-03 4.00-02
.55957 .55962 .55969 .55969 .55969
1.5Ot14 ,.52+14 2.99t14 2.86+14 1.69tl4
5.54+14 1.52tl4 1.14tl5 9.97+,4 2.04t14
2.94+12 9.52tl2 1.22ttl 7.9Otl2 I.36112
1.5at12 5.37tlJ 6.JatlO 9.01+12 4.55t12
5.30-01 5.64tOO 5.24-01 l.lt+OO 3.29too
.5927a ,592aJ .59315 .59317 .59327
1.16t12 3.64+,2 6.OQtll 1.32+12 l.Oatl2
5.35tlJ 2.23tlJ 1.20tl4 5.OJtl4 7.12tl2
4.22t12 2.99+12 2.a4tlO 1.72tlO 2.JJtlO
J.39+ll 2.57+12 2.116+06 1.6ltOO 2.11+10
6.02-02 6.62-01 1.01-02 1.05-02 9.05-01
.55979 .56004 .56006 .56009 .56023
6.69tt2 6.69tlJ 9.JOtlJ 4.53113 9.56tlJ
2.15tl4 7.44tl4 9.46tlJ 4.77t,J 9.aJtl4
l.Olt12 l.JOtl2 6.94t12 3.93+11 4.64tlO
1.6Jtll 2.33111 3.81tlJ 1.46tlZ 1.60110
1.61-01 1.79-01 5.49+00 3.77too 3.69-01
.59354 .59359 .59369 .59509 .64705
9.27+11 9.62tlt l.OOtl2 4.2Otl2 1.52tll
6.46+,4 1.26tl4 l.JItl4 2.S5tlJ 2.72+,5
8.35tOS 3.64tll 2.59+13 5.0lt13 I.23411
4.79tO7 5.55t09 3.16tll 5.72+12 2.75+07
5.74-03 1.52-02 1.22-02 1.14-01 2.24-04
ls.2p.4p~(l/Z)-[K]2p.((/2) ls~2~.4sr(l/2)-[K 2pm(l/2) 1~.2~.4d.(Jl2)-[K 1 ?pm(l/Z) ls.21.4d.(J/2)-[K 2p-(l/2) Is.~s.~s.(~/~)-[K 1 2p.(l/2)
.56025 .56041 .560a7 .56106 .56173
3.04tlJ 1.74t12 2.QJt12 5.60tll ,.a9tl2
1.67t14 ,.12tl4 4.4atl2 4.altl2 4.27t12
2.22+11 l.OJtlJ 3.97tll 3.72tO9 1.7OttJ
8.05+10 2.94tll 9.55tll l.7JtO9 J.Oltl2
3.62-01 2.64-02 2.4OtOO 4.66-01 1.77-01
ts*2p.4~.(1/2)ls.2p.lp.(l/2)-
K]Ss*(f/Z) t K]Jpe(l/l)
,647Oa .64757 .64759 .64635 .64a65
2.29tll 1.64tll J.l6+l, 6.74tll 2.03111
Z.73tl5 2.72tt5 2.a3t15 2.93415 2.76tl5
3.29t12 4.74tOQ 1.2ttl3 3.7Jtl2 4.aJtl2
3.51tOa 5.73+05 5.40+09 5.15tO9 Z.a4+09
1.67-04 1.21-04 4.411-04 t.J6-03 5.117-04
ls.2p-4p*(J/2)-[K ls*2p-4p.(5/2)-[K ls.2p.lp.(J/2)ls*2p.4p.(l/?)ls.2~.4p.(Ji2)-
,562aQ .56296 .56299 .56324 ,56343
3.52tll 4.56+11 2.52ttl 6.7Otll 7.lltll
9.97tl4 6.67tO 2.15+14 7.44tl4 9.aJtl4
7.90+12 6.05112 l.Olt12 t.JOt12 4.64tlO
1.1ttlO 2.5JtlO 4.7JtO9 3.03109 1.34tOa
1.40-03 3.14-03 4.67-03 2.33-03 2.09-03
1~.2p*4p*(l/?)ls*2p*4p*(3/2)lr*2p*4dn(7/2)lr*Zp.lp*(3/2)ls.?p-4p.(l/2)-
K K K K II K
Jp*(J/2) Jp.(J/Z) Jd*(5/2) Jpe(112) 3p.(l/2)
.64906 .64924 .64944 .65226 .65227
3.41tll 2.54ttl 1.57+,, 2.55+1, 2.5Qt11
5.54tt4 2.04tl4 2,OOtlJ 9.97t14 1.,4+15
2.94tl2 l.Jatl2 4.2Otll 7.90t12 1.22tll
3.60+09 6.a4tOQ 2.59+10 a.OltOQ 5.52t07
1.22-O) 4.95-03 6.15-02 1.01-03 4.54-04
r:::,p::,d;l:::~:El~~~:~~~~~
.56410 .56076 .56117 .5alJ4 .SalJ(I
4,OJtll 2.66tll t.lJ+ll 5.Z7tll ,.Z4t12
2.55tl2 2.60+15 2.35t15 2.44tl5 5.04tl4
2.9atll 4.61+11 4.72+,1 7.7atlO 1.77tlO
2.5Jtll 1.69+06 l.lOtOU 6.7JtO: a.72+07
6.49-01 4.11-04 2.33-04 0.65-04 4.94-03
lr.2pe4p-(J/2)l~~Zsr4f~(5/2)tsr2r*4p*(1/2)ls.?$.4p.(J/2)lsr2$*41.(7/2)-
K K K K K
Jpe(l/2) Jd-(J/2) 3$*(1/2) Js.(I/?) Jd*(5/2)
3.51+11 5.16tll 2.4ttt1 1.75+11 3.66tll
s.ajt14 4.31tlJ 2.69tl4 2.05+14 1.7Ot12
4.64ttO 3.92+09 2.01+12 1.65tl2 3.19+10
6.63+07 2.a2t06 3.57+09 5.62tOV 5.7ot10
1.43-03 7.20-02 1.78-03 3.40-03 1.79+00
lS*Zp*Jd.(J/2)K]Zs.(l/2) ls*ZQ.Js.(J/2)K 2s*(l/2) ls.2p.Js.(1/2)II K 21.(1/2) 1s*Jp. (1) - ls*l1* (0) l~.2p*Jp.(l/2)-[K]2p~(l/2)
.58,72 .56335 .563&J .5aJ59 .5aJa6
3.56tll l.JJtl2 7.56tll 7.82+14 1.34+12
4.67+14 2.56t15 2.6atl5 7.a2tl4 2.07+15
2.21+09 1.9Ott2 1.15tlJ 0. 1.72tlJ
6.75tO6 3.95t09 6.44+09 0. 2.22tlO
3.05-03 2.07-03 5.62-04 3.00t00 1.29-03
lsr2~*4p~(J/2)lr*Zp*Jde(3/2)lsr2p*2p.(l/2)lr*2p~Jd.(t/2)ls.Zp*Jd~(J/Z)-
K K K K K
Js.(1/2) Js.(1/2) ?p.(l/Z) Js*(1/2) Js*(l/2)
.65408 .6aJ40 .61356 .68396 .6a421
7.9atto l.l7+12 1.45tl2 4.75t11 3.aatl2
9.66tlJ 2.6Ott5 1.95*15 2.35tl5 2.44+15
1.15tl2 4.61tlt 3.24+13 4.72tll 7.7at10
3.77tOQ 6.3otoa 4.75+10 l.QltOa 4.95t011
3.27-03 t.ao-03 1.47-03 4.05-04 6.36-03
ls.2p.Js.(J/?)-[K 2s.(l/Z) ls*2p*Jp*(J/Z)-[K I 2p.(l/2) ls.2p.Jp.(1/2)-[K]2p-(1/2) 1s.Jp. (1) - 13.1s. (0) lr.2p*3p.(J/Z)-[K~2p~(1/2)
.5aSa9 .5a4oI .56465 .58485 .56502
6.9ltll 2.21t12 4.37t12 2.46t14 7.75+1,
2.lJt14 2.115t15 1.73+15 2.46t14 5.56+14
2.54tlJ 2.1at13 7.34tll 0. 4.32ttt
J.lOtll 6.71tlO 3.72+09 0. 2.40109
1.50-02 3.oa-03 5.06-03 3. ootoo 5.55-03
lso2p*Jd*(l/2)lr~?p*2p~(J/2)1$.2p*Jd.(3/2)ls*2p*3de(l/Z)Is.lp*4d*(J/2)-
il II
.65300 .65334 .65345 .65349 .65366
K K K K II K
Js.(1/2) 2p-(l/2) 3s9(1/2) 3r*(t/2) 41*(1/2)
.(a426 .6a441 .6a473 .6a506 .6a527
1.03+13 1.60tt2 6.64t12 4.5ot11 11.45+11
5.04t14 3.ast15 4.67tl4 9.67tll 2.77t15
1.77t10 4.90+13 2.21tos 3.74toa 3.25+11
7.25t06 7.96t10 l.JOtO6 a.,Jtoa 3.97tO6
4.11-02 1.63-03 5.66-02 9.31-01 1.22-O)
ls*Zp.Jd.(J/2)-[K 2s.(1/2) ls*2p*Jp.(l/2)-[K I 2pe(l/2) ls*2p.3d.(l/2)-[K]Zs~(l/Z) ls.Zp.Jd.(J/2)K]2s*(1/2) lS.Zp.Jd.(J/2)1 K]?s.(l/2)
.56526 .56526 .50539 .5a540 ,565aQ
,.JStlJ 6.50tl2 4.,0+1, 2.a5tll 3.,4+12
6.2Jtt4 2.alt15 6.04tl4 6.14+14 2.76tl4
9.25tlO l.lttl2 2.44tlO 4.9atOa a.65+10
6.27tO9 5.14tOQ 2.49tO7 9.26tO5 J.QZtOS
6.78-02 4.63-03 1.02-03 1.66-03 4.53-02
ls.?p~Jp*(l/2)K]Jp-(l/2) ls.lp.4d.(l/2)1 K]ls*(l/2) ls.2p~3p.(J/2)-[K]Jp.(1/2)
.665JJ .66550 .66553 .6055a .6a556
6.01412 9.59+1, 5.3Stll Q.,Jtll 2.52+11
2.07t15 2.aOt15 2.(15+15 2.75tl5 2.60115
1.72tlJ 3.,7+11 2.,at,3 2.50ttO 1.21+10
9.96+10 2.17+06 1.64tlO 3.32t07 4.37t06
5.76-03 6.64-04 7.51-04 1.33-03 3.60-04
ls.2p.Jp.(J/2)-[K]Zp~(l/2) lr.Zs.Jp.(J/2)-[K Zs.(l/2) 15.2p.Js.(l/2)-[K I 2s*(l/2) ls~2s*Jp.(l/2)-[K]2s*(1/2) Ir.2p.Jp.(l/2)-[K]Zp.(3/2)
.56600 .5a617 ,567tl .56727 .56734
2.45+11 2.52+14 5.02tlJ 5.56+14 5.06tlJ
l.lttt4 3.2ltl4 5.44tl4 6.07tl4 2.07tl5
l.Oltl2 2.2ltlJ 5.4lt13 a.20+12 1.72tlJ
6.40109 6.49+13 9.06t12 l.46tlJ 6.37+11
6.34-03 2.94tOO 1.66-01 l.61tOO 4.66-02
.611603 .666Oa .6a612 .66614 .66616
9.QQt12 9.02tll ,.45+,3 2.5ltll 3.66+,,
2.6Otl5 2.60+15 2.72t15 2.62+15 2.60tl5
4.61tlI 1.06410 5.65t12 7.Oltl2 1.21tlO
7.OOtOQ 2.04t07 6.04tlO 2.49+09 6.JJtO6
1.52-02 1.93-03 1.07-02 3.56-04 5.22-04
lse4p. (1) lS*lp(1) ls.2p.4~.(3/2)ls*2~*4p*(l/Z)1s*?p.lp.(J/Z)ls.2p.4p~(1/2),s.?p.4~.(3/2)IS*Zp.4p*(t/2)Is*Zp.ld~(J/Z),s*2pm4d.(l/2)-
-
K 2p9(3/2) K 2p*(J/2) I1K]2s*(l/2)
:::::::~:~:::~I~:~:~~~~~~~
2p.(J/?) I 2p*(J/2) K 2p.(J/23 K 2pe(3/2) Ii K 2p*(J/2)
I::::::~:1:::~:I:~:n:~~~~~ ls~2p*3d~(l/Z)-[K]Zs~~l/Z)
9Q
l~.2p*Jp*(3/2)-[K]2p*(J/2) ls*2s*Jp*(J/2)-[K]2~~(1/2) lS*2p~Js~(1/2)-[K]2~~(1/2) r::::r:::I:::~r~:~:::~~~~~
ls~2s~Jp.(J/Z)lr.Zs~Jpe(l/Z)ls~2p~JQ~(l/2)-[K ls*2s~3iI*(3/2)ts.Zp.Jp~(5/2)-
K 2s.(t/2) t K 2r.(1/2) 2pm(1/2) K 2pm(l/2) K t I 2p*(J/2)
I1:::~::;d:I:::~:~:~:~~~~~~~ I::::::::I:::~:~:~::~~~~~~ 1:::~::~:I:::~:~:3::~~~~~~ ls~2p*4I.(J/2)-[K]4p*(J/2)
374
~tomlcDataandNudearOetaTables.Vd.38.No.2.March1988
Od
9Q
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line blu&escence Yields fo; Satellites of He-like Ions Seepage 344 for Explanation of Tables 2 = 42
1 = 42
L AUFJOA
A(il)
A(lOl)
.68619 .68620 .68634 .68637 :68641
3.62ti4 2.78t13 3.l9ti3 1.49tlJ 1.9ltl4
2.49t15 3.15t13 7.49ti3 2.77t15 1.73t15
6.6att2 5.97tlO i.oatoa 3.25tll 7.34tll
5.aotl2 1.05tll i.a4toa 6.99tO9 1.62tll
8.68-01 1.76tOO 1.70too 2.15-02 2.21-0,
14*2p*4d.(3/2)-[K]4d.(3/2)
1s*2p*4f.(5/2)-[K]4f.(5/2) ls+2p*4d*(5/Z)-[K]4d-IJ12) Is*2p*3d*(3/2)-[K]3dn(5/2) lr*Zp.41*(3/2)-[K 4pe(l/2) lw2p.ll*(7/2)-[K 1 4fw(5/2)
.68641 .66643 .68647 .68648 .68649
2.25tl3 2.19tl4 2.59415 4.69112 3.30114
2.8Otl5 2.7lt15 2.60tl5 1.14t13 2.75+15
1.06tlO 2.61tl2 4.6ltll 7.05+08 l.JJtll
5.09tO8 1.26t12 1.63tl2 1.21+09 1.27tl1
4.82-02 4.84-01 3.9&00 1.71too 9.59-01
lstZp*ld*(5/2)-[K 4d*(5/2) ls*Zp*3d-(l/Z)-[K 34_(3/2) ls*?p*4t-(7/2)-[K I 41*(7/2) 14.2p.Jd.(7/2)-[K]Jd~(5/2) ls.2p.4~*(5/2)-[K]4p~(3/2)
ls..2polf*(5/2)ls*2pe41.(3/2)ls.Zp*4d.(l/2)lw2p*lf-(7/2)-[K ls*2p.41*(9/2)-[K
.68650 .6865i .68653 .68654 .68655
2.77tl5 2.aoti5 4.alti2 2.44tl5 2.77tl5
2.80+15 2.aoti5 4.81412 2.77tl5 2.77tl5
1.06tlO 1.21tio 3.95t09 3.34411 3.69tll
6.29tlO 4.85+10 7.90+09 2.36t12 3.68tl2
ls.2p.ld~(J/2)K]4r*(l/2) 1~.2p*4d*(3/2)t K]4d.(5/2) ls~2p*4l*(7/2)-[K]4l~(7/2) 1s.2p. (I) - lstlst (0) lr*2p.4f.(l/2)-[K]4p.(l/2)
.68656 .68656 .68658 .68659 .68659
5.25t12 2.75tl5 2.42+15 2.altl5 6.4atii
1.33tl3 2.77t15 2.75tl5 2.alt15 6.4atil
5.95+07 3.25tll 1.33tll 0. 4.09t08
ls.2p.4f.(5/2)-[K]4f.(5/2) Ise2p*4d.(1/2)-[K lso2peJde(l/2)-[K ls*2p*4d*(5/2)-[K 1~.2prll.(3/2)-[K]4p~(1/2)
.68659 .68660 .68661 .68661 .68662
2.73t15 2.80415 2.34+15 2.49t15 7.52t12
2.75+15 2.80tl5 2.35+15 2.71tl5 l.OltlJ
.68663 .68664 .68664 .66.668 .68668
2.13115 2.52tl5 3.29t14 2.74t15 2.05+13
4p*(3/2) ! 4s*(l/2) 44.(5/2) K Jp.(3/2) tl K 4p*(3/2)
.68671 .6.5673 .68673 .68674 .68674
I:::~:::rl:::~r~:j:,~~~~~~ lr.Zp.4p.(l/2)K]lpe(l/2) ls*2p*4p.(3/2)K 4p.(l/2) ls.2p.4~.(5/2)ii K 4p*(3/2)
.68676 .6867a .66678 .68679 .68683
IRANSIIION
lw2p*lp*(l/2)-[K lw2p~4st(3/2)-[K Is*Zp*ldr(7/2)-[K ls*lp~3p*(l/2)lse2p*lp.(3/2)-
K 41.(7/2) K 4f.(5/2) il X 4~(l/2) 41.(5/2) ! 4f*(7/2)
46.(3/2) 3de(3/2) I 46*(5/2)
AUGER
Od
TRANSITION
A(il)
A(lol)
.66767
2.91tl3 2.65+13 l.Oltl4 6.46tll 4.04tl2
7.49113 2.77tlJ 5.54tl4 6.48tll t.33113
l.OBtO8 7.95+12 2.94t12 l.OtO9 5.95+07
1.6arO8 2.36tlJ 1.07t12 l.lJtlO 7.24tO7
1.55tOO 2.97tOO 3.64-01 9.96tOO 1.22tOO
.66769 .68770 .a6771 .68773 .66773
5.49tl2 5.17+11 6.3Otll 4.39tl4 1.15+11
1.94+13 9.67tll 2.63t12 4.33tl4 1.52+14
1.37tlO 6.74+06 2.6atO8 1.60tlO 9.52tl2
2.32tlO 9.33tO6 5.13tO8 1.26tll 4.05tlO
1.69tOO 1.07tOO 1.9ltOO 8.00tOO 4.26-03
5.95tOO 4.ootoo 2.00too 7.05tOO l.OOtOl
.68773 .66774 .66781 .66761 .66783
3.23tl2 2.lOtl4 5.64t13 1.63tl4 7.lOtl4
1.09tlJ 2.13tl4 9.06tl3 4.67t14 1.73tl5
2.66tlO 2.54t13 6.5Ot09 2.21409 7.34411
5.07410 6.95tl3 1.62tlO 3.47t09 6.04tlI
1.77tOO 3.52tOO 2.49tOO 1.57tOO 8.23-01
9.39tO7 1.29+12 9.33+11 0. a.iatoa
1.58tOO 3.98tOO 7.04tOO 3.00+00 2.ootoo
.66763 .66763 .66783 .68765 .66787
1.a3t14 3.36+13 4.75t11 4.02t12 1.04tl2
1.83tl4 2.04tl4 2.72+15 1.33*13 2.73115
1.09+14 1.36t12 1.23tll 5.95*07 3.29tl2
2.73+14 9.11tll 8.60107 7.19407 2.51t09
2.5ltOO 6.60-01 7.00-04 1.21too 7.63-04
2.21tO6 3.17tll 4.72411 2.6ltl2 2.52+10
1.3ltO7 6.33tll 9.43tll 1.44tl3 7.08tlO
5.96tOO 2.OOtOO 2.OOtOO 5.5ltOO 2.EltOO
.68792 .68792 .66793 .68801 .66802
1.3at13 7.69t12 4.24tl3 2.44tl3 1.6ltl2
1.6ltl4 1.09t13 5.18tl4 6.49t13 2.72t15
2.79tll 2.86+10 2.3ltlJ 1.07t09 1.23+11
1.41+11 1.2ltll 1.09t13 2.42t09 2.90t06
5.04-01 4.2ltOO 4.71-01 2.26400 2.36-03
2.49115 2.76t15 2.77t15 2.75415 2.75+15
6.68tl2 4.85112 3.34tll 2.5OtlO 2.21t06
3.42tl3 2.65t13 3.18411 9.96tlO 9.86+04
5.12tOO 5.46tOO 9.50-01 3.98tOO 4.47-02
.68625 .a6827 .86833 .66633 .68835
3.42tl3 1.7ltll 1.94tl5 2.20tl5 1.95tl4
9.06t13 1.16+14 1.95tl5 2.20t15 5.58tl4
8.50+09 l.Olt12 3.24tl3 5.16413 4.32tll
9.79tO9 6.07409 6.36tl3 l.Olt14 6.04tll
1.51400 6.03-03 1.97tOO 1.9StOO 1.40tOO
2.7Otl5 2.71+15 2.76tT5 2.0lt15 2.71t15
2.72tl5 2.72+15 2.76+15 2.07tl5 2.82t15
5.65+12 1.23tll 4.83412 1.72+13 7.0ltl2
1.12tlJ 4.9ltll 3.86tl3 3.32tl3 2.70+13
1.98+00 4.OOtOO 7.99tOO 1.93tOO 3.65tOO
l?.*?p*4pm(5/2)ls.?p*4p-(3/2)ls*Zp*Sd-(5/2)lr.2p.Jpm(S/2)1¶*2pt3p-(1/2)-
'IK
K 4p.(3/2) K Ip*(J/?) Jd.(5/2) K Spe(3/2) ii K 3pe(3/2)
.66642 .68844 .a6646 .86658 .66870
1.67tl2 2.4ltl2 4.05tlJ 1.55tlJ 1.06tl4
9.46tlJ 4.77tl3 6.49+13 2.67t15 2.61tl5
6.94t12 3.93+11 1.07tO9 3.57tl3 l.lltl2
6.85111 7.67tlO 4.02t09 7.6ltll 8.4ltlO
9.67-02 2.00-01 3.7000 2.13-02 7.57-02
2.73tl5 2.iatl5 2.47tl5 2.75tl5 2.77tl5
2.73115 2.6at15 2.72+15 2.83tl5 2.93tl5
3.29112 7.9atl2 4.74tO9 f.ZltlJ 3.73t12
6.57tl2 3.86tl3 8.62+09 4.66+13 2.12tl3
2.OOtOO 4.86too 1.82tOO 3.86tOO 5.68+00
1$*2p*4s*(S/2)lst2p.4~*(5/2)ls*?p*2p*(3/2)-
ld*(5/2) K 3 4d*(5/2) 2p*(3/2) K 2s*(1/2) K I I 2pe(l/2)
.661195 .88915 .66920 .a6935 .68947
1.13tl2 7.49tll 3.IIat15 2.75tl5 2.40115
2.77tl3 7.49tll 3.a9t15 2.75+15 J.Oltl5
7.95tl2 1.15110 4.90*13 3.94+12 1.14+14
l.Oltl2 6.82tlO 1.93t14 1.57tIJ 3.49114
1.27-01 5.91tOO 3.95too 3.99tOO 3.06tOO
4.85tl2 7.78410 2.5OtlO 1.77+10 4.32tll
2.55+12 3.lOtll 3.67408 3.45110 5.42tlO
5.26-01 3.9atOO 1.47-02 1.95tOO 1.26-01
.66962 .66964 .66965 .66969 .68970
1.49+13 1.19tl3 1.26t12 1.99112 4.66t12
2.29tl4 6.23tl4 2.56tl5 2.66+15 1.16+14
2.16tlJ 9.25tlO I.90112 1.15113 l.Olt12
7.71+12 5.37t08 3.81tO9 1.7OtlO 1.67+11
3.57-01 5.80-02 2.00-03 1.46-03 1.65-01
.66964 .aa9a5 .a9009 .69036 .69040
1.49tl2 3.00415 9.57tll 8.51tO 4.04tll
6.14114 4.04t15 2.56tl5 8.5ltl4 2.13+14
4.96tOa 1.21+12 1.90112 7.99tlJ 2.54t13
4.64+06 i.79+12 2.65+09 4.38tl4 I.73111
9.72-03 l.49+00 1.50-03 5.49tOO 6.79-03
96
LAYBOA
Is*2p*44+(3/2)-[K]4d*(5/2) ls*2p*4st(3/2)-[K]4~*(1/2) lr*2p*4p*(l/2)-[K]4~*(3/2) ls.2p*41.(9/2)-[K]4f~(7/2)
1$*21*2p.(3/2)-
ls*2p_2p.(3/2)-
.66764 .66765 .66765 .a6766
K K
AUGER
Qd
9w
1:::~::::1~::~:~~3:~~~~~~~ ls.2p.4d.(3/2)K]44*(5/2) IrrZp~3d*(l/2)K]Jde(3/2) ls.Zp.3p~(J/Z)i K]Jpe(l/l)
.68683 .68684 .68687 .68690 .68693
2.43tl4 2.43t15 l.Olt13 4.92tl4 I.75113
2.76tl5 2.44tl5 2.75tl5 5.04+14 5.5ttl4
1s*2p*Jp*(3/2)-[K ls*2p*Jd*(7/2)-[K lr*Zp*3s*(3/2)ls.2p*Js~(l/2)1,.2p.4~.(1/2)-
3pt(3/2) 3d.(5/2) K 3s.(l/2) K Js*(1/2) il K 4p.(l/2)
.68694 .68699 .66699 .68704 .68705
2.51+15 2.38+15 2.55tl5 2.68tl5 3.0ltl4
2.85tl5 2.38415 2.56t15 2.68tl5 5.54tl4
2.18t13 1.09tO 1.90412 1.15t13 2.94t12
7.63t13 8.72tl3 7.60+12 2.2.5+13 3.18+12
3.5OtOO 7.96tOO 3.99tOO 1.99+00 1.08tOO
lselp.4p.(3/2)lse2pe4f*(3/2)ls*2p*41*(5/2)ls*Zpo3pe(3/2)lsnZpeJd.(5/2)-
K IK K K ii K
4fe(5/2) 4p*(3/2) 4p.(3/2) 3p.(l/2) Jd.(5/2)
.68707 .68708 .68714 .68715 .68722
2.66tll 6.08+12 1.13tll 2.69115 5.04+14
2.82+15 l.l4+13 5.16+12 2..57+15 2.68tl5
7.01+12 7.05tO8 5.35t09 3.57tl3 7.98+12
2.64+09 1.50t09 7.04tOa 1.32tlA 8.96412
3.77-04 2.13+00 1.32-01 3.71tOO 1.12tOO
.89052 .69085 .69096 .a9099 .69109
2.46+11 1.79+12 3.23411 7.86tl2 3.46t12
2.76tl4 2.13t14 1.62t13 3.2ltl4 2.12t13
6.65tlO 2.54+13 3.15tlO 1.73tl2 5.55tll
3.07408 7.64+11 3.76tO9 1.69tll 3.53tll
3.55-03 3.01-02 1.19-01 9.74-02 6.37-01
Ist2p.41.(3/2)ls.Zp.lp*(3/2)ls*2p.lp*(5/2)ls*Zpn41.(5/2)lr*Zpe3d.(3/2)-
K cK K K i/ K
4p.(3/2) 4pe(l/2) 4f.(7/2) 4p*(3/2) Jd.(5/2)
.68722 .68723 .68725 .68727 .68728
4.66+11 7.57tll 6.43tll 1.86tll 6.66t12
1.07tlJ 2.04tl4 2.93+15 1.67+12 2.44t15
2.52tlO 1.38+12 3.73tl2 2.OOtO9 7.78410
4.39+09 2.04tlO 4.91tO9 1.34t09 8.5ltO8
1.74-01 1.48-02 1.32-03 6.69-01 1.09-02
.69129 .69140 .69141 .69142 .69142
2.72tll l.lOtll 1.59,13 7.93tll 4.45tl3
6.33tI4 8.52tl4 1.62tlJ 8.7Otl4 1.33t15
1.16+11 8.05tO9 3.15tlO 7.95tO9 1.6ltlJ
I.51408 3.02+06 I.85tll 3.76tO7 2.13tl2
1.30-03 3.75-04 5.67tOO 4.73-03 1.32-01
.68728 .68730 .68733 .6%737 .68739
2.59tl5 3.78112 2.72t15 2.76tl4 5.91tll
2.alt15 3.15+13 J.Olt15 4.67t14 2.83tl5
l.lltlZ 5.97tlO 1.38tlJ 2.21tO9 1.2ltlJ
2.05tl2 1.42tlO 7.46tlJ 5.24t09 l.OO+lO
1.85tOO 2.38-01 5.4OtOO 2.37tOO 8.30-04
1,.2~.4p.(3/2)K I$*lp.Jp*(J/t)K ls*2s*ld-(J/2)K ls.2p.lp.(3/2)ii K ls.2s.3d.(5/2)-[K]3p.(3/2)
.69176 .69160 .69166 .69205 .69205
4.58tl2 4.74111 5.66+11 1.02tl3 2.01tl2
1.7Otl4 3.22tl4 1.95t13 9.97tl4 2.35tl2
1.03tlJ 8.56+11 6.17tll 7.90+12 3.15t12
1.05tl2 5.03+09 9.40t10 3.2ltll 6.91412
1.02-01 5.a7-03 1.15-01 4.07-02 2.19tOO
.68745 .68747 .6875t .68751 .66755
1.39tl3 1.48t14 1.40t13 1.19t12 2.49tl2
7.49113 l.6lt14 1.94+13 1.19t12 1.07+13
1.08t08 2.79tll 1.37t10 3.91t01 2.52tlO
8.03+07 1.53t12 5.89tlo 3.13+09 2.34tlO
7.43-01 5.49tOO 4.30+00 11.00*00 9.29-01
ls*2pelp*(1/2)Is*?p.ll*(5/2)-
.a9206 .69209 .69216 .69216 .69221
2.15tl2 3.52tll 2.94tll 2.13tll 1.07+12
1.14tl5 a.lltl4 6.7ltl4 8.62+14 2.15tl4
1.22tll 6.33tlO 7.03+06 l.OOtlO l.Oltl2
4.5ato8 1.59tO8 9.51+05 1.57to7 2.01t10
3.77-03 2.51-O) 1.35-03 1.45-03 1.96-02
.68756 .66759 .66759 .66762 .68762
5.05t12 1.33tl2 2.03tll l.DStlJ 2.00112
5.16tl2 1.67tl2 2.03tll 2.00+13 2.63tl2
5.35tO9 2.OOtO9 7.7ltO9 4.2Otll 2.66t08
3.13tlO 9.55t09 7.42tlO 3.27+12 1.63t09
5.86tOO 4.77tOO 9.63+00 7.77tOO 6.OatOO
.6922l .69225 .69225 .69226 .69228
4.94tl4 2.09112 l.llt12 9.74tl2 2.70tlJ
5.44tl4 4.43tlJ 4.31tlJ 4.06~13 6.66tl4
5.4ltlJ 3.36tll 3.92+09 1.9,+12 6.85tlO
8.93413 9.4at10 3.34to9 2.61412 1.2atio
1.65tOO 2.61-01 8.51-01 1.37tOO 1.87-01
1~.2p~Jp~(l/2)-[K]Jp.(l/2) iiiirtIiiiili~~iiiiIiiI13i 1~.2p.4~-(3/2)-[K]4~.(3/2)
ls.2p.4l*(5/2)-[K]41~(7/2) ls*2p.4f.(5/2)-[K]4l~(5/2) lso2p.ll*(9/2)-[K 4f*(7/2) lso2p*4d*(7/2)-[K 46*(5/2) ls*2p*lf.(7/2)-[K I 41.(5/2)
ls*2pe3d.(3/2)ls~2p.Zp~(1/2)ls*2ptJs.(3/2)ls*Zp*2p~(5/2)ls*2~.3s.(3/2)-
3s*(1/2) 2pe(1/2) K 36*(5/2) K Zp.(J/?) II K Jd.(SII) K K
4sn(l/2) Jpm(l/2) 4pe(1/2) 4pe(l/2)
K]4p.(l/2) t K]lp.(3/2)
iiilih.ik3iiz]iiiiiiii 1s~2p.3s~(1/2)-[K]3..(1/2)
375
Atomk
Dataand
NudearDataTaMes.Vol.38.No.2,
March,9@
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
1 = 42
1 = 42
TRANSITION
Is*Zp.ld*(5/2)Ir.2p.4f.(7/2)Ir*2p.41.(3/2)-
lr.2fL
(I)
lr.2p.4f.(5/2)lrr2peld*(7/2)Ir~2p-Jpe(1/2)lr.2p.lp.(3/2)lrr2p.lp.(I/?)-
lr.2p.Sde(5/2)ls~2p.3p.(3/2)Ir.Zpmlpm(J/?)Ir.2r.lp.(J/Z)lro2p~lp.(l/2)-
fs.2~*4~.(1/2)IrB2pwJd.(5/2)Ir.2p~lp.(I/?)1~.2pe3p.(5/2)lr.2p.Jd.(3/2)-
LAUEOA
LAYBOA
A(if)
A( lot)
AUGER
.69386 .69386 .69388 .69394 .69395
8.88tlJ 1.68+11 8.38tll 1.63+12 8.42tll
1.26tl4 4.48+12 8.8Otl4 2.69+14 2.24tl4
3.64tll 3.97t11 1.27+12 2.01t12 4.95+09
5.12tll 5.47t10 3.68tOS 2.4ltlO 2.84tO7
1.41too 1.38-01 2.90-03 1.20-02 5.74-03
.69399 .69405 .69407 .69416 .69417
1.65+13 5.71tl3 4.21+11 4.24tl2 1.70tl2
2.05114 3.21t14 8.8Otl4 4.81+12 1.99t12
1.65tl2 2.21+13 1.27+12 3.72tOS 3.05t08
5.28tlf 1.47tlJ 2.43t09 1.31tlO 5.2OtO8
3.19-01 6.65-01 1.91-03 3.53too 1.70*00
lsi2s~Jd~(3/2)-[K]Jp*(3/2) ls~2s~3s*(l/2)-[K]3~.(1/2) 16*2:.36*(5/2)K]3p*(3/2) lr*2pw2p.(3/2)K 2p.(3/2) Ir.2r*ll*(5/2)-[K It 4dm(3/2)
.69419 .69428 .89426 .69433 .69440
1.84tl3 S.OOtlJ 1.87t13 6.18tl4 1.07tll
5.35tlJ 1.38tl4 2.23tlJ 3.01tlS l.Oltll
4.22+12 2.59t13 2.99+12 l.Iltl4 7.1ltOS
5.39112 2.85tlJ 1.32tl3 9.01+13 4.00110
1.28+00 l.lOtOO I.43100 7.91-01 5.63400
2.00tOO 1.93+00 2.00+00 3.99tOO l.OOtOl
fs.2:.46.(3/2)Is*2:.4d.(5/2)Ir*?s.4fJ3/2)-[K Ir~2r*4fe(5/2)Ir~2~.4pe(3/2)-
K 4p*(3/2) I K 4p*(3/2) Id-(J/2) K i 4d.(3/2) f K]lr*(l/2)
.69447 .69450 .69452 .69452 .69465
1.38tl2 1.94+12 3.29+11 6.46+11 3.40+11
4.48t12 2.55+12 3.29tll 8.46tll 9.66t13
3.97tll 2.98tll 2.9ltO5 2.14tO7 1.15t12
4.5Ot11 1.22tl2 1.16tO6 1.28tO8 1.6ltlO
1.13tOO 4.08tOO 4.OOtOO 6.00tOO 1.39-02
3.78+11 5.07tll 3.18tlO 9.06+11 0.
5.97tOO 9.13-01 4.00+00 8.00+00 3.ootoo
Ir*2~.4pm(1/2)ls*?r*3pm(3/2)Ir.2$.41_(7/2)ls*2r*Jdm(1/2)Is*2pe2p*(1/2)-
K K K K 1K
4r.(l/2) 3s.(I/2) 4d.(5/2) 3p.(3/2) 2p.(3/2)
.69467 .69470 .69471 .69471 .69471
7.51411 1.5Otl3 4.89411 3.34tll 1.03+15
2.2StlJ 2.57+14 4.89411 1.20+14 4.04+15
1.35tll 2.fStl2 7.19tO8 2.84tlO 1.21tl2
8.98tOS 4.96tll 5.75+09 1.58tO8 8.Iltll
6.64-02 2.31-01 7.99tOO 5.56-03 5.12-01
1.30412 3.38+11 1.51+09 1.16tll 1.26+11
2.36+12 1.56+12 6.35+09 4.59411 7.55tll
l.OltOO 4.6ltOO 5.52tOO 3.97+00 5.99+00
ls.?r~Jpm(1/2)Ir*2r*3d-(3/2)16.2s.4dm(5/2)lr*2$*4de(l/2)1:.2:.3d-(5/2)-
K 3r.(1/2) KI Jp.(3/2) K]4p.(3/2) K 4p.(3/2) I KI 3p.(3/2)
.69472 .89473 .69474 .69478 .69487
1.55+12 2.26+12 3.74tll 2.95tll 6.04+12
5.76+13 5.03114 3.74tll 1.99t12 7.12tl2
1.47+11 1.72+10 3.32tlO J.OStO8 2.33tlO
7.91+09 3.10106 l.IJtll 9.01t07 1.18tll
5.38-02 1.80-02 5.51tOO 2.96-01 5.08tOO
6.62tl4 8.7OIl4 7.65114 9.97t14 1.14*15
1.06tlo 2.110*12 1.93+12 7.9Ot12 1.22+11
2.119+0(1 2.24+13 3.15+12 2.20+!3 1.79411
2.67-02 7.97*00 1.63tOO 2.79too 1.47too
1:.2:.4d.(5/2)Irn2p.2p.(l/2)Ir~?s.4p*(1/2)Is*2r.3p~(f/2)Ir*2sr4s*(l/2)-
K K K K iK
.69493 .89498 .69507 .69513 .69517
2.09+11 l.lltI5 3.6Otll 2.75t13 2.39tl2
2.55tl2 1.11+15 2.69tl4 6.07tl4 4.27tl2
2.98+11 2.72tl2 2.01t12 8.20+12 1.70+13
1.31tll 5.43112 5.34tOS 7.35+11 3.81+12
4.40-01 1.99tOO 2.66-03 8.96-02 2.25-01
5.10+13 7.94tl2 3,11+13 8.4ltl4 3.32tl4
5.32+13 4.43113 4.011+13 8.68+l4 6.62+0
1.73+11 3.38tll 1.91+12 6.85tlO 6.3Ot12
9.9ltll 3.6ltll 8.33t12 3.911+11 f.25tl3
5.74400 f.07roo 4.37too 5.111too 1.99too
Ir*2p.3p-(3/2)1$*2~4p*(3/2)Ir*2p~3p~(I/2)Is~2pe?pe(5/2)Ir~2ro4p*(5/2)-
K 3p.(3/2) K I 46*(5/2) K]Jp*(3/2) K 2p.(3/2) I K I 4d*(5/2)
.69523 .69531 .69531 .69535 .69539
1.65tl2 3.85tll 8.25112 9.27tf4 7.06+11
6.46tl4 2.05tl4 1.26tl4 9.27+14 7.06+11
8.35+09 1.65t12 3.64tll 8.93tlJ 7.41+08
8.55+07 1.24410 4.76tlO 4.09tl4 4.44t09
1.02-02 7.47-03 1.31-01 5.47tOO 5.99100
.69275 .69275 .69275 .69276 .69276
8.9lt14 8.69tl4 I.33+12 7.96tl4 U.67tl4
8.92+14 6.8W14 5.35t13 8.23+14 6.67tl4
9.59+11 1.27tl2 4.22t12 9.25tlO 8.05+12
5.74+12 5.01+12 3.90+11 3.58+11 4.71+13
5.99tOO 3.94too 9.23-02 3.117*00 5.94+00
Is*2s~lr.(3/2)ls.2r.2p~(3/2)Is.2r.3r.(1/2)Ir*2s.lp~(3/2)I,.2p_Js.(1/2)-
.6927.5 .69279 .69280 .69282 .69282
2.09tl4 I.33114 6.3Ot12 2.05+14 2.17t14
2.14t14 8.33+14 1.95+13 2.15+14 2.24t14
1.47tll 4.96t12 11.17t11 l.Oltf2 4.95t09
5.76tll 3.94*13 l.Olt12 3.84+12 9.62+09
J.SltOO 7.95too l.24tOO 3.80+00 1.94+00
Is~Zp-2p*(3/2)lr.2r.Jp*(3/2)Is.2r.3r.(1/2)ls.2r.3p.(5/2)lso21*2p~(1/2)-
3d.(5/2) 3p*(3/2) 4pe(l/2) 4dm(S/2) Ip.(l/?)
.69284 .69286 .69288 .69288 .69292
1.18tl4 6.11+14 8.83+14 I.87+13 1.32tl4
1.23tO 1.33+15 9.83t14 1.7ot14 1.67tl4
1.47tll 1.61+13 4.64tlO f.ostls 2.22tll
8.37+11 2.92+13 1.67tll 4.30t12 3.51t11
5.71*00 1.112+00 3.59+00 4.16-01 1.51too
lr.2:.41*(3/2)ls*Zp-34*(1/Z)Ir*?pm34.(3/2)Ir~Zs.Sp*(5/2)Is*2s.34*(3/2)-
4d*(5/2) 3p.(3/2) 4d*(5/2) 4d.(S/2) 3s*(l/2)
.69294 .69294 .69297 .69307 .69309
3.8ltll 7.92+14 2.46+12 5.31+13 4.34tf4
8.92+14 1.52tlS 2.14tl4 1.7Otl4 5.90114
9.59tll 1.69+fl 1.47+11 1.03tl3 1.56+11
2.45tO9 1.75+11 6.76+09 1.22tlJ 2.29+11
2.56-03 1.04+00 4.59-02 1.18tOO I.47tOO
ls.2sa3p-(3/2)lr.?s*3p-(l/2)ls.2s.3~~(3/2)Is*2p-2pe(1/2)!r.2..2~.(1/2)-
4p.(l/2) 3d.(3/2) 4p*(3/2) 3p*(3/2) Jde(3/2)
.69315 .69318 .69319 .69321 .69321
7.97tlJ 9.07tl4 3.33tll 6.30tl4 2.72+14
l.I?tll 9.06tl4 7.44tl4 8.3Otl4 2.78tl4
1.03tl3 2.07t12 1.30+12 1.60,13 8.65+10
I.35t13 1.24+13 1.16+09 9.42+13 3.39+11
1.3OtOO 5.9OtOO 8.94-04 5.88tOO 3.92tOO
Is~21.2r*(I/2)Is*2poSp*(3/2)lrB2p*Jd*(7/2)lr.2p.Jp*(5/2)Is.?p.Jpe(3/2)-
.69324 .69324 .69326 .69328 .69346
1.22tlS 3.17tl4 7.97tlJ 3.84t14 2.4lrl3
1.22tl5 3.22tl4 1.20tl4 5.03tl4 1.76tl4
9.81t13 8.56tll 2.04tlO 1.72+10 2.74tll
f.82+14 3.36t12 3.77tlO 5.26tlO 7.48*10
1.(15too 3.93*00 1.33*00 3.05too 2.73-01
.69349 .69351 .69352 .69353 .69360
3.40tl2 5.29tl4 1.92+13 4.79112 1.21tl3
9,83+I4 6.52+14 1.16+14 1.67tl4 3.2ltl4
4.64tlO 6.IOt09 1.59tl3 2.22+11 2.21tlJ
6.43t06 1.98tlO 4.63112 l.27+10 3.11+12
.69363 .69365 .69366 .69376 .69378
1.12t12 3.49tf2 1.88+12 3.07tlJ 5.01+14
9.08tl4 6.97t14 2.78+14 l.lZtl4 6.46+14
2.07tl2 7.65+12 6.65tlO 1.03tlJ 8.35+09
f.54tlO 7.56tlO 2.34tOQ 5.IQtl2 2.59tlO
K 46.(3/2) K 41.(5/2) [1K 41.(5/2)
-
lrDlr*
K K K K K II
K K K K Ii K
K K K K II K
(0)
41*(7/2) ld*(S/Z) 3pe(112) 4p.(3/2) 4p.(3/2)
A(if)
A( 1st)
AUGER
Od
91
IRANSITION
.69231 .69235 .69239 .69239 .69241
4.07rlI 1.31412 9.55+12 5.90112 2.77rll
8.23+14 l.IOtl2 1.16rl4 1.23tl4 8.33tl4
9.25+10 3.19tlO 1.59tl3 1.47tll 1.16+11
1.83+08 1.93tll Z..lOtlZ 4.2OtlO 1.54+08
1.98-03 6.06+00 1.45-01 2.86-01 1.33-03
.69241 .69242 .69243 .69244 .69247
1.89+12 J.lStl2 2.33+13 3.64413 7.82+12
8.36tl4 8.41+14 6.07tf4 4.31+13 1.95t13
1.26tll 6.33+IO 8.20+12 3.92t09 6.17tlf
1.7OtO9 1.42+09 6.22+11 f.99tlO 1.26tl2
1.35-02 2.24-02 7.58-02 5.08+00 1.54tOO
Ir*2~4p~(3/2)-[K ls.2rr3p.(3/2)-[K fs*2p-lr*(3/2)-[K Irn2$.4de(3/2)lr*lr*4dm(1/2)-
.69248 .69248 .69251 .69251 .69251
2.12t12 8.67tll 8.71+14 6.78+14 9.17tl4
5.32+13 2.8Otl2 8.7ltl4 8.62tl4 9.17tl4
1.73tll 1.5lt09 7.03t08 l.OBtIO 7.08+07
4.12+10 3.75t09 2.81+09 6.47tfO 5.67tO8
2.39-01 2.48tOO 4.00tOO 5.97tOO 8.OOtOO
.69251 .69252 .69252 .69252 .69252
8.04rl4 6.8ltl4 8.5ltl4 6.IZtl4 6.8ltl4
8.04+14 6.97+14 8.52t14 6.14tI4 8.81+14
2.44+10 7.65+12 8.05+09 4.98tO8 1.61+11
4.87410 1.48+13 1.61tlO 1.99tOS l.blt12
.69252 .69253 .69254 .69254 .69257
8.38tl4 4.96+12 6.69t14 8.85tl4 9.03tl4
8.4ltl4 2.12+13 6.70+14 8.65+14 9.03tl4
6.33tlO 5.55tll 7.95+09 l.IJ+II 0.
.69258 .69258 .69258 .69260 .69260
6.76+14 3.43tl3 1.93t12 6.27tl4 8.36t14
7.44+14 4.43tl3 2.6Otl2 8.33t14 8.38+14
.69260 .69261 .69262 .69266 .69267
3.92412 6.7Otl4 6.26tl4 7.00tl4 8.41414
.69267 .69267 .69270 .69273 .69273
I:::r;::;I:::~:~:~%:I:::~ ls*2pm4s*(3/2)-[K]4de(3/2) r::::r:~:I1::~-~:3::rl:::~ 48*(1/2) 36.(5/2) 46*(5/2) K 4p.(l/2) K t I Ipe(I/Z)
II
41.(7/2) 2pm(112) 46.(3/2) Jde(3/2) 4pm(l/2)
II
Od
9w
K K K K K
4pe(l/2) 21.(1/2) Jp.(3/2) 4d.(3/2) 3dm(3/2)
.69549 .69556 .69572 .69579 .69580
3.02tll 8.74tO 4.24tlJ 5.17tll 2.46+12
l.lOtl2 6.74t14 1.38+14 9.66tlJ S.SOt14
2.70107 6.61+12 2.59+13 1.15t12 1.56+11
2.96407 2.62tIJ f.34413 2.44+10 1.30+09
l.OS+OO 3.96+00 5.17-01 2.12-02 6.33-03
K K K K K
2p.(3/2) 36*(5/2) 3p.(l/2) 3dm(3/2) 21.(1/2)
.69587 .89588 .69591 .89600 .69605
3.13114 i.44+12 5.99112 2.05tll 2.Olt14
3.2lt14 6.62+14 2.35413 1.92+12 2.01+!4
I.73112 6.30tl2 5.OltlJ 2.lOt09 4.13tfO
6.73+12 5.43tIO 8.ISt12 1.34tOS 8.25tlO
3.68tOO 8.82-03 1.63-01 8.41-01 2.00100
.69610 .69817 .69622 .69645 .89678
8.02tll 4.OOt12 3.8ltll 1.71t12 8.14+11
l.lOt12 1.76+14 6.52+14 1.92+12 2.08+12
2.70t07 2.74+11 6.10+09 2.fOtOS 6.86t07
7.86t07 l.24tlO 1.42+07 1.12tlO I.04t08
2.9ltOO 4.54-02 2.33-03 5.35tOO 1.57tOO
3de(3/2) 3dm(3/2) Jp*(J/?) 2p*(3/2) 2p-(l/2)
.69742 ,697)) .69824 .69991 ,70030
9.45411 4.13+11 1.27tl2 6.88tll 8.12t13
2.57414 5.76t13 2.08t12 1.11+15 1.02tl4
2.15t12 l.47tll 6.66t07 2.72tl2 1.60tl4
J.IJ+IO 2.lOtOS 1.62t08 3.37tO9 9.93tl3
1.46-02 1.43-02 2.43tOO 1.24-03 6.21-01
K 2~~(3/2) K 4pg(3/2) KI 4d*(5/2) K 4p*(3/2) I K 1 Ipe(ll2)
.70531 73029 :73069 .I3073 .73146
2.03tl3 I.89111 1.68rll 1.98tll 1.95tlf
1.02tl4 2.85tlS 4.39t14 3.01+15 2.87tlS
1.6Otl4 2.18tl3 I.8OtlO 1.38tl3 3.57+13
2.49tlJ 5.74t09 4.89tO7 5.44t09 9.58t09
1.56-01 2.83-04 3.06-03 3.94-04 2.69-04
ls~2p*3p~(l/?)-[K]4p.(l/2) Is*2p*Js*(J/?)K]ls*(l/?) Is~lp~Js*(l/2)t K]lr*(1/2) Ir*2$*3d*(5/2)K]4f*(7/2) lr.?r.Sd.(3/2)t K]41.(5/2)
.73160 .731119 .73194 .73655 ,73698
3.t4tlI 1.45tll 2.04tll 3.40111 3.58rll
2.8lt15 2.56tl5 2.68tl5 2.35t12 2.12tl3
l.llt12 1.90112 l.fStlJ 3.IStl2 5.55tll
2.48tO6 4.32tO8 1.74409 l.l7t12 3.66tlO
2.23-O) 2.27-04 1.52-04 3.71-01 6.59-02
1.38-02 3.24+00 2.92-01 5.72-02 1.41-01
Ir.2p.3p.(3/2)K]lp.(l/2) lr.2p.3~.(3/2)K]4s*(1/2) lr.2p.2p.(1/2)i K]Jp.(J/?) lw2pn2p.(3/2)-[K]Jp.(3/2) lr.2p.2p.(3/2)-[K]3p.(l/2)
73897 :73929 .82695 .83021 .83556
7.81tlO 8.59tlO 2.Oltll 2.75tll 1.93tll
6.46tl4 6.52tf4 1.95r15 3.89115 J.Olt15
8.35tOS 6.10+09 3.24t13 4.90tlJ l.I4+14
4.04tO6 3.2lt06 6.56+09 1.37+10 2.8ltlO
4.84-04 5.27-04 2.03-O) 2.60-04 2.47-04
7.41-03 9.89-03 2.70-02 5.02-01 J.lltOO
lo.Zp.2p.(I/2)-[K]3p~(l/2) ls*2,*2p*(1/2)K]3r.(l/2) ls.2s.2~.(3/2)EK]Js*(1/2) Ir*2~*2p*(3/2)-[K]4r~(l/2)
,836ll .a3740 .83891 .90684
2.74tll 1.52t11 1.76tll 4.95tlO
4.04tl5 2.2Ot15 2.75t15 2.75tl5
1.2ltl2 5.18t13 3.94tl2 3.94t12
1.64t08 6.99tOS l.OOt09 2.83t06
1.36-04 1.35-04 2.55-O) 7.18-05
II II II /I
K]4)~(3/2) K]3dm(3/2) K 36.(3/2) K Jd.(5/2) K 3pm(l/2)
K iK K K K
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables I = 54
2 = 54
TRANSlTlON
LAYRDA
A( i I)
A( 101)
6.14tll 6.62+11 3.34+11 6.90+14 3.26tl4
4.Jlt15 7.07+15 7.47*15 a.SOtl4 3.26tl4
4.42+12 5.02+12 1.2hlJ 0. 0.
2.30409 l.OStO$ 2.2aros 0. 0.
5.21-04 1.67-04 ,.7a-04 3.00+00 3.00+00
.34773 .34705 .34766 .34797 .34aO4
6.29+14 1.05+14 7.40414 5.43+14 7.06t14
7.9it15 1.95+14 7.92+,4 2.53+15 7.,9+!4
a.a6t,, 9.04+10 2.73+,2 2.37+,2 2.JlIlJ
1.41+11 1.72tll 1.02tlJ 1.01t12 1.32414
1.59-01 1.90100 3.72+00 4.2a-01 5.71tOO
.32890 .32904 .32906 .32947 ,32953
1.45tlJ 4.79+13 2.Jltl4 2.23414 9.70tlJ
2.82+15 l.altl5 a.Oatl4 2.55t14 1.20+15
1.22tll 1.66112 l.OOtlJ 2.15tlJ 6.64tl2
2.51+09 1.75tll l.lJtlJ 3.46+13 l.JSt12
2.06-02 1.04-01 1.13400 1.61+00 1.61-01
.34805 ,34129 .34aJ5 .34a50 .34911
3.26+14 1.46t14 7.62+14 2.60412 2.6ltlJ
J.J5+,4 a.33tf4 3.6Jt15 3.13+14 5.97+13
6.73111 4.39t1, l.OJ+ll 2.94t13 5.a7tf3
2.6lrl2 1.57tll S.OO+lO 4.aOtll 2.79tlJ
3.aatOO 3.56-01 6.40-01 1.65-02 4.75-01
lr.2p.4s.(1/2)K 2v(1/2) Ir.2p.la.(J/2)K 2r.(1/2) Is*2p*lp*(l/2)-[K II 2p.(J/2) ls.2p.if.(3/2)-[K]2p*(J/2) Iw2p~4pe(J/2)-[K]Zp~(3/2)
.32962 .32963 .32970 .329?0 .32971
5.77+12 6.74+13 J.24412 1.06tl4 ,.61tl4
1.65tl5 2.74tl5 7.07t15 2.7Jtl5 4.7ltl5
1.79+12 2.3Jtl2 5.62t12 2.64tl2 4.42412
l.lltlO 2.2Stll 5.34t09 4.Oatll 6.76tlI
6.22-03 9.112-02 9.16-04 1.55-01 1.53-01
.J4942 .35074 .35075 .35096 .35099
3.76tll 3.09+12 1.45tl2 1.11+12 2.04t12
6.65+12 2.00+15 2.65+15 3.26+14 2.41+14
2.37tO6 J.39+10 l.Oa+lJ 5.44+12 I.(,+12
5.31+07 2.lOtO6 6.48tlO 7.31+10 2.30+11
2.27-01 6.20-03 3.27-03 1.34-02 4.91-02
ls.2p.41.(5/2)1,.2p.4~.(5/2)1~.2~.4p.(1/2)lw2pe4le(5/2)-[K lr.2s*lp.(J/2)-[K
.I2972 .32973 .3297a .I2979 .329aO
2.24tl2 4.37t14 7.Oatl4 4.49+11 4.46+,4
3.69113 7.6atl5 7.45+14 6.39tl2 7.21tI4
5.JatOS J.llt12 1.35tl2 l.Oa+Oa 1.05+12
1.96+09 1.06tl2 2.56tl2 4.54+07 2.59+12
3.64-01 3.41-01 l.SOtOO 4.21-01 2.47+00
.35134 .I5198 .35203 .352al .36125
1.65+12 l.O6+12 l.O6+12 3.62t12 2.57tll
1.50*13 a.33+,4 3.63+15 5.97+13 7.19*15
4.71+10 4.JQtll 1.07tll 5.a7+1J 3.34+11
3.46+10 1.14+0$ i.25toa 3.5Stl2 4.77407
7.35-01 2.59-03 1.17-0J 6.11-02 1.43-04
,J2996 .JJOOO .3JOOJ .JJOOJ .JJOlO
9.lStl4 3.113t14 4.67+12 5.02t14 5.aJtl4
1.29+15 3.a3+,4 J.lltlJ 6.OJtl4 9.62+14
2.37+12 a.5,+12 1.45+12 9.a6tll 7.9at12
3.37+12 4.99+,3 6.Jltll 3.2at12 1.92+13
1.42tOO 5.a6too 5.75-01 J.JJ+OO 2.41tOO
.3a,5, .3a22a .31253 .Ja26a .Ja566
5.57+11 1.14+12 3.47tll 4.65+11 3.72tll
7.47+,5 7.6at15 7.24+,5 6.03414 9.62+14
1.28tlJ 3.11+12 4.35tl2 9.06+11 7.9atf2
J.aOtOS 2.75+09 1.67+09 3.04*09 1.22+10
2.96-04 6.67-04 J.aJ-04 3.01-03 1.54-OJ
.JJOlJ .33014 .33014 .JJOlS .33022
2.04+14 6.lJrl4 2.00+14 2.21tl4 2.9atl4
7.47+15 3.71+15 7.Jat15 2.aJtl5 J.OOtl4
1.26tlJ 3.06tlO 6.47tll 1.01+12 1.46+12
l.JStl2 1.34+10 3.5OtlO J.,t+ll 5.76tl2
1.09-01 4.3a-01 5.41-02 3.13-01 3.94+00
.3a594 .36650 .38653 .Ja659 .36701
4.a4t11 4.5a+ll 3.55t11 7.20+11 6.91+11
3.71+15 7.45+14 7.21tl4 3.00115 3.26tlJ
3.06+10 l.J5+12 1.05+12 1.66tll 4.57tOS
6.00+06 1.66+09 2.06+09 1.59*06 7.49tOa
2.61-04 1.23-OJ 1.97-03 9.59-04 1.64-01
.33022 .33044 ,33045 ,33050 .33057
7.22+13 2.9,+14 1.25tl4 2.62tl4 2.37tlJ
7.56+13 2.9Jtl4 1.29tl4 1.76+15 ,.06+15
1.27+11 7.74tl2 3.12tll 1.2Jt12 2.JStll
2.42tll 4.50tlJ 1.2ltl2 J.SJ+ll 1.06tlO
l.$ltOO 5.6ltOO J.aStOO 3.21-01 4.46-02
.38733 .4ooa4 .40117 .402J6 .40270
7.32tll 5.91+11 2.32+11 6.65+11 3.34tl2
2.26+12 5.32+15 1.05+16 6.aOtl5 4.41+14
2.4JtlO 3.JatlJ 4.74tlJ 5.00tll 1.57t11
6.2J+lO 7.47+00 4.iatos i.95toa 2.3RtOS
2.56+00 2.21-04 a.62-05 3.91-04 1.51-02
.JJO62 .3306J .33079 .33079 .33132
2.64+14 3.54t13 6.72+11 ,.09+i3 J.96+12
J.OOtl5 1.59+14 3.32tlJ ,.oa+,4 l.JJtl3
1.66tll 2.79tll 1.62tlO 9.46toa 2.05tlJ
5.14410 2.4atll 6.56+06 3.6otoa 4.60+12
3.52-01 (1.69-01 4.05-02 4.01-01 2.34-01
.40267 .40290 .40303 .40350 .40357
6.76+12 4.65t12 2.69+11 2.70+12 7.aot11
2.62+15 6.94tl5 5.05tl5 5.37+15 7.61+15
6.aJtlO 4.8atll 2.4StlO l.O2+13 2.13+13
7.05+06 6.112toa 5.30+06 1.12*10 8.69+09
l.OJ-02 1.40-OJ 2.13-04 1.00-03 4.09-04
.34163 .34164 .34290 .34295 .34319
4.46tll 7.1Stll 5.73111 1.14tl2 1.42+12
2.62tl5 6.94+15 5.37+15 7.61+15 6.51+15
6.aJtlO 4.6atll 1.62t13 2.lJt13 J.a9t12
4.65+07 1.01+06 3.67tOS 1.27+10 3.39+09
6.80-04 2.07-04 2.12-04 5.96-O) a.70-04
.40382 .40400 .40403 .40406 .40421
5.25rll r.(l3+13 6.lOtll 9.46tll 6.45tll
7.24+15 4.06t15 7.31t15 7.19t15 1.46+15
3.IStll 9.64tll 3.75tll 3.56tlO 6.75+11
S.lJt07 2.28tlO 6.26tO7 1.66+07 L54tOS
2.90-O) 2.37-02 1.67-04 5.27-04 1.76-03
-
K 2s.(1/2) EK Zp.(l/2) K 2s.(l/2) 1 K 12pe(l/2) 1s.11* (0)
.34323 .34327 ,34346 ,344lJ .3447J
6.57tll 2.61+12 7.05111 1.43+12 2.06tl5
7.16tl5 4.06+15 7.79414 7.91t15 2.06tl5
l.Oa+lJ 9.64411 2.02+13 6.6Etll 0.
1.97409 1.23tOS 7.14+10 3.21tO8 0.
l.aJ-04 1.2a-03 J.53-03 3.61-04 3.00*00
.40423 .40430 .40431 .40431 .404J6
a.Qa+l2 6.07+12 6.14+12 1.07+12 5.JJ+,2
3.45t13 1.57+14 7.07+15 2.73+15 6.10+15
2.75110 7.25toa 5.a2+,2 2.64tl2 5.OOtll
1.43tlO 1.12+06 l.lJ+lo 4.14tos 1.57409
5.20-01 1.54-01 1.93-03 1.57-03 3.IJ-03
lso2peJd.(J/2)-[K lr.2p.Jd.(3/2)-[K lr.?p.Jd.(J/2)-[K Is.2s.Jp.(J/2)-[K 1r*3p. (1) -
2r.(,/2) 2r*(l/2) 21*(,12) 1 2r.(112) 1s.1r. (0)
.J45J7 .34560 .34579 .34590 ,345s)
2.76tlJ 4.20111 1.51tlJ 7.07tl4 7.76+14
2.83+15 1.52t15 1.42+15 11.63tO 7.76tl4
7.lJtlO 5.76tOS 2.6Stll 2.66tlJ 0.
2.76+09 6.35+06 l.lS+lO a.45+13 0.
3.90-02 l.lO-OJ 4.27-02 3.16tOO 3.ootoo
,40443 .40445 .40446 .40449 .40450
3.4atii 2.87414 4.49*11 a.al+li 6.24+11
1.04+13 6.12415 4.494,, 7.Jltl5 1.59413
6.91tOa 4.Oltl2 2.5 t07 5. a to9 5:92+05
l.lStO6 l.Oltl2 5.04*07 4.02+06 1.23+05
1.33-01 2.52-01 2.00+00 7.22-04 2.07-01
.34647 .34652 .34659 .34666 .34666
,.69+14 9.64+14 ,.74+15 1.20+15 6.40+14
5.37+15 7.61+15 1.94+15 1.30+15 7.97tl5
l.a2+13 2.lJtlJ l.a6+13 6.11+12 l.lOt13
l.l4t,2 1.07tlJ J.Jl+lJ 2.24+13 6.97+12
6.28-02 5.05-01 l.JatOO 3.67+00 6.32-01
.40467 .40469 .40471 .4047J .4047J
9.~5+12 1.55+14 l.Jlt14 4.Jatl4 l.aOtlJ
7.24+15 7.1at15 1.29+15 4.4lt14 J.Jltl5
3.15tll 1.63+12 2.37+12 ,.57+11 5.57+09
1.59+09 2.12tll 4.altll 3.12tll a.21t07
5.05-OJ 1.30-0, 2.03-01 l.Sa+OO 1.46-02
.34663 .34664 .346a5 .34695 .34700
6.19tl2 1.92+15 i.latl5 1.64+15 8.$0+,4
1.65+13 4.Oatl5 1.3ot15 2.66t15 1.46tl5
2.06+12 9.64tll 2.03+13 1.79tlJ 6.75tll
3.32+12 9.09111 i.ost14 4.33413 2.13+12
1.59+00 9.43-01 5.Jwoo 2.42+00 2.4JtOO
.40477 .40461 .40462 .40463 .40463
6.6atlJ 1.72tl2 6.60+15 7.33*15 7.3ot15
7.24r15 6.03114 6.60415 7.33115 7.J1+15
4.29tlO 9.66tll 5.OOtll 7.14+09 5.57+09
4.lltOS 1.13+10 2.00*,2 2.a6tlO 3.33410
9.56-02 1.14-02 4.00*00 4.00t00 5.9a400
.34700 .34702 .347Oa .34717 .34730
7.61+14 ,.96+15 l.lStl4 6.07tl2 1.67tl4
9.6ltl4 4.aOt15 2.00+15 1.6Otl5 3.26+,4
5.65tlJ 4.94tlO J.JS+lO 5.16tl2 5.44rl2
a.73+13 4.OJtlO a.O6+09 3.49tlO 1.2JtlJ
l.4StOO 1.17-01 2.37-01 6.74-03 2.26tOO
.40464 .40465 .40465 .40486 .40486
7.17*15 7.23415 7.27+15 7.J4tI5 7.23115
7.26+15 7.24+15 7.27+15 7.34+15 7.25tl5
4.12tll 3.15+11 J.JOrll 0. 9.99+07
3.25+12 1.26+12 3.JOtl2 0. 5.98+06
7.90+00 3.99*00 l.ootol 3.ootoo 5.99too
,347JJ ,34736 ,I4761 ,347)s .J4770
2.61rl2 4.05tl2 l.la+O 2.25+13 5.07+14
a.97tl4 2.79415 a.Jl+lJ 4.95+13 7.7Jt15
1.07+12 2.21+12 2.92+10 l.70+06 3.5OtlJ
6.6atO9 l.26tlO 2.49+,0 1.55+06 9.14+12
6.26-OJ 5.60-03 (1.51-01 9.10-01 2.61-01
.40486 .4048a .404aa .40419 .40489
7.16+15 7.31+15 I.03115 6.54t15 7.02t15
7.24+,5 7.31+15 7.iati5 6.62tl5 7.20+15
4.29+10 3.75+,, 1.63+12 4.01+12 5.aOtl2
3.39t11 7.49*11 9.56+12 2.JOrlJ 3.JStlJ
7.90too 2.00*00 5.07+00 5.74+00 5.LI4too
-
LAMBDA
A(tol)
.32647 .32647 ,326aS .32756 .32aO4
Is.Zp.lp.(J/2)ls.2p.lp.(1/2);~.~;~';;\J/'). . 1,.4p. (1)
K 2p.(1/2) K 2p.(l/2) I1K12~.(,/2) ls*1s. (0) lS.19. (0)
K]2p*(J/2) K]2p*(J/2) i K]2r.(l/2) 2p*(J/2) I Zr.(1/2)
r:::~::~:I:::~:~:~:~:~~~~~ ls~2s.4d.(J/2)-[K]2p-(1/2) lr~2p~4p~(J/2)-[K 2p*(J/2) ls*2p.4p*(J/2)-[K 3 2~.(,/2) :::::r:~;l:::~It:l::~~~~~~ ,r*2p*4p.(l/2)-[K]2~*(3/2) I:::~;:~tl:::~:t:j:~;I1::~ lw2s*4pe(1/2)-[K 1~.2p*lpe(5/2)lr.2p.lp.(3/2)-
Zsa(ll2) K 2p.(3/2) I1K12p.(3/2)
~:::~::~:II::~IE:~:~:l1::~ Ir.2pe4p.(J/?)Is.2s*ld*(J/2)ls.2s.ld.(l/2)-[K
K 2pm(l/2) K 2pm(1/2) I ! ?pm(llZ)
1::',::::;I:::~:~:~:~~~1::~ ,s.tp.Jd.(J/2)-IX Tre2p*3d.(l/2)-[K lw2p.Jp.(l/2)-[K]2p.(l12) lr92p*Jp9(3/2)-[K ls.2p.J1.(3/2)-[K ls.2p.Jr.(l/2)ls.2p.Jp.(l/2)lsr2p*Js*(J/2)lr.2p.Jpm(l/2)lr.Jp* (1)
2s.(1/2) 121'(,/2) 2p.(l/2) I 21.(1/2)
1:::~::~:l:::~:t~~:~:I:::I
ls.2p.Jp.(J/2)-[K
2s.(1/2) 2p.(1/2) 2p.(1/2) 2s.(1/2) ! Zp-(112)
A(if)
AUGER
Od
TRANSITION
a*
lr*2p.ld.(l/2)lr*2p.ld.(J/2)la.2p~lp*(1/2)ls.Zp.4f.(J/2)ls.Zp.Jd.(J/Z)-
K K K K K
Ii
4s*(1/2) 4s*(1/2) (p-(1/2) Ipe(ll2) Jd-(J/2)
lr*2p*4fe(7/2)-[K]4l.(5/2) ls*2p.4d~(J/2)-[K]4d*(5/2) lr0p*41*(9/2)-[K]4,*(7/2) lre2p. (1) - lsBla* ls.2p.41~(5/2)-[K]41-(5/2)
377
(0)
AUGER
Od
91
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation
of Tables
2 = 54
2 = 54
TRANSITION 1s~2p~3d.(l/2)-[K]Jd.(l/2) ,9*2p*Sd.(l/2)fs*2p*4r~(l/2)-
1s~Zp.Jp*(1/2)ls.2p.4~.(1/2)ls*2p.41.(5/2)-
K]Jd.(J/2) t K]4s.(l/2)
K]Jp.(l/2) K]4s.(1/2) t K]4p.(l/2)
fs~2p~Jd*(5/2)K]Jd.(JI2) 19*2p*3d.(l/2)t K]Jd.(J/Z) Is.2p*Jd~(7/2)-[U]Jd~(S/2)
L ANBOA
A(il)
A(tot)
.40400 .40491 .40401 .40492 .40401
2.20+15 4.19+15 7.10+15 5.91t15 7.18rl5
2.62+15 4.06+15 7.19tl5 6.94rl5 7.1ot15
6.8JtlO 7.5ltl2 3.56+10 4.68tll 1.34t11
2.18tll 3.00+11 I.42tll 9.75+11 1.13t12
1.40+00 5.10+00 4.00+00 2.00+00 4.00*00
.40401 .40491 .40401 .40491 .40404
7.0h15 2.61+15 7.24+15 a.71+13 4.51+15
7.07+15 2.7ltl5 7.24tl5 7.26t15 4.71t15
5.82+12 2.64+12* 4.35+12 4.12111 4.42tlt
I.16411 l.Ol+lJ 1.484lJ J.OS+lO I.70tl3
2.OOtOO 1.84tOO 7.OOtOO 0.60-02 1.84tOO
19*29*2p*(1/2)-[K]2s*(I/2)
.40495 .40405 .40406 .40496 .40497
5.20+15 7.25+15 2.21+11 1.61tlJ 7.26+15
5.17+15 7.25t15 3.6OtlJ 7.25+15 7.47tl5
1.82tlJ 1.68+12 5.38+09 0.90+07 1.28+13
3.51t13 7.16tl2 1.91+10 l.SJtOl 4.06+11
1.03+00 2.00+00 1.50*00 1.33-02 1.88tOO
.40408 .40498 .40501 .40504 .40505
7.15+15 7.25t15 6.65+15 J.25tl2 6.50+15
7.38+15 7.68+15 7.8lt15 1.04+11 6.51+15
6.47+11 3.11+12 2.11+13 8.01+08 1.80+12
1.26+12 1.76t13 7.4OtlJ l.ll+OO I.55413
.40506 .40506 .40508 .40507 .40508
2.49tl5 4.86tl5 6.30+15 2.06+12 2.56tlJ
2.49+15 5.05+15 6.lOtl5 8.30+12 3.45tIJ
J.lltl2 2.49tlO 0.42tl2 1.08+08 2.75tlO
.40508 .40510 .405ll .40515 .40516
1.82tl4 1.26+12 7.1at15 7.lZtlJ 7.22tl5
7.20t15 7.10+15 7.1(1+15 1.57t14 7.73+,5
.40517 .40510 .40520 .40522 .40521
7.04t11 6.72tll 7.24+,5 7.1ltl5 4.21tl2
.40529 .40510 .40511 .40512 .40532
AUGER
Od
TRANSIfION
A(il)
A(lol)
.40586 .40588 .40505 .40507 .40605
1.84+11 1.13+12 5.08+11 8.66tll l.86+12
1.48+14 J.lJtl2 l.OO+ll 7.10415 2.QJtl4
5.95+08 6.67rll 6.85+08 3.34+11 7.74+12
6.lQt08 4.4Otl2 2.08tOO 1.61408 2.56+11
l.OltOO 6.59100 1.04tOO 4.82-04 1.10-02
1::~:;:~:1:::~1~:~~~~~~~~
.40606 .40608 .40828 .40627 .40610
1.05+18 2.50+12 6.4Qt15 8.65tl5 l.St+lZ
1.05116 1.29+14 8.40+15 8.29t15 0.9JtlJ
4.74413 1.12+11 5.45+12 1.18+14 7.77+12
1.89tl4 2.42tlO 2.IBrlJ 3,7l+l4 4.54tll
J.OB+OO 7.77-02 4.00400 1.17+00 5.84-02
ls.?p*4$*(5/2),9~2p-2p.(l/2)l.v2p*Zp*(5/2)-[K ls*2p~lp~(3/2)-[K IS.~P*J~-(I/~)-[K
K]ld.(5/2) I K]2pe(1/2) 2p.(J/2) 3pr(J/2) I 3p*(J/2)
.4064Q .40650 .40662 .40681 .40868
7.41+11 7.44+15 I.98+15 9.84t12 1.5ltlJ
7.4Jtll I.05416 l.Q8+15 7.71+15 7.01+15
3.22+10 9.46+11 8.61+11 1.50+,3 8.88+11
1.85tll 1.34+12 3.84tl4 1.74+11 7.88+09
5.75100 1.42tOO 5.8,+00 4.06-01 8.88-01
l.QI+OO 5.i6+&j 3.48tOO 1.25+00 3.90+00
ls.2p-2~.(3/2)ls*?p*3s.(3/2)ls*?p*3p.(5/2)-[K
K]2pe(1/2) K 36.(3/2) II Jp.(J/2)
.40603 .40710 .40711 .40712 .40718
1.22+14 I.40112 1.28+13 2.56+12 l.lBtl2
1.50+15 8.51tl5 7.10+14 3.35114 7.lBtl5
4.04tlI 1.80+12 2.3ltlJ 6.73tll l.OB+IJ
1.6ltll J.JS+OO 2.39tl2 2.05tlO 4.14+09
3.26-01 8.60-04 1.04-01 3.05-02 3.84-04
1.87+11 9.57tlO 7.52t13 3.00+08 4.07+10
5.00+00 3.85+00 7.QQtOO 2.78+00 1.48+00
Is~2p*3s*(J/2)Is~2p~Sr~(5/2)19*2p*Js~(3/2)-
K]3dn(5/2) K]Jd-(J/2) K]ld*(5/2) I
.40755 .40772 .40793 .40808 .40617
1.33+12 3.44+11 2.65112 4.78+12 5.34t12
6.51t15 5.68+12 7.70+,4 2.83+15 5.68t12
1.80+12 8.06+10 2.02tIJ 7.13tlO 8.06+10
l.l9tOO 2.89tlO 2.89tll 4.82408 4,lBtll
8.19-04 3.50-01 1.11-02 6.76-03 5.58+00
5.8Ot12 3.56tlO 1.08ClJ 7.25+08 3.50+13
8.8Otll 6.45+07 2,t5+13 1.31+09 1.3oto
1.52-01 1.81-03 2.00+00 1.8ltOO 1.72tOO
ls*ZpeJdm(J/2)ls*Zp~Jd~(3/2)19~29*3p*(3/2)-[K 19.2s.Jdm(J/2)ts~2p~Sp*(3/2)-
K Js.(1/2) I K Jr*(1/2) 31*(1/2) K Jpe(112) t Ki Jpe(ll2)
.40840 .40887 .40683 .40894 .40912
,.12+12 2.17411 1.4lrl2 1.37tl2 2.40tll
1.52+15 1.42+15 8.63+14 1.85+13 2.68+15
5.76tO9 2.69111 2.66+13 2.08+12 1.7OtlJ
1.99tO7 I.80108 1.68+11 5.54+11 6.60tlI
3.45-01 6.60-04 6.34-03 2.66-01 3.60-02
8.82+11 4.7lt15 7.91+15 7.97+15 4.21+12
2.60+09 4.42t12 8.88+11 l.IOt1l l.OQtOB
1.20*10 2.52ro9 1.61+12 5.91t11 2.48+09
4.79+00 5.70-04 I .BJ+OO 5.38+00 B.OOtOO
.40010 .40961 .40965 .40074 .40970
1.22t12 7.35tll l.IJ+ll 6.02+12 l.l4+12
2.OOt15 7.50+14 2.91tl5 8.08+14 l.lltl3
1.39tlO 7.05+09 5.02+10 l.OO+lJ 1.45+12
8.29+07 2.76+07 1.42t07 2.05+11 2.02+11
2.44-03 1.02-01 2.84-04 2.04-02 1.40-01
6.8Jt12 1.28tl3 2.98+12 1.01+12 1.14tl2
1.04tll 1.69tll 6.19tl2 7.68+15 l.I4+12
8.01+08 5.38t09 l.OBtOB 1.11+12 6.02409
2.33+00 l.lo+lo 1.01+08 2.45too 5.9ot10
2.62tOO 2.05+00 2.80+00 7.89-04 9.95*00
.40970 .40089 .40990 .40908 .40008
1.93+14 9.84tl3 4.06+12 8.27+11 l.25tll
1.04+15 1.10+15 9.62+14 1.71+15 l.JO+lJ
1.86+13 6.11tl2 7.08+12 J.OBtlO 1.77+12
3.66+12 l.84+12 1.6Jtll I.J7+07 l.OtIJ
1.07-01 1.01-01 2.05-02 4.46-04 4.46tOO
.40513 .40533 .40531 .40514 .40515
2.18+14 4.52+11 5.lOtl2 8.02tlJ 5.6Orl4
I.ZO+lS 4.52tl3 6.72t12 1.57tl4 4.96+15
2.37+12 2.05tll 1.4OtO8 7.25+08 7.51+12
8.74+11 2.34t12 2.24+00 1.48tOO 5.16+12
1.69-01 7.05+00 6.42tOO 2.04tOO 6.87-01
.40999 .41008 .41Ol4 .41014 .41Ol7
l.JOtl2 1.22+13 2.20+11 6.48tll l.l9+12
2.83+15 2.09t14 4.95t13 8.37+13 2.88+15
l.Oltl2 4.46+11 1.70+08 2.02+10 4.01+09
1.09+09 1.58tll 1.58tOB 0.03410 3.26tO7
1.97-01 3.50-01 9.26-01 3.09tOO 6.84-03
.40535 .40535 .40535 .40536 .40516
1.28+14 9.78t13 8.62+12 2.00+12 1.77+11
2.62+15 O.OJ+IJ l.5QtlJ 2.09t12 8.82tlJ
6.83110 7.77+12 5.92+05 5.39tO7 2.6QtOO
3.42tlO 2.84+!1 1.28+06 I.OB+OB 3.25tOQ
5.00-01 3.65tOO 2.17tOO 2.00+00 1.21+00
ls*2p-41.(5/2)ls*?pm41.(5/2)ls*?r*4fe(5/2)lr*2s*ld*(5/2)ls*2pm4d.(5/2)-
IiK
4p*(3/2) 4pv(J/2) ld.(J/Z) Ip.(J/Z) ld.(J/Z)
.41017 .41019 .)I021 .41023 .41020
1.30+12 4.OOtll 5.72+12 1.65+11 7.6Jtll
2.67+15 4.81413 3.26tl3 2.67tl4 J.ll+lJ
1.41+11 2.07+10 4.57t09 1.89+12 J.Jltll
4.09+08 1.08+09 4.81+00 6.06+11 4.82tlO
2.91-03 5.20-P) l.OS+OO 1.68-01 1.46-01
.40518 .40518 .I0530 .40540 .40541
J.BJtll 7.88+12 9.23+14 0.05+11 I.10114
3.83+14 2.04tlJ 9.2Jtl4 9.95tll l.48tl4
8.5ltl2 l.OOtlO 8.19t09 3.66+00 5.95+08
4.7JtIO 4.40110 6.72tlO 3.65+10 1.76+09
5.58-01 2.32+00 B.OOtOO 0.96+00 2.98+00
ls*Zs*4f*(7/2)1s*?s.3p~(1/2)lr*?pe4d.(5/2)ls.2s~4p.(I/Z)Is*2s.41~(5/2)-
K 4d*(5/2) K Js.(I/?) K Idw(JI2) K 4se(l/2) K II 46*(5/2)
,410Jl .41036 .41037 .41038 .41040
1.53+12 1.82+14 J.lO+ll 7.80tl2 2.80+13
2.28+,2 0.81+14 2.95tl5 2.55+14 1.26+13
2.4JtlO 5.85tlJ 3.87tlO 2.15+13 4.57+09
I.JOtIl 2.08tlJ 2.51+07 1.2ltl2 2.19tlO
5.35tOO 3.56-01 6.49-04 5.64-02 4.78tOO
.40542 .40542 .40541 .40543 .40544
0.82+14 1.13+12 9.84+13 7.76+14 8.76+11
0.82+14 8.72+12 6.Olt14 7.79+14 1.2Otl4
l.lOtl4 1.40+08 0.86tll 2.02tlJ 3.12+11
1.04+14 5.5JtOB 6.42tll 7.86t13 8.48+09
3.60+00 1.58tOO 6.52-01 3.88+00 2.72-02
.41042 .4,042 .41044 .4,044 .41044
1.20+11 8.57+11 8.35t12 1.17t13 1.72+12
J.lltl3 2.67+15 1.85+13 4.6ltlJ 1.72+,2
1.45tl2 1.41+11 2.08t12 2.07+10 2.24tOO
2.13+12 2.71+08 3.30112 J.It+lO 1.7OtlO
1.47tOO 1.01-03 1.63+00 1.52+00 7.99tOO
.40547 .40548 .40550 .40550 .40551
2.lOtl5 l.15tl4 4.94t13 I.87+,4 5.58rll
4.08tl5 l.JO+lS 1.00*14 5.05+15 2.4Otl5
0.64+11 2.OJtlJ 6.85*08 2.49+10 J.l1+12
9.05+11 l.OBtlJ 2.03t09 3.69+00 4.lBrOQ
1.03+00 5.21-01 2.0hOO 1.48-01 1.34-03
.41047 .4IO46 .41046 .41048 .41048
1.10115 7.40114 1.03+13 7.18t12 1.52tl5
1.20+15 7.5Ot14 l.lltlJ 2.87+14 1.52+,5
8.84+12 7.05+09 J.Jl+ll 1.80+12 5.76+09
l.57+11 2.82tlO 1.02+12 3.02411 2.3OtlO
1.82+00 4.00tOO 5.79+00 1.60-01 J.OO+OO
.40554 .40555 .40557 .40550 .40560
6.47+12 1.16rl2 1.25+11 1.74+12 2.15+11
1.50tll 1.16tl2 2.04tlJ 7.47rl5 7.38tl5
5.02+05 3.02+11 I.00+10 1.28+13 6.47+11
0.6ltO5 2.4Jtl2 6.00+10 l.lOtlO J.78+09
I.63100 6.2ltOO 3.68+00 0.12-04 5.84-05
.41050 .(I052 .41052 .)I052 .)I052
2.85tl5 l.48+15 2.91+15 2.08t15 2.9Jtl5
2.85+15 1.78rl.5 2.9lrl5 2.98rl5 2.93+15
0.9ltlO 1.2Jtl2 5.02tlO 6.24+09 1.28t09
l.OB+lI 2.06+12 1.00+11 3.74tlO 5.IJt09
2.00100 1.68400 2.00+00 6.OOtOO 4.00tOO
.40565 .40568 .40572 .40577 .40579
7.05+12 5.7ltl4 5.Jltl5 6.57+15 5.71+11
1.15414 l.lttl5 5.32tl5 6.57t15 7.1ot15
6.7Jtlf 8.75+11 1.18+11 4.52tlJ J.J4+ll
5.65rlO I.J7+12 6.72tlJ 8.97+11 1.06+08
8.40-02 l.56+00 1.99tOO 1.00+00 3.19-04
.41052 .41052 .41052 .41053 .41051
2.04tO J.OO+lS 2.67r15 J.7110 l.OOr15
2.04rl5 J.OOtl5 2.67+15 9.62114 2.53+15
1.90+11 3.04tOB l.ll+lI 7.98r12 2.Jltl2
1.90t12 2.43+00 8.434lI 1.23+13 J.72+12
1.00t01 8.OOtOO 5.00+00 1.54tOO 1.57tOO
08
LAYEOA
Is.2p.Jd-(l/2)-[K]Jd~(5/2) ls.?p*Jd.(7/2)-[K]ld*(5/2) ls*2p~3d.(5/2)-[K]ld*(5/2)
K K K K
ls.2p-Jd.(J/2)-[K]Jd-(3/2)
lr*2p.4f.(O/2)-[K]4f*(7/2)
378
AUGER
AtomlcOataandNuolesrDataTaMes.Vd.38,No.2,Msrdt~88
Od
9w
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 2 : 54
2 = 54
IRANSIIION
LAYBOA
A(il)
A(101)
.41053 .41054 .41054 .41054 .41055
2.95t15 1.96tl4 2.99+15 3.40113 2.61+15
2.95t15 2.09+14 2.99t15 4.61t13 2.62t15
1.44+1, 4.46tll 0. 2.07tlO 1.22+11
1.15tl2 2.52+12 0. 9.16rlO 4.65tll
6.00400 5.64tOO 3.00t00 4.43100 3.96tOO
Is.2p.4d.(5/2)-[K]4d.(5/2) ts.2p.ld.(7/2)-[K 46*(5/2) lseZp.4d.(J/?)-[K I Id-($/Z) ls.Zv4d*(5/2)-[K]4f.(7/2) ls.2p.4p.(l/Z)-[K]lp*(3/2)
.41056 .41056 .41056 .41056 .41059
2.95+15 2.93+15 1.76+15 2.44+14 2.69tl5
2.95tl5 2.93115 1.64t15 2.67tl4 3.7lt15
3.67tlO 3.35+12 1.66+12 1.69+12 J.Ot+lO
2.32tll 2.66tlJ 6.4lt12 1,OJtlJ 4.76tlO
6.00100 7.99+00 3.62tOO 5.4JtOO 1.56tOO
1s*2p.Js~(1/2)1~.2~.4p.(J/2)Is.Zp.Jp.(3/2)ls.2p.4~.(1/2)ls.Zp.Jd.(J/2)-
K]Js*(1/2) K]4d.(J/2) i K]Jp*(J/2) K]ls*(1/2) t K]3d*(5/2)
.41060 .41061 .41061 .41061 .41062
1.77t15 4.65+14 1.02115 1.65t15 2.60+15
1.60+15 6.OBtl4 2.66t15 1.65+15 2.63+15
5.16+12 1.00113 l.79+13 1.79t12 7.13tlO
1.02+13 2.26+13 2.71tlJ 3.57+12 2.62tll
1.97tOO 2.27+00 1.51tOO 1.99+00 3.95+00
ls*2p.3d*(7/2)-[K]Jd*(5/2) ls~2p.4p.(J/2)-[K]4p*(J/Z) ls.2p.4~*(3/2)K]ls*(1/2) Is.Zp.Jd*(5/2)K]Jd*(512) ls.2p.lp.(l/2)I K]4p.(l/2)
.41062 .41062 .41062 .41062 .41063
2.89tl5 2.60+15 2.68115 2.67+15 l.OJ+lS
2.69,15 2.63t15 2.74+15 2.66tl5 1.06t15
6.21t12 l.Oltl2 2.33112 4.91t09 2.39+11
4.95tlJ 3.72t12 9.07+12 2.94+10 4.63+11
7.96tOO 3.66tOO 3.90+00 5.99too 1.94+00
ls.Zp.46.(5/2)K]ld.(J/2) ls.2p-4p.(5/2)K]4p*(J/2) ls*2s*4de(J/2)K]4f.(5/2) ls.2p.4~.(3/2)I K]4p.(1/2) ls~2p.Jp.(l/2)-[K]Jp.(3/2)
.41063 41064 :41066 .41070 .41071
2.95+15 2.91t15 l.JJ+lJ 2.73+15 2.64t15
2.9St15 2.91+15 J.lltlJ 3.00115 4.6Otl5
l.Jltl2 9.62t12 1.45+12 I.66tll 4.94tlO
7.64t12 5.67tlJ 2.36t12 6.05+11 5.64tlO
6.OOtOO 5.9L1+00 1.6JtOO 3.64+00 1.1atoo
.41072 .41075 .41075 .41076 .41077
1.19t14 4.27tl4 2.64+15 1.40115 3.26rlJ
1.59t14 4.6Jtl4 2.64t15 1.42+15 1.64tl5
2.79+11 1.29t13 1.42tl4 2.69tll 1.66+12
1.32t11 2.JltlJ 2.69414 1.06+12 1.19tll
2.911+00 1.79too 1.90+00 3.94too 7.10-02
.41060 .41060 .41061 .41062 .41063
1.07+14 l.67+15 2.65115 2.97+15 1.93t14
6.06t14 2.00+15 2.65tl5 2.97t15 0.97t14
l.OOtlJ 3.39tlO 1.96,13 2.67t12 1.07+12
5.24+12 1.27tll 1.16414 I.60113 2.12t12
ts*2s*4p.(t/2)-[K 4s.(1/2) 1~.2pe3s.(J/2)-[K 3 3s.(1/2) ls~2~.4p*(3/2)-[K]4~.(1/2) ls*2s.Jp*(J/2)K]Jd.(3/2) ls.Zp.Jde(3/2)F K]Jd.(5/2)
.41066 .41067 .41069 .41092 .41094
3.4at13 2.79+15 2.74+14 5.66413 1.21t12
7.45114 2.79+15 7.21+14 6.6Jtl4 1.s2t15
1.35tl2 2.21t12 1.05t12 2.66+13 5.76r09
ls.2s.4d.(J/2)-[K 4P.(l12) ls.2s.,de(l/2)-[K I Ip.(l/l) ls.2p.Jp.(I/2)-[K]J~.(t12) 1s*2p-Jp~(J/2)-[K]J~.(lI2) ls.2s.Jd.(J/2)-[K]3p.(J/2)
.41097 .41097 .41099 .41106 .41110
9.75t13 3.15113 6.74tl4 2.66+15 l.JBtl4
l.Oltl4 3.32t13 6.3Jt14 3.63+15 3.26tl4
lr.2s*Jd.(5/2)ls.Zp.Jde(J/2)Is.Zs.4p.(1/2)-[K ls*2~.4p.(1/2)ls~2s.Js.(1/2)-
K 3P*(J/2) 1 K 36*(5/2) 46.(3/2) K 4p*(J/2) K 1 I Jp.(1/2)
.41114 .41121 .41126 .41126 .41127
2.39tl4 5.17+12 2.44tlJ 7.22+12 2.65tl4
11.2~.2p.(J/2)ls.2pe4p.(3/2)ls.?p.4~*(1/2)Is.Zs.4d.(J/Z)ls.2t.ld.(5/2)-
K tK K K 11K
2P.(J12) 4p*(J/2) 4de(J/2) 4p.(3/2) 4p.(J/2)
.41129 .41133 .41134 .41135 .41137
Is.~s.~I.(J/~)-[K 4d.(JI2) Is~2s.41.(5/2)-[K I 4d.(J12) ls.?s.Jp.(J/2)-[K]Jd.(5/2) ls.2s.4~~(1/2)K]lp.(3/2) ls.2p.4s.(J/2)t K]4d.(J/2) ls*2p.2~.(1/2)-[K]2~~(3/2) ls.2s.Jp.(1/2)-[K]Js~~l/2)
Is.Zp.4l.(7/2)-[K]41~(5/2) Is.Zp.Jd.(S/?)-[K]Jd.(5/2) ls.2p. (1) - lse1s. Is~?p.4f.(5/2)-[1(]41~(7/2) ls*2p.4d.(J/?)-[K]4d.(5/2)
(0)
I::::::~:I:::~:t:~:::~~~~~ ls.2s.Jp.(J/2)-[K]Js~(t/2)
ls.2s.Jd.(J/Z)-[K 3,,.(3/2) ls*2s.Jd.(1/2)-[I 3 Jp*(J/?) ls*2~.4p.(1/2)-[K 46.(3/2) ls.2s.ld*(7/2)-[K 1 41*(7/Z) ls.2~.4s.(l/2)-[K]4p.(112)
AUGER
A(;l)
A( lot)
.41179 .41192 .41194 .41196 .41196
2.99415 2.64t15 1.24t12 1.16+12 1.36+15
2.99+15 2.64+15 3.32+12 7.21tl4 1.50115
1.05+14 l.lltlJ 9.02407 1.05t12 4.94+11
6.09tl4 4.4OtlJ 1.35+06 6.74t09 1.61+12
5.6OtOO 3.96tOO 1.49tOO 6.43-03 3.67+00
ls.2s.4p*(5/2)-[K]4ds(5/2) ls.2s~Js~(l/2)-[K]Jp~(1/2) Is~2s~2p~(1/2)-[K]2s~(1/2) ls~2s~Jp*(5/2)-[K]Jd~(J/2) Is*2s*,p.(J/2)-[K]4d.(3/2)
.41199 .41212 .41212 .41215 ,41243
2.32t12 2.6Ot13 9.11tl4 9.0ltll 1.42tl2
2.32+12 5.97413 9.11+14 6.23+12 3.00+14
2.20+09 5.87+13 6.21+10 6.42+09 1.46,12
l.J?tlO 2.77tlJ 1.24+11 5.57+09 2.74tlO
5.99tOO 4.73-01 2.OOtOO 6.67-01 1.W02
ls.?s~Jp~(3/2)ls~2s*Jp~(l/2)ls.2p.Jp.(l/2)-
.41245 .41246 .41250 .41256 .41258
3.60+12 I.66413 6.6Otl2 3.62t12 2.06+12
l.JOt15 9.61+14 6.33tl4 6.65+12 3.32t12
6.11+12 5.65+13 4.39tll 2.37+06 9.02t07
6.72tlO 2.l6tl2 9.29+09 5.15t06 2.26+06
1.10-02 3.69-02 2.11-02 2.16tOO 2.5ltOO
.41256 .41261 .41271 .)I279 .41294
2.27+12 5.33t12 1.97t13 4.51+13 9.77tll
3.63t15 6.2Jt12 1.60+15 3.13+14 6.97rl4
1.07+11 6.42t09 5.16+12 2.94tlJ 1.07t12
2.611+06 3.29tlO l.lJ+ll 7.7Jt12 2.32+09
2.50-03 5.13+00 2.19-02 2.63-01 2.16-03
Is.Zp.J,.(3/2)-[K Jd.(3/2) Iw2s..3p~(l/2)-[K I Jd.(3/2) ls~2s~3p.(J/2)-[K]Jd-(J/2) Is*2s.Js.(J/2)K]3p.(J/2) ls.2~~2~~(1/2)t K]2pm(1/2)
.41296 .41367 .41366 .41406 ,41421
5.45tll 6.37+11 2.0&l? 2.65t12 2.44+14
2.79tl5 1.95tl4 7.92tl4 6.65+12 2.63+14
2.21+12 9.04tlO 2.73+12 2.37tO6 l.I)ltll
1.73+09 7.76+06 2.66410 3.70+06 1.99114
7.61-04 6.59-03 1.05-02 1.6OtOO l.lOtOO
Is.Zp.2pe(1/2)K 2p.(J/2) ls.2s.2~.(1/2)I K 2p.(3/2) Is*2p~Jp*(5/2)-[K lps(J12) ls~2p*Jpe(J/2)-[K i 4pw(1/2) ls~2p.Jp.(I/2)-[K]4p~(1/2)
.41676 .41942 .I3062 .43172 .43176
2.lJtl2 1.9JtlJ 3.52+11 3.92tll 6.20tll
4.06t15 2.63+14 7.97tl5 7.73115 7.91t15
3.6&l? 1.61414 1.10113 3.50113 6.66tll
4.06+09 1.57+13 2.92tO9 7.07+09 I.39106
1.05-03 6.71-02 2.65-04 2.02-04 1.57-04
5.22-01 3.75too 5.95+00 5.99too 1.99+00
.43169 .43195 .43660 .43702 .43642
2.34tll 4.26+11 5.20tll 5.49+11 2.94tll
6.51t15 7.16tl5 1.3OtlJ 1.6St13 3.63+15
3.69t12 1.06tIJ 3.77t12 2.00+12 1.07tll
5.60+06 1.26+09 7.03+11 2.2Jtll 3.47+07
1.44-04 1.16-04 1.66-01 1.07-01 3.24-04
1.26+11 6.62+12 1.59112 7.03t12 1.64+07
9.33-02 3.99+00 1.52+00 2.65-01 3.19-03
.43651 .48880 .49420 .49455 .49518
2.00111 4.74tll 3.55t11 5.02411 3.24tll
2.79+15 1.05tl6 6.29115 1.05t16 6.57r15
2.2lt12 4.74t13 l.lOtl4 9.46tll 4.52tlJ
6.32tO6 6.53tO9 1.99tlO 9.05tO7 4.43109
2.66-04 1.60-04 1.69-04 9.56-05 9.61-05
9.4IItoLI 1.62tlO 4.39411 1.07+11 5.44+12
3.41t09 3.06tlO 7.11+11 J.JWll 9.05,12
3.60tOO I .90too 1.62tOO 3.16+00 1.66+00
.49591
2.64+11
6.49+15
5.45+12
9.53tOB
1.75-04
2.41+14 1.42+15 2.55+14 1.06+15 J.lJtl4
4.61t12 2.6Stll 2.15tlJ 2.39tll 2.94tlJ
2.69tlJ 3.93t09 3.60+12 3.25+09 4.55+13
5.64tOO 1.46-02 1.77-01 1.36-02 1.55+00
1.6JtlS 4.11+12 5.17t12 4.67tl2 9.73+12
6.29+15 J.OO+IS 1.2Otl5 1.59+14 9.7Jr12
1.16+14 1.66+11 6.64,12 2.79tll 2.50tll
9.15+13 Q.Olt0.9 7.40+10 3.42tlO 1.46tl2
7.77-01 5.47-03 6.56-03 1.22-01 5.65+00
.41136 .I1136 .41136 .41139 .41150
1.43+12 2.60tl2 9.52413 3.66+13 6.27tll
1.4Jtl2 2.60+12 6.63t14 4.6Jtl4 2.74tlS
3.lltO6 3.94tO6 2.66tlJ 1.29tlJ 2.33+12
1.25tO7 2.36+07 l.O+lJ 1.99t12 2.12t09
4.OOtOO 6.00tOO 4.26-01 1.54-01 9.13-04
.41153 .41155 .41155 .41155 .4ll56
3.06+15 6.47+12 1.32t12 3.35t12 5.05tlJ
1.05+16 1.95tl4 J.OOtl4 7.56t13 7.92tl4
9.46tll 9.04tlO I.46412 1.27+11 2.7Jt12
5.5ltll 7.66+09 2.56tlO l.lltlO 6.94+11
5.65-01 6.69-02 1.75-02 6.66-02 2.54-01
.41157 .41156 .41161 .41163 .41163
1.26+12 6.25+11 9.7OtlI 4.06r15 1.32+13
1.26+12 6.25tll 3.32tlJ 4.06tl5 1.50tlJ
6.77tO6 4.56tlO 1.62+10 3.66t12 4.71tlO
7.0lt09 2.6ltll 9.48+08 7.75t12 2.47tll
7.99tOO 5.66+00 5.65-02 2.00100 5.25+00
.41164 .41165 .41174 .41176 .41176
1.26+12 4.06+12 1.36+12 J.94+11 9.36+12
6.37tlJ 4.95t13 7.45+14 3.94tll l.JJtl3
2.92tlO 1.70+06 l.JStl2 7.67t06 2.05+13
1.76+09 2.60+07 4.9ltrOQ 6.14+07 1.14tlJ
6.03-02 1.64-01 3.69-03 6,OOtOO 5.53-01
Od
TRANSITlON
SW
K]Jd*(5/2) K]36.(3/2) i K]Jp*(3/2)
1::2,:::::l:::~I~:F::;~~~~~
379
L AYBOA
Atomic Data and Nucfsar
Data Tables,
AUGER
Od
91
Vol. 38. No. 2. March 1988
DATA AND NUCLEAR
DIELECTRONIC
DATA TABLES 38,339-379
SATELLITE
(1988)
SPECI’RA FOR HELIUM-LIKE
IONS*
JOSEPH NILSEN Lawrence Livermore National Laboratory Livermore, California 94550
The wavelengths, radiative transition rates, Auger rates, satellite intensity factors, and fluorescence yields are presented for dielectronic satellites of nine helium-like ions ranging from Ne*+ to Xes2+. Dipole transitions from ls21n’l + 1s2n”lu, where n’, n” = 2,3,4, are included. In this work, relativistic multiconfiguration wave functions are used to calculate energy levels as well as the Auger and radiative transition rates.
* Work performed under the auspices of the U.S. Department National Laboratory under Contract W-7405-ENG-48
0092-640X/88
$3.00
339
of Energy by the Lawrence Livermore
Atomk
Data and Nuckw
Data Tab&.
Vol. 33. No. 2. March 1033
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
CONTENTS
INTRODUCTION ........................................ Method of Calculation ... .... ... ....... .... . . Dielectronic Satellites . . . . . . . . . . . . . . . ... ...... Results . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
340 340 34 1 342
EXPLANATION
344
OF TABLES
....
...
....
.. . ....
TABLES I. Comparison of the Radiative Transition Rates and Auger Rates from the Present Work with the Values of Chen, Bely-Dubau et al., and Vainshtein and Safronova for Satellites of He-like Fe . . . . . . .... .... ... II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions . . . . . . . . . . . . . . . . . . . . . . . . . . . .
345
346
INTRODUCTION As a diagnostic tool, the intensities of the dielectronic satellites of resonance lines of helium-like ions have been used to measure plasma densities in high-density plasmas’ and to measure electron temperatures in solar flare~.~ The sum over all the satellite lines leads to a precise value of the dielectronic recombination ra2 coefficient, which is important for understanding ionization balance in a plasma. Dielectronic recombination (inverse resonant photoionization) is the process by which an ion captures a continuum electron to form a doubly excited state, followed by a stabilizing radiative transition to a nonautoionizing state. These stabilizing radiative transitions give rise to the satellite lines. Charge expansion perturbation theory on a basis of Coulomb functions using expansion in powers of 1/Z has been used for calculating satellites to resonance lines of hydrogen and helium-like ions.3” Recently, calculations for the satellites of He-like ions’ were performed in intermediate coupling with configuration interaction using the multiconfiguration Dirac-Fock method. Other relativistic multiconfiguration calculations have been carried out for the satellites of He-like Fe.*y8Various experiments have been done to measure the satellite spectrum of Helike ions.9-18 This paper presents the wavelengths, radiative transition rates, Auger rates, satellite intensity factors, and fluorescence yields for dielectronic satellites of nine helium-like ions ranging from Ne8+ to Xe’*+. Dipole transitions from 1~210 + ls*n”l”, where n’, n” = 2, 3,4, are all included. In this work, relativistic multiconfiguration wave functions are used to calculate energy levels as well as the Auger and radiative matrix elements.
Method of Calculation The calculations described in this work are based on multiconfiguration relativistic bound states and distorted-wave Dirac continuum states for the electrons. The wave functions for each of these states were calculated using the code YODA, which is an atomic physics package of Hagelstein and Jung.” The code YODA was used to calculate energy levels, oscillator strengths, and Auger rates. These calculations were carried out on a Cray computer. YODA is a relativistic multiconfiguration atomic physics code which uses as its orbital basis a set of singleconfiguration Dirac orbitals obtained in an averaged-configuration Hartree-Fock calculation. Racah algebra is used in calculating the angular momentum part of the matrix elements.20921 Using these orthonormal single-electron orbitals to construct the single-configuration wave functions, the Hamiltonian matrix is calculated including Breit corrections (in the w = 0 limit) to the Coulomb interactions between the electrons. The quantum electrodynamic effects of self-energy, using the hydrogenic results of Mohr?* and vacuum polarization, using the expectation values of the Uehling potential:3 are also included. The nuclear potential is assumed to have a Fermi distribution. A configuration interaction (Cl) calculation is then carried out by diagonalizing the Hamiltonian to give the full multiconfiguration wave functions in intermediate coupling. Using this method, all the configurations included in the calculation are diagonalized simultaneously. These wave functions are then used to calculate the oscillator strengths for the dipole allowed transitions. 340
AtO”,k
Data and Nuclaar
Data Tablee.
Vol. 38. NO. 2. March
1988
J. NIISEN
The radiative transition
Dielectronic Satellite Spectra for Helium-like Ions
bilizes the capture process. Here, [K] indicates the closed K-shell Is*. In addition to the direct dielectronic recombination, there are radiative processes and (for finite-density plasmas) collisional processes which cause cascading (An 3 1) and angular momentum redistribution (An = 0) within the doubly excited states. Collisional excitation and deexcitation between the doubly excited states and the nonautoionizing states are also possible. Only the direct radiative transitions from doubly excited states to lithiumlike nonautoionizing states are considered in this work. A discussion of the other processes can be found in several previous publications.*‘-*’ In j-j coupling, the ls21n’l’ manifolds (n’ = 2, 3,4) of the lithium-like ions consist of 180 doubly excited states which are connected to the helium-like ground state ls* by the Auger process and to 15 lithium-like nonautoionizing States [K]~s,,~, 2pIj2, . . . , 4f7,2 by radiative decay. To calculate the population kinetics, set
rate is given by
where #i and +f are the antisymmetrized many-electron wave functions for the initial and final states of the ion. The continuum orbitals used in computing the Auger matrix elements were calculated in a distorted-wave approximation neglecting exchange with bound-state orbitals. The potential was a spherically averaged final-state potential, with the final state an ion in a helium-like ground state. For the high-Z systems used, the neglect of the exchange term should be a small effect. The continuum wave functions are used with the multiconfiguration wave functions for the bound electrons to calculate the Auger matrix elements. The Auger rate is calculated from perturbation theory by (2)
N1 = population of the helium-like ground state, Ni = population of the lithium-like doubly excited states i= 1 to 180, N/ = population of the lithium-like nonautoionizing statesf= 1 to 15, #’ = dielectronic capture rate to doubly excited state i; then
where the two-electron operator Volsfor the Coulomb and Breit interaction is V,,=(‘-~~*~*)-~(,,.V,)((12.V2)r,2
(3)
r12
with f-12
= Ir2 - hl
(5)
(4)
and P(E) is the energy density of the outgoing continuum electron states.
Dielectronic
The population of the helium-like ground state N, is assumed to be constant and the populations of the lithiumlike nonautoionizing states NJ are assumed to be zero. Assuming steady state, Eq. (5) is solved for Ni by setting dNJdt = 0,
Satellites
Ni = [N~S’ll[d + #I*
In general there are two possible processes for generating the dielectronic satellites; dielectronic recombination and inner-shell excitation. For low-density astrophysical plasmas, dielectronic recombination is the primary process.24 The components of the dielectronic recombination process are X2+ + e --, P-I)+(
ls21n’l’)
~cz-1)+(ls21n’I’)~X”-‘)+([K]n”1”)
(6)
The dielectronic capture rate $” is calculated by detailed balance from the Auger rate 74 by #Ye)
= &fi+Y?f(f%
f(d) = [h3nceXp(-~i/e)]/[2g,(2?rme)3/2],
(7) (8)
where
(fir dielectronic capture);
gi = degeneracy of the lithium-like doubly excited state i, gI = degeneracy of the helium-like ground state, Ei = energy of the lithium-like doubly excited state i, EI = energy of the helium-like ground state, AEi = Ei - El.
+ hv (for stabilization).
The helium-like ground state X2+ captures an electron to form a doubly excited lithium-like state X@-i)+( ls21n’l’). The notation 1s represents a 1s electron while 21n’l’ represents the two excited electrons. The doubly excited state can Auger decay or undergo a radiative decay (np -* 1s) to a lithium-like nonautoionizing state [K]n”l” which sta-
A Maxwellian distribution of electron velocities, defined by a temperature 8, is assumed. The electron density is given by nc, h is Plan&s constant, and m is the electron 341
AtomlcDatasndNudearDataTsbles.Vol.39.No.2.Marchl9~
J. NILSEN
Dielectronic satellite Spectra for Helium-like Ions
mass. The radiative decay rate 7: to the nonautoionizing states stabilizes the dielectronic capture, where
/=I
The dielectronic recombination radiative transition becomes
rate through a particular
The satellite intensity factor can be defined as
(11) This gives the approximate relative intensity of the satellite lines formed by dielectronic recombination. When the direct inner-shell excitation is the principal excitation mechanism, a more appropriate quantity is the statistically weighted line fluorescence yield associated with the satellite intensity, which is defined by
(12)
agreement is with the work of Chen,7 with the current work having a longer wavelength by 2-5 X 10m4 Angstroms. The agreement with the works of Bely-Dubau et al.2~8 and Vainshtein and Safronova516 is 5-19 X 10m4 Angstroms. For the higher Z values, the agreement is even better; however, for the lowest Z, neon, with wavelengths in the range 11-16 Angstroms, the disagreement can be as much as 400 X 10m4 Angstroms. Again, the better agreement is with the work of Chen.’ Looking at the ratio of radiative rates for the other authors versus the present work it is clear that there is good agreement, generally within 10% for the largest rates. However, some of the smaller rates differ by as much as a factor of four. For the largest Auger rates agreement is within 15% but for some of the smaller rates the disagreement can be more than an order of magnitude. Finally, the detailed calculations presented in this work are necessary to understand satellite spectra which are observed in laboratory and astrophysical plasmas. Using these spectra, plasma quantities such as electron temperature and densities may be determined.
References 1. A. V. Vinogradov, I. Yu. Skobelev, and E. A. Yukov, Sov. Phys. JETP 45,925 (1977)
Results In Table II, the wavelengths, radiative transition rates, Auger rates, satellite intensity factors, and fluorescence yields are presented for dielectronic satellites of nine helium-like ions: Ne, Si, Ar, Ti, Fe, Zn, Kr, MO, and Xe. The resonance lines of the He-like ions are also included. The main difference between the present work and that of Vainshtein and Safronova5,6 is that the present work includes data for all dipole transitions between three electron states with ls21n’l’ + l~*n”l” for n’, n” = 2,3,4 while Vainshtein and Safronova present data for selected transitions for n = 2 and 3. The range of Z values is also different, with the present work covering nine Z values from 10 to 54 while Vainshtein and Safronova cover all Z values from 6 to 33. Likewise recent work by Chen7 includes n = 2 and 3 for thirteen Z values from 6 to 42 while Bely-Dubau et al. 2*8look at the satellites of He-like Fe for n = 2, 3, and 4. In Table I, the radiative transition rates and Auger rates for dielectronic satellites of He-like Fe are compared between this work and that of Chen,7 Bely-Dubau et al.38 and Vainshtein and Safronova.5*6 For this ion, the wavelengths generally agree within 19 X 1Oe4Angstroms, with the current work having the longer wavelength. The best
2. F. Bely-Dubau, A. H. Gabriel, and S. Volonte, Mon. Not. R. Astron. Sot. 189, 801 (1979) 3. U. I. Safronova, Opt. Spectrosc. 38, 118 (1975) 4. V. A. Boiko, S. A. Pikuz, U. I. Safronova, and A. Ya. Faenov, Opt. Spectrosc. (USSR) 43,233 (1977) 5. L. A. Vainshtein and U. I. Safronova, ATOMIC AND NUCLEAR DATA TABLES 21,49 (1978)
DATA
6. L. A. Vainshtein and U. I. Safronova, ATOMIC DATA AND NUCLEAR DATA TABLES 25,3 11 (1980). Table VI from Ref. 6 is used in the comparisons done in Table I of the present work. Table B and Table VI from Ref. 6 are inconsistent 7. M. H. Chen, ATOMIC DATA AND NUCLEAR DATA TABLES
34,301
(1986)
8. F. Bely-Dubau, A. H. Gabriel, and S. Volonte, Mon. Not. R. Astron. Sot. 186,405 (1979) 9. T. N. Lie and R. C. Elton, Phys. Rev. A 3,865 (197 1) 10. A. B. C. Walker, Jr., and H. R. Rugge, Astrophys. J. 164, 181 (1971) 11. U. Feldman, G. A. Doschek, D. J. Nagel, R. D. Cowan, R. R. Whitlock, Astrophys. J. 192,2 13 ( 1974)
J. NILSEN
Dielectronic SatelliteSpectrafor Helium-like Ions
12. M. Bitter, K. W. Hill, N. R. Sauthoff, P. C. Efthimion, E. Meservey, W. Roney, S. von Goeler, R. Horton, M. Goldman, and W. Stodiek, Phys. Rev. Lett. 43, 129 (1979)
17. TFR Group, F. Bombarda, F. Bely-Dubau, P. Faucher, M. Comille, J. Dubau, and M. Loulergue, Phys. Rev. A 32,2374 (1985)
13. M. Bitter, S. von Goeler, K. W. Hill, R. Horton, D. Johnson, W. Roney, N. Sauthoff, E. Silver, and W. Stodiek, Phys. Rev. Lett. 47,921 (198 1)
19. P. L. Hagelstein and R. K. Jung, ATOMIC DATA AND NUCLEAR DATA TABLES 37, 12 1 (1987)
18. J. F. Seely and U. Feldman, J. Phys. B 18, L797 (1985)
20. I. P. Grant, Adv. Phys. 19, 747 (1970)
F. Bely-Dubau, P. Faucher, L. Steenman-Clark, M. Bitter, S. von Goeler, K. W. Hill, C. Camhy-Val, and J. Dubau, Phys. Rev. A 26, 3459 (1982)
21. I. P. Grant and N. C. Pyper, J. Phys. B 9,76 1 (1976) 22. P. J. Mohr, Ann. Phys. (N.Y.) 88,26, 52 (1974)
15. M. Bitter, S. von Goeler, S. Cohen, K. W. Hill, S. Sesnic, F. Tenney, J. Timberlake, U. I. Safronova, L. A. Vainshtein, J. Dubau, M. Loulergue, F. BelyDubau, and L. Steenman-Clark, Phys. Rev. A 29, 661 (1984)
23. E. A. Uehling, Phys. Rev. 48,55 (1935) 24. A. H. Gabriel, Mon. Not. R. Astron. Sot. 160, 99 (1972) 25. S. Dalhed, J. Nilsen, and P. Hagelstein, Phys. Rev. A 33,264 (1986)
16. M. Bitter, K. W. Hill, M. Zamstorlf, S. von Goeler, R. Hulse, L. C. Johnson, N. R. Sauthoff, S. Sesnic, K. M. Young, M. Tavemier, F. Bely-Dubau, P. Faucher, M. Cornille, and J. Dubau, Phys. Rev. A 32,301l (1985)
26. J. Nilsen, J. Phys. B 19, 2401 (1986) 27. J. Nilsen, J. Quant. Spectrosc. Radiat. Transfer 36, 539 (1986)
343
Atomic
Data and Nudsar
Data Ttttka.
Vol. 38. NO. 2. Msrdl
1988
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
EXPLANATION
OF TABLES
TABLE
I.
Comparison of the Radiative Transition Bates and Auger Bates from the Present Work with the Values of Chen’ (column a), Bely-Dubau et al.(Column b), and Vainshtein and Safronova’” (Column c) for Satellites of He-like Fe
TABLE
II. Wavelengths, Radiative and Auger Bates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like ions Z TRANSITION
LAMBDA A(if) A(tot) AUGER
Qd fw RATIO RATIO
of A(if) of AUGER
Element number Transition from initial level i to final level f: Only transitions with absorption oscillator strengths greater than 1.O X 10e5 are included. Wavelength in Angstroms Radiative rate 73 from initial level i to final level fin set-‘, Eq. (1) Total radiative rate $ for level i in set-‘, Eq. (9) Auger rate 7; for level i in set-‘, Eq. (2) Satellite intensity factor in set-‘, Eq. (11) Statistically weighted line fluorescence yield, Eq. (12) A($) from other authors/,4(if) from present work AUGER from other authors/AUGER from present work
Ji = total angular momentum
of level i
[K] = closed K shell, 1s* nix represents a one-electron state with n = principal quantum
number
I= orbital angular momentum X=
*
ifj=
-
ifj=l-0.5
As an example, ls*2p*3p-(3/2)-[K]3p-(
1+0.5
l/2) is a transition
1S&P3/23P1/2 (A = $1 to The notation
l&3PdJ/.
from state
= 9.
1.74 + 11 or 1.74e + 11 represents 1.74 X 10”.
344
AtanK:
Data and Nudear
Data Tables.
Vol. 38. NO. 2, March
1999
J. NILSEN
Dielectronic
Satellite
Spectra
for Helium-like
Ions
TABLE I. Comparison of the Radiative Transition Rates and Auger Rates from the Present Work with the Values of Chen, Bely-Dubau et al., and Vainshtein and Safronova for Satellites of He-like Fe See page 344 for Explanation of Tables z = 26 TRANSITION
LAMBDA
A(if)
RAT1 0 of a
13*20* (11 ls*2;‘4i*i5/2)--K ls*2p*4p*(l/2)-‘K ls’2p*4d-(5/2)-‘K ls’2p*4d-(5/2)-‘K ls*2p’4d*(7/2)-‘K ls*2p*4s*(1/2)-‘K ls*2p*lp*(3/2)-‘K 1~*2p’4p-(3/2)-~K la’2p*4p*(5/2)-‘K ls*2p*3d*( ls”2p*2p*(1/2)-‘K ls*2p*3p-( ls*2p’3p*(5/2)-‘K la*2pe4d*(7/2)-‘K ls*2p*lp’( ls*2p*ls*(3/2)-‘I ls*2p’3d*(7/2)-‘K le’2s*2p*(3/2)-‘K ls”2p*4p*(3/2)-‘K ls*2p’2p*(1/2)-‘K ls*23*2p*(1/2)-‘K ls’2p*2p*(3/2)-‘K ls*2s’4p~(1/2)-‘K ls*2p_lp*( 13*2p(1) ls*2b_4d’(7/2 18*2p_lp*(3/2 ls*2p-4p*(3/2 ls*2p-48’(3/2 ls*2p_lp*(5/2 ls*2p_lp-(3/2 ls’28*4p*(3/2 ls*2s’4p~(1/2 ls*2p*2pr(3/2 1s’2a*48’(1/2 1S’23’43*(1/2 ls*2p_2p*(1/2 ls*2p_2p’(3/2 ls*23*2p-(l/2 ls’2p’Zp*(5/2 ls*2p_2p*(1/2 ls*2p_2p’(3/2 ls*2p_2p’(3/2 13*2p_2p-(l/2 ls’2p-2p*(5/2 ls*2s*2p-(3/2 18*2p_2p*(3/2 13*2s*2p-(l/2 ls*2p-2p-(1/2 ls*2s*2s*(1/2 ls*2s*23*(1/2
-
13*13*
(01
d/i) 312) 3/2) 512) 512)
l/2) 312)
7/2)-‘K 3/2)-‘K
l/2)-‘K
~4P14P’ 13d’ l2P3Pl3p’ 14d’ ,4P’ 43' 3d* l23' 4P’ 2P’ 23'
2P4s' 3/2)-:K 4P13 13’ 4d’ 4P’ 4P43' 4P’ 4P4d* 4d_ 2P’ 4P4P’ 2P2P23' 2P’ 2P’ 2P’ 2P2P2P’ 23' 2P’ 23' 2P’ 2P2P’
i)-
l/2) 312)
:::; l/2) 3/2) 5/2) 312)
l/2) 5/2)
l/2 312) 3/2)
l/2) l/2)
:g (0) 5/2) 312)
l/2) l/2) 3/2)
10) 5/2) 3/2) 3/2)
l/2) 312)
l/2) l/2) l/2) 3/2) 312) 3/2)
l/2) l/2) 312)
l/2) 312)
l/2) 3/2)
l/2) 3/2)
1
1 .a5092 1.65096 1 .a5115 1 .a5130 1.65133 1.65146 1 .ll5146 1.85168 I .85166 1.85170 1.65166 1.65164 1.65209 1.65224 1.65263 1.65316 1.65364 I .65596 1.65600 1.65615 I .65633 1.65670 1.65700 1.65704 1.65753 1.65633 1.65973 1.66011 1.66046 1.66064 1.66066 I .66103 1.66110 1.66127 1.66159 1.66207 1.66243 1.66277 1.66266 1.66343 1.66343 1.66367 1.66420 1.66650 1.66790 1.66614 1.67073 1.67306 I .67352 1.67456 1.67523 1.67562 1.67756 1.69296 1.69759
4.20et14 4.66et14 1.60et14 4.76et14 2.67etl4 4.19et14 2.75et14 1.93et14 4.66etl4 4.43et14 4.59et14 4.56etl4 4.66etl4 3.94etl4 1.13et13 4.09et14 4.35et14 3.46et12 1.44et13 1.54et12 6.50et13 1.12et12 4.34et12 2.41et14 1.76etl4 6.44etl2 1.57et13 6.23et12 4.42etl3 3.74et13 4.06et13 6.32et12 4.40etl3 4.23et13 3.64et13 6.47et12 3.79etl2 6.15etl4 6.60et12 6.69et12 5.40etl4 3.22et14 3.16et14 2.12et14 1.65et14 4.07etl3 3.64etlO 2.06et13 3.37et13 1.59etl3 1 .Olet13 4.97et12 6.10etlO 6.49et12 9.63et12
345
b 0.96 0.96 1 .I6
A(if)
AUGER
0.93 0.96 0.93 0.94
0.93 2.66
0.92 0.94 0.90
1.02 0.96 1.02 1.03
1.06 0.64 1.01 1.00 1.03
0.96
0.92 0.92 0.92 0.61 0.93 0.93 0.93 0.94 0.96 0.94 0.97 0.96 0.96 1.57 0.67 0.65
0.61 0.67 3.35 0.64 0.63 0.42 0.75 0.51 1.01 0.76 0.64 1.00 0.97 0.92 o.gg 0.95 0.74 3.45 0.93 0.96 0.97 0.60 0.96 2.50 1.01 0.96
a
C
0.99 0.71 0.97 0.64 1.36 0.96 0.99 0.96 0.96 0.96 0.97 0.76 0.99 0.96 1.20 1.04 0.74 1.00 3.91 1.14 1.01 1.10 1.51 1.62 1.02
1.01
1.00 1.01 1.00 1.01 0.99 0.95 0.64 1.02 1.04 0.m 1.00 0.96 1.27 0.62 0.66
Atcmk
RATIO
4.57etll 4.17etll 5.09et12 0. 5.06et12 4.64et12 2.lOetl2 2.10etl2 5.61etl2 2.12etl2 4.46et12 1.14etl3 6.66et12 1.40et13 2.64et13 3.56etl3 2.60et13 5.71etll 3.06et12 1.02et13 6.05etlO 1.06et14 1.62et12 2.64etl3 7.7Det13 3.47et13 1.47et13 7.97et12 0. 9.65etll 7.97et12 1.39et12 5.14etll 3.76et12 1.12etll 6.BOet12 1.47et13 3.47etl3 7.62et12 7.92et12 1.02et12 1.25et14 3.64et13 1.40etl4 1.02et12 1.25etl4 7.94etll 2.47etll 2.25etl3 7.10etll 7.94etll 2.65etlO 2.47etll 1.42et14 I .42etl4
1.03 1.03 1.05 1.04
0.56 0.m 1.03 0.80 0.90
O.BO
1.61 1.02 1.26 1.01 I.61 1.02 0.54 0.62 0.96 0.24 0.54 2.11 0.62 1.00 1.00
Data and NwYem Data Tables.
of b 1.11 1.15 0.46 0.46 1.11 2.53 2.53 1.11 1.09 1.03 1.10 1.17 1.03 1.06 1.01 I.10 O.g6 1.07 1.06 0.33 1.07 1.15 1.06 0.97 0.94 1.14 1.02 0.94 1.02 0.94 0.70 0.93 7.66 1.15 1.14 0.94 1.12 1.12 0.90 1.06 0.99 1.03 0.90 1.06 1.91 0.79 1.00 1.20 1.91 7.65 0.79 1.01 1.01
AUGER c
0.99 1.23 0.56 1.00
52.56 1.13 1.23 1.15 1.16
1.19
0.66 1.15 0.63 1.14 0.66 1.15 1.27 1.36 1.17 1.15 1.27 9.32 1.36 1.03 1.03
Vol. 33. No. 2. March
1333
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
2 = IO
2 = IO
TRANSITION
L ANBOA
A(i1)
A(tol)
AUGER
Od
A(if)
A(lot)
1s.4p* (1) ls.11. (0) tse4p. (1) ls*ls* (0) ls.2p.4d.(3/2)-[K]?s*(l/2) ls*?p*ld.(1/2)K]2s.(1/2) ls*2p*ls.(3/2)t K]2s*(l/2)
11.0365 11.0437 11.2225 11.2221 11.2567
1.52tl2 1.91to9 3.39409 3.42+09 4.7ltO9
1.52t12 1.91+09 9.10112 9.12tl2 a.99t12
0. 0. l.34tll 1.32tll 3.2atll
0. 0. 1.97tO6 9.73+07 6.64+06
3.ootoo 3.ootoo 1.47-03 7.40-04 2.02-03
ls.Zs*3p~(l/Z)-[K]Zs~(l/2) ls*2pe3s*(3/2)-[K]2~.(1/2) l~.2p~3p*(1/2)-[K]2pe(l/2) ls~Zp~Sp*(l/2)-[K 2p*(S/2) ls*2p*3p*(3/2)-[K 32pe(l/2)
11.6263 ii.8564 11.6682 ll.a703 11.6993
a.95tll 9.2ato6 1.06tlO 1.46tlO 3.56tll
1.51t12 4.54t09 6.7Otl2 6.70t12 a.65t12
1.14tlO 2.4lto9 a.20112 6.20112 l.Jltl3
1.34110 i.29to9 1.16tlO 1.63tlO a.63tll
l.latOO 5.34-01 1.42-03 1.99-03 6.60-02
ls.2p.4~.(1/2)ls*2s*4p*(3/2)ls.2s.4p.(l/2)ls*2p.ls*(3/2)ls.2pe4s.(l/2)-
K]2r*(l/2) K]2.9*(1/2) K]Zs.(I/2) K 2s.(l/2) / K3 2s*(l/2)
ii.2568 11.3121 11.3131 11.3229 11.3243
4.54t09 l.Jltll l.5ltll 9.99tlO a.79tlO
a.99tl2 3.59tll 4.29tll 2.15+11 1.58111
4.30+11 9.92tl2 9.54,12 l.a5tl2 2.42tl2
4.15+06 5.27tll 2,alltll 3.56tll 1.65+11
9.64-04 5.32-02 3.02-02 1.94-01 6.82-02
ls.?p*3pe(3/2)-[K ls*2p*Jp-(l/2)-[K lsr2p*Jp*(3/2)-[K lw2p*3p*(5/2)-[K lsr2p~Spm(3/2)-[K
2p.(l/2) 2pm(l/2) I 2p*(3/2) 2pr(3/2) 32p.(3/2)
ii.9000 11.9006 11.9014 11.9019 11.9021
1.45+10 5.09111 2.29tll 3.36+11 5.65tll
a.47ti2 9.93+12 a.65+12 7.33tl2 a.47tl2
l.4atl3 l.7otoa 1.31+13 2.64tl3 1.4atl3
3.69tlo 1.75to7 5.52tll 1.56+12 1.44t12
2.49-03 1.03-01 4.22-02 5.97-02 9.71-02
lsw2p~4s~(3/2)ls.2p.4fe(3/2)ls*2p*lf*(5/2)-
K 21.(1/2) K 2pe(1/2) iIK 2p*(3/2)
1::,':::~:11::~:1:~:~~~~~~~
11.3338 ll.3a63 11.3902 11.4014 Il.4034
4.43toa l.oato9 1.29tO9 3.61tio 6.51tlO
6.42+09 9.3otl2 9.30+12 a.9oti2 6.90tl2
t.9otIo 2.92tlo 2.9OtlO 2.49tI2 2.49+12
l.32+09 1.35+07 2.40t07 1.56+10 2.altlO
6.97-02 4.61-04 8.30-04 6.35-03 1.14-02
1~.2p*Jpm(1/2)-[K ls*?pn3p*(1/2)Is.2s.Sp.(l/2)ls*2~.3p*(3/2)ls*2p*Sp*(1/2)-
2p*(3/2) K 2p.(l/2) KI 2s~(l/2) K 2s.(1/2) / K I 2p.(S/2)
11.9027 ii.92711 11.9279 11.9262 11.9300
3.39+11 a.05til 1.35t12 1.35+12 1.54tl2
9.93t12 3.82tl2 1.45t12 1.46tl2 3.62+12
1.7OtOa 2.3ati2 5.94tlI 6.23tll 2.36tl2
1.16tO7 6.19tll 7.aJtll 1.61+12 1.19tl2
6.83-02 2.59-01 1.32tOO 2.59tOO 4.98-01
lwZp*4p.(3/2)-[K lsn2p*4pe(l/2)-[K ls~2p*lp.(3/2)Is*2p*4p*(3/2)ls.2p.4~.(5/2)-
2p.(1/2) 2p-(l/2) K I 2p.(l/2) K 2p*(3/2) 11K 2p.(3/2)
11.4095 11.4100 11.4101 Il.4115 11.4118
1.17tll 2.01tll 1.16tll 2.05tll 2.44411
9.55+12 9.6Otl2 9.12+12 9.55t12 9.12112
6.45tll b.lStOa 6.26t12 6.45tll 6.37t12
2.96tlO 2.57tO7 l.aOtll 5.19tlO 6.02tll
4.60-02 4.16-02 3.02-02 a.O6-02 9.45-02
ls*2snJpm(3/2)-[K 1~.2~.3pe(1/2)-[K Is*2:*3d~(3/2)-[K Is*2paJpe(5/2)ls.2s*Sd-(J/2)-
2s.(1/2) 26*(1/2) Zp.(l/2) K 2p*(3/2) 1 KI 2p.(3/2)
11.9341 11.9343 11.9573 11.9564 11.9594
6.2atO9 2.44+09 7.44tll 1.4Ot12 1.46tll
a.66t09 2.44+09 9.55tll 1.41+12 9.55tll
5.49tO9 6.97t0.9 1.67t13 2.32t13 1.67tl3
I.29tlO l.OatO9 2.63t12 7.93tl2 5.63tll
2.34tOO 1.56tOO 1.51-01 3.42-01 3.01-02
ls.2p.lp.(l/2)ls.2p.lp.(3/2)ls*2~.4p~(l/2)-[K ls.2s.lp.(3/2)ls.2s.4p.(3/2)-
K 2p.(3/2) 1 K 2p*(3/2) 2s*(l/2) K i 2r.(l/2) EK]2$.(1/2)
11.4120 11.4121 11.4150 11.4152 11.4207
1.24tll 1.22tll 6.a.9tll 6.66tll 1.79109
9.60+12 9.12t12 7.06+11 7.07+11 1.79+09
6.15+06 6.2at12 1.04+12 I.05t12 3.5ltO9
1.59tO7 1.99tll a.lOtll 1.65+12 4.75t09
2.59-02 3.16-02 7.90-01 1.57tOO 1.35+00
ls*2s~3d-(S/2)-[K]2pe(l/2) 1$.26*3d*(5/2)-[K l.*2s*34-(3/2)-[K ls.?p_Sp.(1/2)-[K ls*2peJpr(3/2)-[K
2p*(3/2) 2p*(3/2) 2p.(1/2) i 2p.(1/2)
11.9623 11.9629 11.9645 ll.9a3a 11.9857
9.87t11 6.55tll 2.14tll 7.03toa 2.26+09
3.00+12 2.44t12 3.00+12 I.2oto9 9.22+09
3.5atl2 5.72tll 3.56+12 6.72toa 1.64+06
2.15+12 7.47tlf 4.65111 5.05toa 1.56+06
6.00-01 1.3ltOO 1.30-01 7.52-01 9.64-01
ls.2r.4p-(1/2)ls.Zp.4f.(3/2)ls.2p.4f.(3/2)ls*2p~4fo(3/2)ls.?po4p*(1/2)-
K 2r*(1/2) K1 2p.(l/2) K]2p.(1/2) K 2p*(3/2) I K 2pe(1/2)
ii.4208 11.4602 11.461a 11.4622 Il.4628
5.92to6 6.94+09 4.24tO.9 2.00+09 2.9Otll
5.92toa 2.52tlO l.66+09 2.52tlO l.Oatl2
7.77to.9 1.05tll 5.47+09 1.05111 2.97t12
6.72+08 2.6atlO 1.3OtO9 6.45tO9 4.26tll
1.65-01 2.75-01 2.37-01 6.15-02 1.44-01
Ir*2pe3pr(3/2)Iso2p~3po(3/2)1.*2p.3p.(l/2)-[K ls*2p*Jp.(3/2)Ir~2pm3p.(1/2)-
K 2p.(3/2) 1K 2pm(1/2) 2pe(1/2) K 2p.(3/2) t K I 2p.(3/2)
11.9679 12.0012 12.0013 12.0033 12.0035
6.73tO9 2.39tll 9.04tll 1.04+12 4.11tll
9.22+09 1.7ltl2 1.70112 1.71+12 1.70tl2
1.64tOO 3.09t09 1.13tO9 3.09+09 1.13+09
4.71+06 1.73tO9 1.2OtO9 7.5OtO9 5.46+06
2.a7tOO 5.56-01 1.06tOO 2.43tOO 4.63-01
11.4631 11.4644 11.4646 11.4697 ll.47oa
1.41tlO 2.06+09 6.47tll 3.6OtO6 5.13to9
2.96tlO 5.45tO9 1.06tl2 4.a9tOD l.9atil
1.60+11 2.46+10 2.97tl2 6.45+09 9.76tlO
7.12tlO 1.02tlO 9.49+11 6.19tOa 6.77+09
4.44-01 4.09-01 3.20-01 1.27-01 6.94-02
12.0053 12.0051) 12.0075 12.0079 12.0546
1.79*10 4.73t10 5.altlo 2.24tlO 3.02tlO
1.12*11 1.01+11 1.12+11 1.01t11 9.3atIl
a.3lto6 3.13*07 a.31+06 3.13+07 1.55+13
5.29108 2.94*07 1.72to9 1.39*07 5.70+10
6.37-01 9.39-01 2.07tOO 4.45-01 3.67-03
11.4715 Il.4710 11.4726 il.472a 11.4764
1.14t09 2.51t09 1.37tlO I.54+09 5.7ltll
3.91tO9 1.41tlO 1.95tll l.9atll 7.76tll
1.72tlO 3.67tlO 2.14tlI 9.76tlo l.lltl3
5.57tO9 1.09+10 4.3OtlO 2.03109 2.14+12
3.24-01 2.96-01 2.01-01 2.011-02 1.67-01
12.0570 i2.05ao 12.0602 12.0603 12.1429
5.42tlO 1.43+11 2.67tlO 1.63tll 4.44t10
9.3atli 1.77*11 1.77+11 l.69+11 1.3ot11
1.55t13 4.92*12 4.92t12 4.90*12 3.13t13
1.02t11 5.53tll 1.03t11 9.47*11 a.64tlo
6.57-03 1.12-01 2.09-02 l.93-01 2.a2-03
11.4766 11.4714 11.4626 11.4a44 Ii.4046
6.97ill 1.62tll 5.2atO9 2.27tlO a.35+09
7.11t11 7.76tll 1.36tlO 9.1OtlO 1.36tlO
1.17*13 1.14tl3 1.39tlO l.lStlO t.39t10
3.94+12 6.07tlI 1.07tlO 1.02+10 1.69110
3.36-01 5.31-02 7.67-01 6.17-01 1.21too
12.1451 12.8430 12.6430 12.11556 12.6561
a.53tlo a.42409 11.47+09 9.2atoa 1.12+09
l.Jo+ll a.99+12 a.99ti2 9.30+12 9.30+12
3.13*13 3.2atll 4.3ot11 2.92t10 2.90*10
1.70t11 1.19to9 7.73toa l.l6+07 2.09+07
5.43-03 3.61-03 1.80-03 3.9a-04 7.21-04
ii.4640 il.4852 11.41162 11.4664 ii.41166
1.62t10 1.90109 1.26tlI 6.4ltlO 4.52tll
l.93tlo 2.75+09 6.09tll 9.1OtlO 6.66tll
4.37+09 5.33*10 5.53tlO 1.15t10 4.92+09
5.9ato9 l.oatlo 4.27tlO 2.86+10 6.42+09
1.37too 2.04-01 7.71-01 2.5OtOO 1.3otoo
12.6724 12.1729 12.8763 12.6766 12.11127
1.27+09 2.1)9*09 I.90109 2.04+09 6.27toa
a.90+12 a.9oti2 9.10+12 9.12+12 9.55t12
2.49+12 2.49*12 1.34*11 l.32+11 6.45111
5.53*011 1.26+09 l.lotoa 5.110+07 2.09toa
2.23-04 5.07-04 6.21-04 4.41-04 3.25-O)
il.4a6a Il.4662 ll.4aa6 11.4900 11.4905
2.4ato9 4.10111 l.altll 3.64+09 l.lltlO
l.93tlo 6.09tll 6.66tii 2.5OtlO 2.32tlO
4.37*09 5.53*10 4.92*09 1.42to9 3.1&07
9.16+06 1.36tll 2.57+09 7.(I3*01 3.22tO7
2.10-01 2.47+00 5.22-01 5.50-01 l.OltOO
Is*Zp*lpe(3/2)lr.2p.4p.(l/?)Ir.?p.4p-(3/2)ls*Zp*4p~(5/2)ls*Zp*lp..(3/2)-
K K K K Ii K
l2.6a33 12.6633 12.11635 12.6637 l2.6a4i
4.37+09 2.19*09 2.65tlO 3.50tlO 3.56+09
9.55tl2 9.60tl2 9.12+12 9.l2t12 9.12112
6.45tll 6.15t06 6.2atl2 6.37t12 6.2atl2
l.lltO9 2.60t05 4.65tlO a.63+10 5.6lt09
1.71-03 4.56-04 7.41-03 1.35-02 9.24-04
11.4920 11.4925 11.5036 11.5056 11.5731
1.35tlO 5.43+09 3.23409 4.54tO9 1.55t10
2.50tlO 2.32tlO 3.32tll 3.32tll 1.93*10
1.42to9 3.lato7 4.03+12 4.03+12 6.14+11
2.91+09 1.49*07 5.97to9 a.39+09 6.02t10
2.04tOO 4.69-01 1.41-03 2.011-03 9.12-02
ls*2p.4d-(5/2)lr*2p*ld.(5/2)lw2po4d*(1/2)-[K ls.2p*4d.(7/2)ls.2p.ld.(3/2)-
K Jd-(312) 1 K Jd*(5/2) 3r*(1/2) K 36.(5/2) t K i Js.(l12)
I2.aa47 12.111149 l2.aa5l l2.aa5i l2.aa65
5.37+09 5.47toa i.70+09 6.37+09 l.70t09
a.90tl2 a.9otl2 a.66410 a.94tl2 i.oatil
3.62t12 3.62+12 l.l2+09 3.54+12 2.27to9
9.33tO9 9.5OtOa 4.34+07 I.45tlO l.4ltoa
2.57-03 2.62-04 3.119-02 I.Oa-03 6.19-02
11.5751 11.5752 11.5655 11.6024 11.6044
3.01to9 I.altlO 3.06t12 3.72409 6.85409
1.93+10 1.6atlO 3.06tl2 1.46410 1.46tlO
6.14t11 6.15tll 0. 7.12+12 7.a2tl2
1.17+10 1.05tll 0. 7.42tO9 l.JltlO
1.90-02 1.72-01 3.ootoo 9.49-04 1.75-03
lr.2p*ld*(5/2)-[K ls.2p*4d*(5/2)-[K ls*2polde(3/2)ls.2p.4f*(3/2)ls.2p.41*(5/2)-[K
3de(312) 3d*(5/2) K Jd.(3/2) I K 3p.(l/2) I Jp*(J/?)
12.61166 12.8869 12.61171 12.9474 12.9491
3.64+06 1.46tO9 1.69+09 4.22t06 5.00toa
9.2lt12 9.21t12 9.2lt12 2.52tlO 2.9atlo
2.63tlO 2.63tlO 2.36t07 1.05tll i.6otll
6.22t06 2.53+07 1.73t04 1.36tO9 2.53+09
2.36-04 9.59-04 7.33-04 1.30-02 l.5a-02
11.60111 11.6600 11.6606 11.7252 11.7265
1.75t09 2.24tlO 2.26410 2.65+10 2.95110
1.75+09 6.39+12 a.43t12 7.95tll a.94tll
0. 9.62tlO 9.35+10 7.34tlO 7.33tlO
0. l.OltO9 4.96tOa 4.4atO9 0.94+09
3.ootoo 1.05-02 5.31-03 6.11-02 1.22-01
ls~2p.4~*(1/2)ls.2p.4p.(l/2)ls.?r*4de(3/2)ls.?s*4d.(5/2)lr.2p*4d~(l/2)-
KlJp.(l/2) K]3p*(312) K 3p.(l12) K 3~*(3/2) I K I Jde(312)
12.9506 12.9512 12.9609 12.9612 12.9631
1.12tto 2.61tio 3.76toa 6.14tOa 5.lato9
l.oatl2 l.oatl2 l.9atll 1.95tll a.66tlo
2.97t12 2.97tl2 9.76tlo 2.14+11 l.i2+09
1.64+10 3.a3tlo 4.97toa 1.93+09 l.32toa
5.54-03 1.29-02 5.09-03 9.01-03 i.la-01
11.7594 11.7600 11.7970 11.7995 11.6275
2.44tlO 2.59tlO I.75410 I.90tlO 6.63tll
7.34tl2 7.39t12 1.06+12 1.25+12 1.57t12
6.46+12 5.76t12 2.94tlJ 2.93t13 2.03tlO
2.29tlO 4.54tlO 6.74tlO 3.65tlO 4.51tlO
3.54-03 7.811-03 2.29-03 1.24-03 2.22tOO
Is.Zs.lf*(7/2)ls.2p.ld*(3/2)Is.2..4f~(5/2)ls.2s.4fm(5/2)ls.?p.4p.(5/2)-
K]3d*(5/2) K Jd*(5/2) K 13dm(J/2) K 3d*(5/2) I K Jp*(3/2)
12.9653 12.9654 12.9660 12.9662 12.9666
3.68tlO 4.69+09 3.43tlO 2.66t09 9.64+09
5.OOtlO i.oatll 4.87tlO 4.67tlO 7.lltll
2.94tll 2.27+09 2.09tll 2.09tll 1.17tl3
2.52tll 3.aatoa 1.67tll 1.29tlO 5.46tlO
8.56-01 1.71-01 7.97-01 6.18-02 4.65-03
2p.(3/2) 2pr(3/2) 2pr(3/2) 2p.(3/2) 2p.(1/2)
ls*2p.lp-(l/2)ls.2p.4p*(5/2)lseZpalp*(3/2)lr.2p.lp.(3/2)ls.2p.4p.(l/2)-
ls*2s*ld*(3/2);~';;'4~;~5/2'-
K 2p.(1/2) K 2p.(3/2) K 2pe(1/2) K 2p.(3/2) I K I 2pm(l/2)
K]?p*(3/2) EK]2p.(3/2) ls.ls* (0) la:2s:4~.(1/2)-[K]2p~(ll2) ls*2~.4~~(1/2)-[K]2p.(3/2)
9w
TRANSITION
LAMBDA
2p.(3/2) 2p-(l/2) 2p*(3/2) 2p*(3/2) 2pe(1/2)
Jp*(3/2) 3pe(l/2) 3p.(1/2) 3p.(3/2) 3p.(3/2)
AUGER
Od
9ff
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line -&orescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 2 = IO 1RANSIlION
A(if)
A( tot)
12.9680 12.9686 12.9734 12.9762 12.9788
8.49tO9 2.9PtO9 5.20408 6.82+08 5.96+08
7.76+11 7.76tll 1.5ltll P.lO+lO 1.93+10
1.14+13 1.14+13 1.50tll 1.15+10 4.37+09
3.18+10 1.12tlO 1.55+09 3.05t06 2.2OtOLl
2.78-03 9.79-04 1.03-02 2.66-02 5.04-02
LAMBDA
AUGER
Od
IRANSITION
g* ls92pe
(1)
-
LAYBOA
15*1s*
(0)
A(il)
A( tot)
13.4897 13.4900 13.4906 13.4962 13.4964
9.69+12 1.85+09 4.7ltOS 8.20tll 8.24tl2
9.69+12 1.85+0¶ 4.71+09 9.06tl2 9.06tl2
AUGER 0. 1.72tOS 4.34tOS 1.97tlO 1.97tlO
Od 0. 1.78+09 9.04+09 1.07tlO 1.07tll
3.00t00 1.04100 2.08tOO 5.41-01 5.44tOO
P"
ls.2p-4p.(3/2)16*2p*4p*(3/2)ls*2p~lp.(1/2)ls.2p.lp.(3/2)ls*2p~lp.(l/2)-
K]3p*(3/2) K 3p.(l/2) K Jpe(1/2) K Jp.(3/2) I K3 3p.(3/2)
12.9788 12.9806 12.9811 12.9812 12.9817
2.0¶+09 4.20109 1.55+10 1.46tlO 6.25+09
9.lOtlO 6.09+11 6.88+11 6.09+11 6.88tll
1.15tlO 5.53t10 4.92+09 5.53t10 4.92tOP
9.34t08 1.40+09 2.2o+oLI 4.93+09 8.87+07
8.16-02 2.53-02 4.47-02 8.92-02 1.80-02
13.4965 13.4966 13.4968 13.4970 13.4974
7.38tO8 8.24+12 8.33tll 7.3ltO9 6.6OtOS
9.55+12 9.07tl2 9.07tl2' 9.12tl2 9.12tl2
8.45tll 1.62+07 1.82+07 6.37tl2 6.28tl2
1.87tOP 6.62tO7 8.70+06 1.8OtlO 1.08tlO
2.90-O) 3.63tOO 3.67-01 2.83-03 1.71-03
ls*Zpn4do(5/2)ls*2p*ld.(5/2)ls*2p-ld*(3/2)ls*2pm4pe(l/2)ls~2pelp.(3/2)-
K 3de(3/2) K 36.(5/2) K Jd-(J/2) K 3pe(l/2) I K3 Jp*(3/2)
12.9652 12.9853 12.9857 12.9660 12.9860
4.lltO8 1.64t09 1.83tOP 4,lltOB 5.02108
1.56+10 1.56tlO 1.00+10 2.32t10 2.5ot10
1.49+09 1.49toa 1.67+09 3.1at07 1.42*09
2.15+08 8.57t08 1.04*09 I.26406 1.08+08
1.44-01 5.76-01 6.28-01 3.97-02 7.59-02
13.5014 13.5023 13.5078 13.5082 13.5105
6.90+12 6.92tl2 5.32tOS 5.49tOS 5.10+11
7.34t12 7.39t12 7.65tOa 8.89t09 8.65112
6.48+12 5.76tl2 3.68tO9 4.OOtO9 l.JltIJ
8.48412 1.2ltl3 6.SltO9 3.46tOS 1.23+12
9.99-01 2.10+00 1.88tOO 8.65-01 9.39-02
12.9943 12.9944 12.9956 13.0028 13.0034
8.60t08 7.36+09 0.22+09 6.24+09 1.18110
3.59+11 3.59+11 4.29+11 3.32tll 3.32tll
9.92t12 9.92t12 9.54+12 4.OJtl2 4.03tl2
3.32409 2.84tlO 1.57t10 1.15t10 2.17tlO
3.35-04 2.86-03 1.65-03 2.86-03 5.39-03
13.5112 13.5115 13.5118 13.5121 13.5122
7.54tl2 6.76412 6.98t12 1.12412 6.32tl2
8.65+12 8.47t12 7.33tl2 8.47tl2 9.93tl2
1.31+13 1.48tl3 2.64+13 1.48tl3 1.70t08
l.lltlJ 1.72413 3.28tl3 2.88412 2.17tO8
1.39100 1.16tOO 1.24+00 1.93-01 1.27+00
13.0494 13.0497 l3.1040 13.1042 13.1291
1.48tlO 1.47tlO 2.69+09 2.76tOP 1.29t09
7.Oltll 7.07+11 4.46tOP 4.63+09 1.48tlO
1.04tl2 1.05+12 l.PltlO 1.88tlO 7.82+12
1.76+10 3.5ltlO 1.31410 1.77+10 2.58t09
1.70-02 3.34-02 6.85-01 9.41-01 3.30-04
ls*2p*3p-(l/2)-[K 18~2p.4~.(3/2)-[K
Jpe(3/2) 4de(3/2) 4de(3/2) 4d*(5/2) 4s.(l/2)
13.5129 13.5181 13.5102 13.5183 13.5287
2.74tl2 l.ll+lO 9.4ltlO 8.25+10 3.63tlO
9.93+12 8.99+12 8.99tl2 8.99tl2 6.66tlO
1.70t08 3.28tll 4.30+11 3.28tll 1.12tO9
¶.40+07 1.56tO9 8.6OtOP 1.16tlO 9.74+08
5.52-01 4.75-03 2.00-02 3.54-02 8.73-01
13.1297 13.3706 13.3714 13.4113 13.4334
2.76t09 8.78+10 8.86tlO 2.3ltO8 6.57tlO
1.48tlO 8.39+12 8.43+12 9.07+12 9.lOt12
7.82+12 9.62tlO 9.35tlO 1.02+07 1.34tll
5.5ltOP 3.¶7+09 1.94409 1.86tOJ 3.80tOP
7.04-04 4.lJ-02 2.08-02 1.02-04 2.84-02
ls*2p*4d*(3/2)lsg2p*3d.(3/2)ls*2pr3d*(l/2)ls*2p~Sd~(3/2)ls*2p*3do(3/2)-
K K K K K
lsm(ll2) Js*(l/2) 3de(3/2) 3d.(3/2) 3d*(5/2)
13.5303 13.5327 13.5423 13.5440 13.5442
3.9ltlO 1.43tO9 2.45111 3.51+09 2.67tll
1.08+11 1.16+11 7.95t11 1.94+11 8.94tll
2.27tos 3.83tOS 7.34t10 7.33410 7.33tlO
3.24+09 1.83tO8 4.14t10 1.07to9 8.11+10
1.42too 4.78-02 5.64-01 1.45-02 1.11too
13.4338 13.4554 13.4556 13.4562 13.4584
6.6OtlO 7.68+11 7.5Ot12 8.32t12 5.22+11
9.12tl2 8.39+12 8.39+12 8.43tl2 7.95tll
1.32tll 9.82tlO 9.62tlO 9.35+10 7.34tlO
1.88+09 3.56tlO 3.40111 1.83tll 8.81+10
1.43-02 3.70-01 3.53tOO 1.95tOO 1.2OtOO
lr*Zp.2p*(l/2)1¶.2p*3p.(1/2)lsa2p.Sp*(l/2)ls*2p*?p*(l/2)ls*2p*Js.(3/2)-
K tK K K K
2p.(l/2) 3pe(l/2) Jp*(3/2) Zp*(J/?) Ja*(l/2)
13.5473 13.5474 13.5480 13.5500 13.5510
1.17+12 3.5Otll 1.12tl2 2.62412 1.04tl2
3.8Otl2 3.82+12 3.82tl2 3.8Otl2 1.06+12
1.77t13 2.38+12 2.38tl2 1.77t13 2,StrlJ
1.93t12 2.69411 6.6ltll 4.31t12 4.00t12
1.09-01 1.13-01 3.61-01 2.43-01 1.38-01
13.4570 13.4573 13.4574 13.4581 13.4887
8.2¶+09 1.03+10 1.82t09 5.92tll 4.3ltll
9.3Ot12 ¶.30+12 9.30+12 8.94+11 9.30+12
2.92tlO 2.9OtlO 2.92+10 7.33tIO 2.90tlO
1.04+08 1.91+08 2.28407 1.79+11 8.04+09
3.55-03 6.60-03 7.79-04 2.45tOO 2.77-01
la*lpmld*(3/2)1~.2p~Js.(1/2)14*2p*ll.(3/2)1:.2p*41*(3/2)14*2p*4f.(5/2)-
K K K K K
4s*(l/2) 31.(1/2) 4p.(l/2) 4p*(3/2) 4p.(3/2)
13.5525 13.5544 13.5576 13.5560 13.5593
4.12tO8 1.22+12 1.10+10 2.8lt09 1.24tlO
l.OOtlO 1.25tl2 2.52*10 2.52tlO 2.98+10
1.67tOS 2.93tI3 1.05+11 1.05tll 1.8Otll
2.34tO8 2.35*12 3.55t10 9.06tOS 6.29+10
1.41-01 8.00-02 3.39-01 0.85-02 3.92-01
13.4668 13.4668 13.4689 13.4691 13.4893
8.86tl2 9.29+12 8.36tll 8.2Otl2 9.05t12
9.30+12 9.30+12 9.10+12 9.10+12 9.12t12
2.90tlO 2.92tlO 1.34tll 1.34tll 1.32tll
1.65tll 1.16+11 4.85tlO 4.75tll 2.57tll
5.7OtOO 3.98tOO 3.62-01 3.55tOO 1.¶6+00
13.5598 13.5810 13.5611 13.5616 13.5819
5.07+08 1.72+09 1.54*10 8.62tlO 1.43111
1.68+09 5.45+09 1.011+12 1.08+12 3.59*11
5.47tos 2.48+10 2.97tl2 2.97412 9.92t12
1.55tos 8.47+09 2.26+10 1.27+11 5.52+11
2.84-01 3.42-01 7.61-03 4.27-02 5.57-02
ls*2p*4d*(l/2)-[K
ls*2p*Jp.(l/2)ls.Zp.3p~(1/2)1,*2p.lfe(7/2)ls.2p.4f-(7/2)ls*2p*ll*(9/2)-
K K K K ! IK
3p.(1/2) Sp*(3/2) 41.(5/2) 41*(7/Z) 4f.(7/2)
13.4705 13.4712 13.4712 13.4712 13.4712
2.06tl2 4.61412 6.72tl2 3.42+11 9.07t12
6.70tl2 6.70+12 9.07t12 9.07tl2 9.Oltl2
8.20+12 8.2Otl2 1.86+11 1.88tll 1.83tll
2.27tl2 5.07tf2 1.40412 5.48tlO 1.79+12
2.77-01 6.16-01 7.54too 2.95-01 9.80tOO
ls*2s.4p-(l/2)ls*2p*4d*(1/2)ls*2p'ld*(J/Z)lsn2sv4f.(7/2)ls*2pr4d*(3/2)-
ls.Zp.4p.(l/2)lv2po4p~(1/2)Ise2pelf*(7/2)ls.2p.4fe(5/2)ls.2p.4l.(7/2)-
K K K K II K
4p.(l/2) 4p.(3/2) 41.(5/2) 4fe(5/2) 41*(7/2)
13.4753 13.4758 13.4767 13.4768 13.4768
2.87+12 6.13+12 3.47+11 8.79t12 8.87tl2
6.9Otl2 8.9Otl2 9.2lrl2 9.2ltl2 9.21112
2.49+12 2.49+12 5.58t06 9.81+06 5.58+06
1.17+12 2.67tl2 1.68+06 5.62tO7 4.30t07
4.69-01 1.08+00 3.02-01 5.72too 7.7otoo
ls.2p.41-(5/2)ls.2s.41-(5/2)ls*Zs*4f-(S/2)ls.2p*41-(5/2)ls*?p.4f.(5/2)-
13.4788 13.4762 13.4784 13.4787 13.4805
4.27tll .7.65,12 1.04+12 8.94+12 1.06+12
9.2lt12 6.aOtl2 0.90+12 8.¶4+12 9.2ltl2
9.8lt06 3.82+12 3.62tl2 3.54+12 2.63+10
2.73t06 1.36tl3 1.80+12 2.03113 1.82+10
2.78-01 3.76+00 4.98-01 5.73tOO 8.92-01
ls.2p.4l~(3/2)ls~?p.ll.(5/2)lw2p.4f.(3/2)ls*2p.41.(5/2)ls*?p*41.(7/2)-
13.4807 13.4808 13.4810 13.4823 13.4824
8.14tl2 6.36tl2 8.5ltll 6.88tl2 8.88+12
9.2ltl2 9.21+12 9.2ltl2 8.99tl2 8.99t12
2.63410 2.36+07 2.36t07 3.28tll 4.3Otll
l.JS+ll 8.58tO7 8.72406 1.25tl2 8.llrll
5.29+00 3.63tOO 3.69-01 3.8ltOO 1.89tOO
13.4832 13.4834 13.4847 13.4867 13.4871
6.89+12 6.78+11 7.43112 1.54tll 9.07+12
7.36+12 7.36t12 7.43+12 9.55tl2 9.55tl2
9.OJtl2 9.03+12 8.98tl2 6.45411 6.45tll
2.2ltl3 2.24tl2 3.25+13 3.88tlO 2.29tl2
13.4874 13.4875 13.4875 13.4878 13.4880
6.46t12 8.83tl2 8.73112 2.82tl2 1.18tll
9.60tl2 9.12t12 9.12+12 9.8Ot12 9.12t12
6.15tO8 6.37t12 6.28+12 6.15,08 6.28+12
8.27tO8 2.18tl3 1.42tlJ 3.8ltO8 I.92tll
I ! II II K K K K K
41*(1/2) 4d.(3/2) 4dm(3/2) 44*(5/2) 46*(5/2)
13.5634 13.5648 13.5684 13.5665 13.5688
1.92tll 4.14+10 3.72tO8 1.32tlO 6.18+10
4.29+11 8.66tlO l.OP+ll 5,OOtlO 1.08+11
9.54+12 1.12+09 2.27+0¶ 2.94+11 2.27+09
3.67tll 1.05tOS 3.08+07 9.03tlO 5.lltOS
3.85-02 9.45-01 1.35-02 3.07-01 2.25400
K K K K K
4p*(3/2) 4de(3/2) 4d*(5/2) 4f.(5/2) 4l~(7/2)
13.5671 13.5672 13.5674 13.5688 13.5689
2.59+011 8.71tO9 3.07409 7.43tO8 2.04+09
3.8stos 4.87tlO 4.87+10 2.a8tlO 2.911t10
3.L10*09 2.09*11 2.09+11 1.6Otll 1.60111
7.72to(I 4.24tlO 1.50+10 3.76tO9 1.03t10
2.03-01 2.03-01 7.15-02 2.34-02 6.43-02
K K K K K
4l_(5/2) 4f.(5/2) Ipm(ll2) 4p.(3/2) 4f.(7/2)
13.5690 13.5706 13.5708 13.5710 13.5714
7.54+08 1.66toa 4.25+06 1.91toa 1.98+09
1.66tO9 5.45tos 4.89*09 3.91t09 1.96+09
5.47toa 2.48+10 6.45tOS 1.72tlO 2.41+07
2.30*09 8.18+0¶ 9.87tO8 9.35toa l.Slt08
4.21-01 3.30-01 1.50-01 5.43-01 7.90*00
13.5714 13.5720 13.5724 13.5725 13.5728
1.1ot10 3.3Ot08 1.45*11 1.60tll 2.94t10
1.41t10 3.30+08 i.abii 1.95t11 1.96*11
3.87tlO 2.52toa 9.78+10 2.14tll 9.76+10
4.76410 2.92+09 1.92*11 5.03+11 3.89+10
1.30400 1.16tOO 1.97*00 2.35too 3.98-01
2.45100 2.48-01 3.62tOO 6.03-02 3.56400
13.5739 13.5739 13.5739 13.5750 13.5753
4.27+09 1.05111 2.55109 1.20+09 1.32+11
6.83tOS 1.05tll 6.63tOS 1.20+09 1.51+11
1.55tOa 1.2ltll 1.55tOP 2.36tO8 1.50tll
6.33tOa 4.50111 3.78+09 1.97tOP 3.94tll
4.08tOO 3.72400 2.44tOO 8.36tOO 2.62400
1.34+00 3.42tOO 2.27tOO 5.87-01 3.05-02
13.5755 13.5760 13.5761 13.5767 13.5787
l.SltlO 3.9OtO8 2.62109 3.59+09 4.05t08
1.5ltll 3.OltOP 3.OltOQ 3.65t09 4.05t08
1.50tll 3.22+08 3.22408 3.8OtOS 3.70+07
5.73tlO 3.02tO8 2.03+09 1.07tlO 1.38tO8
3.81-01 9.35-01 6.29tOO 2.8lt00 3.87+00
347
II II ti
AtomicDataendNudearDateTabbs.Vd.38.No.2.
March1988
J. NILSEN
Dielectronic SatelliteSpectrafor Helium-like Ions
TABLE II. WaveIengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables I = IO
2 = 10
LAUBDAA(if)
IRANSITlON
lr*2p.Ss~(3/2)ls*2p..ldr(3/2)ls.?p*3s.(3/2)ls*2pm4dr(7/2)lso2pe4p*(3/2)-
ls.?p-4p.(3/2)ls.Zp~4d~(J/?)ls.26.34-(3/2)ls.2s.Jp~(l/2)ls.2s.Jdm(3/2)-
ls.2p.3de(5/2)ls~?p~Jd.(3/2)ls.2p.lp.(3/2)ls.2p.Sde(3/2)Is*?pmlp*(l/2)-
K K K K K
/I
K K K K II K
K K K K II K
ls~2p.Jdm(l/2)-[K ls*2p.4p*(l/2)-[K
A( tot)
AUGER
l.57+12 5.27tlO 8.32+08 2.5lrOS 1.11+10
1.57+12 2.15+11 3.34tOS 3.34+09 l.lltlO
7.67tlO l.85tl2 2.51+09 2.5ltOS 6.02tO8
5.82tll 1.89+11 2.14+09 6.46+09 3.42tOS
7.59tOO 1.02-01 8.53-01 2.57tOO 5.89tOO
13.6183 13.6188 13.6190 13.6193 13.6194
1.05+11 2,Oltll 6.24tO8 2.19110 l.OQ+ll
3.32tll 3.32tll 6.24+08 1.32tll 1.32tll
4.03tl2 4.03+12 1.04tOS 5.29408 5.29+08
1.94tll 3.72+11 1.56+09 5.24t08 2.6ltO9
4.80-02 9.22-02 1.50+00 9.91-01 4.94tOO
13.5784 13.5794 13.5796 13.5800 13.5802
3.7uos 1.41tlO 7.55*ll 9.16+11 3.02tOS
7.11r11 1.58+11 7.63+11 9.24+11 3.02+09
1.17+13 2.42tl2 7.16tl3 7.08113 2.06toa
2.13+10 2.64+10 2.99+12 l.llt12 1.93+09
1.81-03 1.09-02 4.17-02 2.55-02 9.36+00
13.6196 13.6197 13.6198 13.6221 13.6284
l.OQtll 4.95+08 4.4OtOQ 2.27tO8 1.83+09
1.16+11 1.20109 1.16tll 9.22tO9 1.83+09
3.83+09 6.72~08 3.83+09 1.64tO8 1.72+09
1.39tlO 3.55+08 5.64tO8 1.59+07 7.lOtO9
3.64+00 5.29-01 1.47-01 9.68-02 4.12tOO
13.5802 13.5803 13.5804 13.5806 13.5806
1.58tlO 1.30+09 1.47t12 1.52tll 8.62+08
7.76+11 1.30+09 1.63t12 1.63+12 3.91+09
1.14tl3 4.02+07 9.69tlO 9.69+10 1.72+10
5.93+10 3.12+08 4.95+11 5.12t10 4.21+09
5.19-03 7.76+00 5.11too 5.29-01 2.45-01
13.6273 13.6275 13.6280 13.6295 13.6304
3.48tOQ 2.38+09 4.93t09 3.62tO9 1.39+09
5.87tOQ 5.87t09 4.93*09 4.54+09 1.39+09
1.5OtOS l.SO+OQ 3.98t06 2.4ltOS 2.32407
4.26tOS 2.92tOQ 1.59t07 5.02tOQ 4.57+07
2.84+00 1.94tOO 4.00+00 2.01*00 1.97*00
13.5806 13.5806 13.5808 13.5810 13.5816
2.67+09 1.43tlO 4.1ltOS 6.22+08 3.8ltO8
2.67+09 7.7hll 4.89+09 1.4ltlO 3.8ltO8
6.71+06 1.14Cl3 6.45tOS 3.67tlO 3.06tOS
5.36+07 5.36+10 9.34t09 2.70+09 2.71+09
7.98+00 4.69-03 1.45*00 7.34-02 8.84-01
13.6421 13.6422 13.6427 13.6429 13.6465
8.66+10 2.71+11 3.41tll 1.12tll 2.89+09
1.71tl2 1.70+12 1.7ltl2 1.70+12 2.89tO9
3.09+09 l.lJ+OQ 3.09+09 l.13tOS 5.49to9
6.25tO8 3.60108 2.46tOS l.49+08 1.14+10
2.02-01 3. IS-01 7.97-01 1.31-01 2.07+00
13.5821 13.5821 13.5823 13.5825 13.5829
5,65+08 1.96+10 l.62tlO 1.16+09 8.42tO8
1.95tll 1.95tll 1.98+11 1.16+09 1.44+09
2.14tll 2.14tll 9.76+10 1.36+07 1.83tO8
1.77+09 6.17tlO 2.15tlO 8.08~07 3.79+08
8.30-03 2.88-01 2.20-01 5.93too 2.07too
13.6474 13.6480 13.6480 13.6487 13.6759
1.49+10 2.15+10 2.07tlO 9.53to9 7.85tl2
1.12t11 l.Oltll 1.12+11 1.01+11 7.87+12
8.3ltO8 3.13+07 8.31+08 3.13107 7.25t12
4.40+08 1.34*07 6.12108 5.93+06 1.51+13
5.30-01 4.26-01 7.37-01 1.89-01 2.08tOO
13.5831 13.5832 (3.5847 13.5854 13.5860
6.02+08 2.29*09 3.55+09 5.48tlO 2.41tOS
l.44+09 2.29+09 1.4ltl2 9.55r11 9.55+11
1.83+08 2.85tO8 2.32tl3 1.87+13 1.87+13
2.71+08 5.07tO8 2.OltlO 2.09+11 S.lS+OS
1.48+00 1.78+00 8.68-04 1.12-02 4.92-04
13.6779 13.6789 13.6791 13.6800 13.6967
7.69t12 3.17tlO 2.85t11 3.2ltll 1.85t12
7.71t12 1.57+12 1.57+12 1.5ltl2 1.28t13
S.OOtl2 2.03+10 2.03tlO 1.14tlO 3.77tll
8.29+12 1.62tOS 1.46+10 4.83109 2.11+11
9.21-01 7.96-02 7.17-01 4.24-01 5.58-01
13.5879 13.5881 13.5882 13.5884 13.5887
4.09+11 8.06+08 s.13+09 7.41ros 7.22+09
7.34~12 7.11+11 1.56tlO 1.56tlo 1.00t10
6.48+12 1.17tlJ 1.49tOS 1.49+09 1.67+09
3.83111 4.56tOS 3.20+09 3.87tOS 4.11+09
5.91-02 3.88-04 2.15+00 2.6OtOO 2.47tOO
13.6995 13.6998 13.7026 13.7100 13.7103
l.lOt13 8.65t12 4.19112 3.39+09 4.21+09
1.28+13 1.29+13 1.29+13 7.06+11 7.07tll
3.77tll 3.91+09 3.91+09 1.04+12 1.05t12
1.25+12 5.25tOQ 2.54+09 4.04+09 l.Ol+lO
3.32+00 1.34+00 6.51-01 3.89-03 9.57-03
3de(3/2) 4d*(5/2) 36.(5/2) 46.(5/2) 4fm(5/2)
13.5888 13.5889 13.5889 13.5899 13.5902
3.60+10 5.82t08 4.03111 2.28tOS 7.63t08
7.3Stf2 1.00t10 7.39+12 2.28tOS 7.76tll
5.76+12 1.67tOS 5.76tl2 2.93tOS 1.14+13
6.31+10 3.31+08 7.06tll l.OJ+lO 2.86tOS
1.09-02 l.SS-tll 1.22-01 3.5OtOO 2.50-O)
ls~2s*3w(l/2)ls~2s~3s~(l/2)ls*ZsrSd*(3/2)ls~2r*Jd*(J/Z)ls*2sr3d-(5/2)-
4p.(3/2) Jp.(3/2) 4de(J/2) 46#(5/2) 3x.(1/2)
13.5902 13.5905 13.5909 13.5911 13.5913
8.46+08 1.76tl2 4.88tOS 2.04tOS 3.66tll
2.75tOS 2.44t12 6.91+09 6.9ltOS 1.57+12
5.33tlO 5.72tll 8.62+08 8.62tO8 2.03tlO
4.83+09 2.Oltl2 3.24tOS l.36+09 1.87+10
9.06-02 3.52tOO 3.76100 1.57+00 9.21-01
ls*2s.41.(5/2)ls*2s*41-(7/2)ls*2sn3p*(l/2)lr~?s.Jp.(3/2)ls~2t.ld.(J/Z)-
4p.(l/2) 4dm(J/2) 3p.(1/2) 3s.(l/2) 3p.(3/2)
13.5914 13.5915 13.5919 13.5923 13.5926
1.46+09 4.75tOS 1.45+12 2.85+11 3.37tll
S.lOtlO 4.75109 J.OOtl2 1.51+12 3.00+12
l.lStlO 1.35tO8 3.58+12 1.14tlO 3.58+12
6.51+08 5.25t08 3.15tl2 4.29+09 7.33+11
5.68-02 3.89+00 8.81-01 3.76-01 2.05-01
ls.2s.44.(5/2)ls.?p.2p.(3/2)lr.2r*3pm(3/2)lr*?p.2p.(3/2)ls.2p-Zp*(5/2)-
13.5931 13.5935 13.5939 13.5940 13.5940
5.98+09 l.OltOQ 6.46+08 1.94+09 1.49tlO
6.42+09 1.08tOS 1.53+09 1.94tOS 6.09tll
l.QOtlO 2.06tOS 4.30+08 1.23tOS 5.53tlO
1.79tlO 5.69~09 8.52+08 1.50+09 4.98tOS
9.42-01 2.75tOO 1.96+00 1.22*00 9.00-02
1$*2s*3p*(1/2)ls*?sn3p*(3/2)lr*2r*Jp*(3/2)ls*2p.2~*(5/2)lr*2p_2p.(l/2)-
13.5940 13.5944 13.5944 13.5946 13.5946
8.79+08 7.38108 3.7ltlO 1.6OtOQ 2.95+10
1.53+09 7.65tOQ 6.09tll 7.65tO9 6.88tll
4.30t08 3.68+09 5.53tlO 3.68tOS 4.92+09
1.16tOQ 9.58tO8 1.23+10 2.07tOS 4.19tO8
2.7OtOO 2.60-01 2.23-01 5.64-01 8.51-02
ls.Zp-2p.(3/2)ls*2$*2p-(J/2)11.2s.2pm(l/2)ls*2p*Jd*(3/2)1~.2p*Jp.(l/2)-
13.5948 13.5950 13.5981 13.5983 13.5984
3.20+09 4.05tOS 7.37+09 6.38+10 3.56+09
8.69+09 6.88tll 3.59tll 3.59tll 3.56tOS
4.00109 4.92+09 9.92t12 9.92tl2 2.25tlO
2.02+09 5.75+07 2.85tlO 2.46tll 1.85+10
5.05-01 1.17-02 2.87-03 2.48-02 8.19-01
13.5993 13.5996 13.5998 l3.5999 13.6004
5.69tOS 7.81+10 1.69tOS 3.97tOQ 1.56+09
2.50+10 4.29+11 2.50110 2.32tlO 2.32+10
1.42+09 9.54tl2 1.42+09 3.18407 3.18+07
1.22tOQ 1.49tll 3.64+08 1.09+07 4.28+06
l3.6006 13.6136 13.6138 13.6157 13.6181
4.94rOS 6.32+09 5.65tlO 5.63+10 1.78tOQ
4.94tOQ l.lS+lI 2.15+11 1.58411 1.78409
0. 1.85112 1.85112 2.42+12 2.83tlO
0. 2.26tlO 2.02+11 1.06tll l.OltlO
Jdn(512) Sdm(3/2) 4p.(3/2) 3d*(5/2) 4pe(l/2)
3d.(3/2) 3 4p.(3/2)
ls*2p.4~.(3/2)-[K]4~.((/2) ls~2sr4p~(l/2)-[K]4d.(3/2)
1s.2pe (I) - ls.ls* ls*Zp.4s~(3/2)-[K]4d.(J/Z)
(0)
A(tol)
AUGER
Od
99
TRANSITION
LAYBDA
A(if)
Od
9S
K K K K K
3pe(l/2) Jpe(3/2) 3pe(l/2) 3p*(3/2) 3p.(3/2)
13.7114 13.7120 13.7156 13.7162 13.7163
2.86tll 5.56tll 5.86t09 1.37tOQ 5.65+09
9.38tll 9.38tll 1.77tll 1.77tll 1.69tf.l
1.55+13 1.55+13 4.92tl2 4.92+12 4.90412
5.39+11 1.05tl2 2.26tlO 5.27tOQ 3.28tlO
3.47-02 6.75-02 4.60-03 1.07-03 6.69-03
K K K K K
(d-(3/2) 460(5/2) Ss*(1/2) 38.(1/l) 4f.(5/2)
13.7184 13.7186 13.7241 13.7245 13.7260
1.77tO9 1.87tOQ 9.55+10 1.06tll 7.41+08
4.46tO9 4.63+09 1.45112 1.46+12 1.93+10
l.Sl+lO 1.88+10 5.94tll 6.23+11 6.14tll
8.59tOS 1.2OtlO 5.56tlO 1.26+11 2.88tOQ
4.49-01 6.39-01 9.36-02 2.03-01 4.69-03
K K K K K
(f-(7/2) 2p.(1/2) 34.(1/2) 2p.(3/2) 2p.(3/2)
13.7262 13.7305 13.7322 13.7333 13.7344
7.24+08 3.72t12 3.8ltO8 4.16+11 4.lltl2
1.88tlO 4.14tl2 8.66tO9 4.14+12 4.lltl2
6.15+11 1.27tl4 5.49+09 1.27+14 1.28tl4
4.21+09 1.44tl3 5.92t08 1.61+12 2.39+13
6.85-03 1.13-01 1.08-01 1.27-02 1.87-01
K K K K K
3d.(3/2) 3dm(3/2) 3da(512) 2p.(3/2) 2pm(1/2)
13.8135 13.8139 13.8140 13.8557 13.8559
4.86+09 5.02tO8 3.81tOS 1.29+09 6.19+08
1.45112 1.46+12 1.46+12 1.29tOQ 6.19+08
5.94rll 6.23+11 6.23,ll 4.1ltlO 3.77+08
2.83tOS 6.02tO8 4.56tOQ 7.51109 4.69+08
4.77-03 9.66-04 7.32-03 1.83-01 1.24+00
K K K K K
2p*(3/2) 2s*(l/2) 28*(1/2) 4s*(l/2) (p-(1/2)
13.8573 13.8692 13.8699 14.0650 14.1323
l.OStOQ 9.85tO8 3.91+08 2.61+08 1.32+09
I.05109 9.85+08 3.91+08 8.39+12 6.7Otl2
2.00+09 9.33+08 1.46+08 9.62tlO 8.20+12
2.75+09 l.92tOS 2.13tO8 1.18tO7 1.46tOQ
1.38+00 2.05+00 1.45tOO 1.23-O) 1.78-04
14.1328 14.1488 14.1490 14.1493 14.1768
3.23+09 2.67+08 J.OJtOQ 3.13tOQ 1.16410
6.7Ot12 9.06tl2 9.06+12 9.07tl2 8.65tl2
8.20+12 l.SltlO 1.97tlO l.82t07 l.JltlJ
3.55tOS 3.47rO6 3.94+07 2.5lt04 2.8OtlO
4.33-04 1.76-04 2.00-03 1.38-03 2.14-03
8.60-01 1.57-02 2.56-01 3.42-01 1.35-01
14.1774 14.1775 14.1778 14.1782 14.1787
7.9ltOQ 5.99,OS 3.12+09 l.lS+lO 5.14tO9
8.47+12 7.33tf2 8.47tl2 9.93+12 9.93tl2
1.48+13 2.64tl3 1.48+13 l.70108 1.7OtO8
2.01tlO 2.82tlO 7.93109 4.09tO5 1.76+05
1.36-03 1.06-03 5.36-04 2.40-03 1.04-03
3.00+00 1.22-02 1.09-01 4.37-02 3.55-01
14.1872 14.1879 14.1880 14.1882 14.1926
3.31+09 3.55tO8 7.04tOQ 4.02+09 1.60tll
8.65+12 7.33t12 7.33tI2 8.47+12 4.75rll
l.JltlJ 2.64+13 2.64+13 1.48tIJ l.l3+14
7.97tOS 1.67tOQ 3.3ltlO 1.02tlO 3.lBtll
6.10-04 6.30-05 1.25-03 6.91-04 2.82-03
tl II II II II
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables I = 10 TRANSITION
A(if) LAMBDA
A(1.l)
AUGER
Pd
0
14.1956 14.1995 14.2016 14.2099 14.2106
3.09+11 2.09+09 1.83+09 5.57+09 5.63+09
4.75+11 7.95tll a.94+11 7.34+12 7.39+12
l.lJtl4 7.34+10 7.33+10 6.46+12 5.76+12
b.lS+ll 3.5;tOa 5.54t06 5.22+09 9.66+09
5.46-03 4.62-03 7.56-03 6.05-04 1.71-03
ls~2p~3pr(l/2)-[K]4p~(3/2) ls*Zp*3d.(7/2)K]4d*(5/2) ls*2pw3dr(5/2)I K]4d-(3/2) lsn2peSd*(5/2)-[K]4d*(5/2) lsg2s~3d.(3/2)-[K]4p.(1/2)
14.2174 14.2377 14.2413 14.2416 14.2566
1.16+09 7.33+09 6.6at09 5.72tO6 2.33106
3.82+12 1.57+12 1.63+12 1.63+12 9.55+11
2.36+12 7.67tlO 9.69+10 9.69+10 1.67+13
9.06+06 2.72409 2.25+09 1.92+06 6.67+06
3.61-04 3.55-02 2.32-02 1.96-03 4.74-05
ls.Zs*Jd*(5/2)-[K lpd(3/2) ls~?.p.Jsr(3/2)K 4s.(1/2) ls.2s.Sde(J/2)11K]lpm(l/2) ls.Zs.3d~(3/2)-[K]4p~(3/2) l~.2pr3p~(5/2)-[K]4f*(7/2)
14.2642 14.2646 14.2660 14.2665 14.2604
6.65+09 3.95+09 7.12+09 1.59tOQ 2.62+09
2.44t12 1.06~12 3.00+12 3.00412 1.4ltl2
5.72tll 2.94+13 3.56112 3.56+12 2.32+13
9.6.7+09 1.53+10 1.55+10 3.46409 I.59+10
1.73-02 5.19-04 4.33-03 9.6044 6.66-04
ls~2p~3s.(llZ)-[K]4s~(l/2) ls&.Sd-(3/2)-[K]4f~(5/2) ls*2s*Jde(5/2)-[K]4f.(5/2) ls.2s.Jd.(5/2)-[K 4f*(7/2) ls.Zs.3d.(3/2)-[K 1 4f.(5/2)
14.2665 14.2690 14.2741 14.2740 14.2770
4.34+0¶ 6.09+09 4.02+08 7.96t09 5.33+09
1.25412 9.55tll 2.44+12 2.44+12 3.00+12
2.93+13 1.07+13 5.72tll 5.72+11 3.56+12
6.33tO9 2.32tlO 4.59+06 9.00+09 1.16+10
2.64-04 1.24-03 0.02-04 1.59-02 3.24-03
ls*2p*3d.(5/2)-[K]4d*(5/2) ls*2pv3de(3/2)-[K]4de(3/2) Isn2pn3s*(3/2)-[K]4d.(J/2) ls.2p.3s.(3/2)-[K]4d.(5/2) ls*2p.J,.(1/2)-[K]4d.(3/2)
14.2643 14.2044 14.3040 14.3051 14.3066
1.00+09 1.09+09 3.43+06 2.96+09 3.26+09
1.32tll 1.16+11 1.06+12 1.06tl2 1.25tl2
5.29+06 3.63+09 2.94+13 2.94+13 2.93+13
2.59+07 1.39+06 f.33+09 1.15+10 6.25+09
4.09-02 3.64-02 4.51-05 3.92-04 2.13-04
ls*2~*3p*(3/2)-[K]4s*(1/2) 1s~2s*3p~(l/2)-[K]4s*(1/2) ls.2p.3p.(3/2)K]4p.(l/2) ls*Zp-3p~(1/2)K 4p.(l/2) ts~2p*Jp*(3/2)-[K 9 4p*(3/2)
14.3094 14.3105 14.3212 14.3214 14.3217
3.19+09 2.93+09 6.03106 2.04,09 2.50+09
1.57+12 1.51+12 1.71+12 1.70+12 1.71+12
2.03+10 1.14tlO 3.09+09 1.13+09 3.09+09
1.63+00 4.4ltO7 4.36+06 2.70+06 1.06+07
0.01-03 3.07-03 1.41-03 2.39-03 6.03-03
lsnZpeJp.(1/2)ls~2s~Jp*(3/2)ls.2~~3pe(1/2)-[K ls.2~*3~.(1/2)ls.2~~3~1(1/2)-
K 4p*(3/2) EK 46*(5/2) 4d.(3/2) K i 4p.(1/2) K]4p.(3/2) I
14.3219 14.3500 14.3509 14.3476 14.3961
9.97tO.Y 1.41+09 1.69+09 3.66+09 7.59+09
1.70+12 1.57+12 1.51+12 9.36tll 9.31+11
1.13+09 2.03+10 1.14+10 1.55+13 1.55+13
1.32+06 7.20*07 2.54+07 7.31t09 1.43+10
1.17-03 3.54-03 2.23-03 4.70-04 9.20-04
1::::::~:1:::~I~K"I:~:~~~~~ ls~2p~Zpr(l/2)-[K 3p.(l/Z) ls*2p.2p~(l/2)-[K Jp*(3/2) 1$~2p*2p.(3/2)-[K I 3p.(l/2)
14.4567 14.4571 15.6757 15.6765 15.6761
8.60+08 9.00106 3.15+09 6.93+09 3.46+09
1.45+12 1.46t12 3.6otl2 3.60+12 1.2fltlJ
5.94+11 6.23+11 1.17+13 1.77t13 3.77+11
5.01+06 1.01)+09 5.19t09 1.14t10 3.95+00
8.43-04 1.73-03 2.93-04 6.43-04 1.05-03
15.0770 15.0602 15.6611 15.9215 15.9224
2.OltlO 1.6ltlO 7.61+09 6.51+09 7.10toa
1.26+13 1.29+13 1.29+13 4.14+12 4.14+12
3.77+11 3.91+09 3.91+09 1.27+14 1.27+14
2.30+09 9.79+06 4.62tO6 2.52+10 2.75+09
6.06-03 2.51-03 1.11-03 1.99-04 2.17-05
K Jp*(3/2) K 31.(1/2) K 3sr(l/2) K Ii 36-(3/i) EK]36.(5/2)
15.9239 15.9571 15.9577 16.0781 16.0763
7.03+09 7.26+06 9.20+01) 6.63+06 5.66+09
4.11+12 7.63+11 9.24+11 7.63tll 7.63+11
l.2atl4 7.16~13 7.oat13 7.16+13 7.16tlJ
4.09+10 2.(1(1+09 1.62+09 2.63109 2.33+10
3.20-04 4.02-05 2.56-05 3.66-05 3.25-04
r::::::,p:1:::~:t:~~~;~~~~~ 1sm2s*2~.(1/2)K JS*(l/l) lSo2s~2p.(3/2)K Jd.(5/2) ls.Zs.2~*(1/2)iIK Jd.(3/2)
16.0766 16.0904 16.0931 16.2136 16.2161
6.44+09 1.06tlO 1 .OP+lO 5.58+011 7.42tOE
9.24t11 7.(17+12 7.I1+1i 7.a7tf2 7.71+12
7.oat13 7.25t12 9.oot12 7.25tl2 9.00+12
1.27+10 2.07+10 1.14+10 1.07+09 (I. ootoa
I .79-04 2.65-03 1.27-03 1.40-04 8.89-05
ls.2s.?s.(f/2)ls.2~~2~.(1/2)ls.2p.2p.(1/2)-[K ls~Zp.2~.(1/2)ls*2p~2~.(3/2)-
16.5462 16.5472 16.5791 16.5790 16.6035
1.25+09 2.50+09 1.41+09 2.99+09 6.91+06
4.75+11 4.75+11 3.aot12 3.80+12 1.2a113
1.13+14 1.13*14 1.77+13 1.77t13 3.77*\\
2.50+09 4.97+09 2.32+09 4.92+09 7.89t07
2.21-05 4.41-05 l.Jl-04 2.77-04 2.09-04
16.6042 16.6061
17.0132 17.0135
3.49+09 2.91+09 1.32+09 7.5%06 8.45+08
1.2atl3 1.29+13 1.29+13 7.63+11 9.24411
3.77+11 3.91+09 3.91+09 7.16+13 7.oat13
3.98401 1.77tO6 .9.02+05 2.99109 1.67+09
1.05-03 4.52-O) 2.05-O) 4.17-05 2.35-05
17.1067 17.1098 17.5560 17.5567
3.48+09 3.50+09 6.05toa 1.62+09
7.a7tf2 7.71+12 4.75+11 4.75tll
7.25+12 9.00+12 1.13+14 l.lJtl4
6.66+09 3.77+09 1.6OtO9 3.23+09
9.22-04 4.19-04 l-42-05 2.06-05
Is.Zp-2p.(5/2)Ire2Sn2p.(3/2)ls.Zse2p*(1/2)Is-ts.2~.(3/2)ls.2s.2p-(3/2)-
K 3~.(1/2) t K Jp.(3/2) 4p.(l12) K 4p.(J/2) 1 K i 4p.(tt2)
16.0006
349
AtomicOaiaandNu~DataTabMa.Vol.38.No.
2.Merch
1038
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
I = 14 TRANSIIION
A(if)
A(tol)
r:::::::;I:::l~~:~:::I1::~
5.41323 5.41604 5.47626 5.47652 5.48696
LAYBOA
5.67+12 3.41+10 1.29tlO l.JO+lO 1.51+10
5.67+,2 3.48+10 3.82+13 3.84tlJ 3.78+13
0. 0. ,.49+11 I.40111 4.26tll
0. 0. 2.00+08 9.49+07 6.72tQ8
3.00+00 3.00+00 1.34-03 6.76-04 1.511-03
ls*Zp~4~.(1/2)-[K]2r.(1/2) ls~2p.4d.(3/2)-[K]Zs.(l/Z) ls.2p~4d~(J/Z)-[K]Zs~(l/2) ls~2s~4po(J/2)-[K 2s*(l/2) ls*Zs*4p-(I/2)-[K 1 2r.(l/2)
5.411900 5.50083 5.50661 5.50901 5.50999
1.30+10 3.33+09 4.26+09 4.66+,1 6.94tll
3.77+,3 6.Oltll 1.12tlI 1.13+,2 ,.99+12
7.n9+11 6.4,+07 2.25+10 l.Jl+lJ 1.14+13
5.34toa l.42+06 2.86+09 t.79+,2 1.18+12
ls.Zp.4s.(J/2)-[K 1~.2p~4s.(I/Z)ls*2p-4s*(3/2)-
1:::~;:;rl:::~I~:3::~~~~~~
5.51263 5.51412 5.51762 5.51624 5.53464
5.66+11 3.77tll 1.14+10 2.53+09 2.77+09
1.24+12 5.87tll 1.87tll 4.92tlO 3.91+13
9.52tll 2.96+12 1.07+11 1.64+10 3.lJtlO
ls.2p.4f~(5/2)-[K]2p.(J/2) ls*2p*lp.(l/Z)-[K 2pe(l/2) ls.2p.lp.(1/2)K 2p.(3/2) ls*Zp*lp.(3/2)K 0 2pm(l/2) ls.tp*lp-(l/2)-[K 12pe(l/2)
5.53701 5.53968 5.54212 5.54250 5.54293
3.44+09 1.75tll 2.93+11 4.45+11 7.40111
3.90413 3.75+13 3.75tlJ 3.99+13 4.03tl3
ls.2p.4p.(3/2)ls~2pnlp*(3/2)ls~2pnlp*(5/2)ls~?p~lp.(1/2)ls*2p*lp.(3/2)-
5.54295 5.54495 5.54519 5.54538 5.54540
3.85tll 9.29111 1.04+12 6.25tll 5.4Jtll
r::::::~:I:::~:t:j:~:~~~~~ ls~2~*4p~(J/2)-[K]2~~(112) ls.Zs.4pe(1/2)K]Zr*(1/2) ls*2p*lf.(3/2)1 K]2p.(l12)
5.54570 5.54562 5.54?98 5.54606 5.55983
ls.2p.ll.(3/2)-[K ls.2p*lp~(I/Z)lsr2p.41.(3/2)lsrZp~41*(5/2)-[K lse2p.lfm(5/2)-[K
AUCER
Qd
TRANSITION
A(if)
A( lot)
5.73820 5.75006 5.75061 5.751137 5.76528
1.70+11 3.9,+10 5.19+10 2.43+09 9.0,tlQ
4.211+,2 3.09t13 3.lJtlJ 4.82+11 3.63+12
4.89tlO 8.89+12 6.60+12 3.6QtlQ 3.46+13
7.69+09 1.75+10 3.62+10 6.74+08 3.26+11
1.57-01 1.96-03 5.48-03 1.88-02 9.41-03
6.77-04 2.22-02 1.27-01 1.37-01 1.04-01
5.76585 5.77465 5.77545 5.76608 5.78684
1.21+11 3.93+12 4.04+,2 3.05tlQ 6.59409
5.69+12 6.67t12 5.99+12 1.29tll 4.2OtlO
3.38+13 2.62tlO 3.37+08 2.7JtlO 4.77+08
2.08tll 6.,5+10 4.54toa 2.lJtlo 1.4.StO8
6.13-03 2.35tOO 1.35+00 7.80-01 3.10-01
9.%3+,1 6.29+11 1.67tlO 1.27+09 .9.86+06
1.03+00 2.12-01 1.56-01 7.73-02 2.83-04
5.71612 5.79078 5.79869 5.79963 5.79993
4.65tlO 2.07tlO 1.05+12 1.32+11 I.99112
2.83+13 2..93+13 3.07+13 J.JO+lJ 4.17+13
9.82t12 9.82+,2 9.11)+12 2.69+13 6.07+06
2.40+10 1.07+,0 8.04tll 2.37+11 5.81+07
2.45-03 1.09-03 6.75-02 6.80-03 9.57-02
3.09tlO 3.,9+12 3.19+12 l.llt12 7.49+06
1.63+07 2.74tlO 4.59+10 4.82tlO Z-75+07
5.28-04 8.58-03 1.44-02 4.34-02 3.68-02
5.80137 5.60218 5.80231
2.26+12 1.20+12 1.63+12
3.67tlJ 3.14+13 J.JO+lJ
9.16+12 3.21+,3 2.69+13
1.74+12 3.64+12 2.93+12
1.89-01 1.14-01 1.09-01
5.80957 5.80261
3.52+12 2.05+12
1.66tlJ 4.17tlJ
2.54tl2 6.07+08
9.26tll 5.98+07
9.85-02 3.65-01
3.63+13 3.99+13 3.86tlJ 4.03113 3.83t13
8.43+12 l.lltl2 7.89112 7.49+08 8.43412
2.78+11 1.00+11 l.Ott12 2.JJtO7 3.91411
3.30-02 9.06-02 1.34-01 3.11-02 4.64-02
5.81038 5.81060 5.81225 5.61311 5.111330
5.53+12 5.46+12 6.21+12 1.74+11 4.42+10
5.97+12 6.OJtl2 1.66t13 l.84tll 4.57410
8.6Jtll 9.5ltll 2.54112 4.,2+10 5.38+09
l.40+12 2.98+12 1.63+12 1.27tll S.JO+OS
1.62tOQ J.lJ+OO 6.44-01 3.09+00 1.73+00
2.92+12 2.91+12 2.67tlO 7.96+09 2.35+10
2.97+12 2.96+12 2.67110 7.96+09 S.ll+lO
1.33tlt l.J7+12 1.5(1+10 3.06+09 5.79+10
1.8ltl2 3.67+12 3.97tto 4.42409 3.91+10
1.36tOO 2.69tOQ 2.5ltOO 1.45+00 6.75-01
lr.2$.3de(J/2)ls.2p.Sp.(5/2)lsr2s*Jd~(J/t)ls*2s*3d-(J/2)ls*?s*Jd*(5/2)-
K K K K IIK
2pm(l/2) 2p.(J/2) tpe(112) Zp*(J/Z) 2p.(3/2)
5.82066 5.92167 5.62219 5.82335 5.6237,
2.19+12 1.42t12 5.19112 4.26+11 3.79+11
3.20+12 9.77+12 1.42+13 3.20+12 6.34+12
1.54tlJ 2.59+13 7.32+12 l.54tlJ 8.4Stll
7.25+12 3.67+13 7.07+12 1.4ltl2 2.69+11
4.71-0, ,.42+00 9.66-0, 9.17-02 3.16-01
5.56055 5.56155 5.56229 5.56292 5.56355
3.57+09 l.OOt12 6.07+09 3.66+10 3.25tlO
2.40+10 4.36+12 8.lltlO 9.24+10 8.25+10
9.91+09 3.39+12 5.79+10 1.21+11 ,.,3+,1
4.17+09 8.75tll 1.01+10 1.25tll 1.13+11
4.21-01 2.58-01 1.75-01 1.03+00 9.97-01
ls*2s*3d-(3/2),s~2p.3p-O/2)ls*2p_Sp-(l/2)lr*2p.Jp*(J/2)ls*Zp*3p~(5/2)-
K K K K il K
2p*(3/2) 2p.(1/2) 2p.(l/2) 2p-(l/2) 2p.(J/2)
5.82466 5.12914 5.63045 5.83094 5.83129
1.26+12 1.15tos 2.88+10 1.06tll 11.9otos
l.42+13 1.50+10 5.04+10 3.90+11 5.74+10
7.32+12 1.40110 4.19+09 3.77+09 2.44tll
1.72+,2 2.22+09 4.42+09 4.13+09 4.33+,0
2.35-01 1.56-01 1.05+00 1.10+00 1.77-01
I:::~::r;l:::~It:~:::1:::~
5.56401 5.56445 5.56486 5.56576 5.56688
2.75+12 6.55+09 2.05+10 4.7ltlO 1.6Jtll
4.36+12 1.4ltll 8.07tll 2.05+11 3.95tll
3.39+12 J.Jl+lO 2.27tll 2.06+11 8.42tll
2.41+12 4.97+09 1.80+10 1.4lt11 6.66+11
7.10-0, 1.50-01 7.91-02 6.87-01 7.91-01
ls.2p.Jp*(J/2)ls*2p*3p*(J/2)ls.2p-Jp~(l/2)1~.2p*3p.(J/?)ls.2p-3p*(1/2)-
K K K K IiK
2pr(3/2) 2pm(l/2) 2p.(l/2) 2po(3/2) 2p*(3/2)
5.63364 5.83589 5.113591 5.63660 5.83862
2.53+11 1.06+,2 3.65+12 3.61+12 1.48+,2
3.90+11 6.63+12 6.8ltl2 6.63+12 6.61+12
3.77+09 3.66410 7.95+09 3.68tlO 7.95+09
9.70+09 2.34tlO 8.97409 7.95+10 5.44tos
2.57+00 6.36-01 1.13+00 2.11+00 4.33-01
1:::~I::rI:::j-t,"~:,~~~~~~ ls~2pmlle(5/2)-[K 2p*(J/2) ls*2s*lde(5/2)-[K ?pr(J/?) ls.Zs.4de(3/2)-[K I 2p*(3/2)
5.56690 5.56691 5.56702 5.56730 5.56732
1.91+12 2.55+09 1.72+11 9.15110 l.lO+lO
3.46+12 ,.41+11 3.79tll 5.lltll 8.07+11
1.16+13 J.Jl+IO 8.77tll 5.64411 2.27+11
5.88+12 1.93+09 7.2Otll 2.88tll 9.64+09
5.07-01 5.04-02 6.20-01 5.11-01 4.24-02
5.63694 5.63945 5.64035 5.64165 5.84216
1.63+11 3.35+11 3.91+09 3.59+11 1.40+11
9.32+11 7.66+11 8.96tlO 9.32tll 7.68+11
1.10+09 S..S2+06 5.87tlO 8.lOtOS 5.82+06
5.63+09 5.09+06 9.29+09 1.24tlO 2.12+08
6.95-01 8.73-01 1.58-01 1.53+00 3.64-01
ls.2p.lp.(5/2)ls~2p~lp-(3/2)ls.2p.lpn(3/2)ls.2p.4p.(3/2)ls*2p~4p~(l/2)-
K 2p*(J12) K 2p.(,/2) KI 2p*(3/2) K 2p-(l/2) I K3 2pe(l/2)
5.56790 5.56636 5.56937 5.56949 5.57021
2.52+12 1.15tll ,.20+12 6.54+11 7.12tll
2.56+12 1.29tll 3.46+12 1.77+12 8.15tll
1.17+13 3.03+11 1.16+13 7.55+11 5.29+10
1.24tl3 3.23tll 3.70+12 1.02+12 8.6.StlO
1.06tOO 1.07+00 3.19-01 1.35+00 1.64tOQ
lr*2s~3s*(l/2)ls*2s~3d*(3/2)ls.2r.3~~(1/2)lr*2s*Jd.(J/2)ls*2s*3d-(5/2)-
Zp-(l/2) 2p*(3/2) 2pe(l12) 2p.(312) 2p.(3/2)
5.57063 5.57084 5.57096 5.57109 5.57195
1.49+12 7.56+09 3.72+11 3.60+10 6.04+11
2.17+,2 ,.29+ll l.JQ+l? 5.15tlO 1.77+12
1.6JtlO J.OJ+ll 2.00+11 2.63tll 7.55+11
2.22+10 2.12+10 1.97+11 I.8ltll 9.6Otll
1.37+00 7.00-02 9.1)9-o, 6.86-0, 1.27+00
Is*?s*3s*(l/2)ls.2s.J9*(1/2)ls.2p.4~.(3/2)Is.2p.48.(1/2)ls.2p.4f.(3/2)-
r:::~::~:I:::1:~:3:~;~~~~~ ls~2p.lp~(l/?)-[K 2pm(l/2) ls.2p-4p.(l/2)-[K 2p*(3/2) Is.?p.4p.(J/?)-[K I 2p*(J/2)
5.57267 5.57266 5.57309 5.57329 5.57343
2.9ltlQ 9.12+10 1.23+11 4.80+11 6.17+11
2.80+1, 6.lStll 2.58tll 2.17tl2 l.JOtl2
,.94+10 5.29+10 l.62+09 1.63+10 2.00+11
7.56+09 ,.ll+lO 1.54t09 7.16+09 3.28+11
3.89-01 2.10-01 9.52-01 4.40-01 1.64+00
5.57427 5.57514 5.57556 5.57697 5.57944
l.OJ+lO 9.43+10 4.,9+10 2.0JtlO 1.57+10
1.27+11 2.8Qtll 2.58+11 1.39+12 1.39+12
2.34+11 1.94+10 1.62+09 5.57+12 5.57+12
4.01tlQ 2.45+10 5.23+08 3.25+10 2.52+10
1.71-01 1.26tOO 3.23-01 5.83-03 4.52-03
lw2w4d*(3/2)-[K]2p~(l~2) Isn2se,d.(3/2)-[K]2p*(3/2) lw2s*4d-(5/2)-[K]2p*(JI?) ls*2~.4s~(1/2)-[K 2p-(1/2) ,s*2s*4r.(I/2)-[K I 2p*(3/2)
5.60072 5.60322 5.60326 5.61142 5.61392
5.4ltlQ 9.67+09 5.65+10 2.32+10 3.94+10
6.66tlO 6.66tlO 6,14+10 6.78tlO 6.76+10
6.33+11 6.33tll 6.24+11 1.04tlJ 1.04tlJ
1.96+ll 3.50+10 3.20111 4.61+10 7.8JtlO
3.09-01 5.53-02 5.12-01 4.43-03 7.53-03
1s.Jp. ls.Jp-
5.69000 5.69.530 5.71361 5.71426 5.73660
1.20tlJ 5,lJtlQ 7.68110 7.93+10 1.38tll
1.20+13 5.13tlO 3.53113 3.58+13 3.09+12
0. 0. 8.29+10 7.52tlO 4.77+10
0. 0. 7.20+08 3.33+08 4.21+09
3.00+00 3.00+00 8.68-03 4.43-03 8.82-02
lS.lp* (I) 11.11. 15*4p. (1) ls*,s* Is~Zp~4d~(S/Z)-[K]Zs~(l/~)
(0) (0)
Zr.(1/2) K 2s.(l/2) t1K]2$.(1/2)
K]2p.(1/2) K]2p*(3/2) I K]2p*(3/2) K]2p*(J/2) 1 K]2pm(3/2)
2p.(112) K 2p.(1/2) K]2p.(3/2) t1 2p*(J/2) 3 2pr(3/2)
1:::,pI:~rI:::~I~:I:~~~~~~~ ls.2s.ld.(3/2)-[K]2p.(l/2)
11.2p.4p*(l/?)-[K ls.2p.lp-(J/2)lso2p-4p*(J/2)1~.2p*lp.(5/2)ls*Zp*lp.(3/2)-
K K K IIK
ls.2p.4p*(5/2)-[K]2~*(3/2) Is.2p~4p-(3/2l-[K]2p~~J/2) ii:in;ln;iirairiiiin:iliri , . .
(1) (I)
.
-
111ls* lsalsa
I::,2,p::,drl:::l:t:~~~:~~~~~ Is.Zp.Jd.(l/2)-[K]?s~(~/2~
(0) (0)
9w
ls*2p.Jp9(3/2)ls*2p*Jp*(5/2)ls*2p*Jpe(3/2)-
LAMBDA
K]?p.(3/2) K]2p.(J/2) I K]2p.(J/2)
r:::~:::;II::~:~rr~~~~~~~~~
,s*Zpn4p*(J/2)-[K lsm2p*4d*(1/2)-[K Is*2p*4p-(l/2)ls*?pr4p.(3/2)lsn2p*lpo(3/2)-
350
AUGER
Qd
99
K K K K K
2pe(112) 2pe(l/2) ?p.(J/Z) 2p.(3/2) 2pr(3/2)
5.85549 5.65596 5.65621 5.a5669 5.65872
1.14tt1 5.64411 1.67+11 s.ot+lQ 5.76tll
3.66+12 6.87tll 3.66+12 6.87+11 S.Sl+ll
1.89+13 5.14412 l.Wtl3 5.14+12 5.02+12
1.90+11 1.99+12 2.10+11 3.20tll J.OStl2
1.01-02 J.B7-01 1.49-02 6.23-02 6.17-0,
K K K K K
Zpe(lI2) 2p*(3/2) 3s*(l/2) Js.(l/2) Jp.(1/2)
5.66616 5.68692 I.31641 6.31646 6.32015
l.SO+ll 3.4Otll 1.74+10 1.77+10 1.92+09
5.3Otll 5.3Otll 3.76+11 3.77+,3 J.Slt13
3.6JtlJ 3.6Jtl3 4.26tll 7.89tll 3.13tlO
3.75+1, 6.70+1, 7.75+06 7.26+06 6.16+06
1.03-02 1.65-02 1.62-03 9.21-O) 1.97-04
6.32096 6.32672 6.32762 6.32956 6.32961
2.32+09 2.OOtOS 6.04tOS 3.35+09 3.47+09
3.90+13 J.75tlJ 3.75+13 3.02+13 3.84+,3
J.OS+lO J.lStl2 J.lS+lZ 1.49+1, 1.40+,1
1.10+07 3.13+08 9.46+06 5.22+07 2.53107
3.56-04 9.81-05 2.97-04 3.50-04 1.80-04
6.33040 6.33079 6.33096 6.33099 6.33131
1.77+09 3.89+09 5.29+09 5.5OtlO 9.,3+09
3.99+13 3.73+11 4.03+13 3.8JtlJ J.SS+lJ
1.11+12 ,.78+09 7.49+06 8.43+12 1.11+12
1.91+06 3.69+07 1.97+05 3.96+10 8.79+08
1.73-04 2.08-02 2.63-O) 4.70-03 7.93-04
6.33163 6.33189 6.33214 6.33236 6.33296
7.16+10 7.38+09 3.62+09 1.06+10 1.52+10
3.86+13 3.83+13 6.0,+,, 3.73+,3 3.78tlJ
7.69+12 8.43+12 6.41+07 4.98+12 4.91+12
7.26+10 5.32+09 1.54+06 7.48+09 1.4OtlO
9.23-03 6.31-04 2.41-02 1.50-03 2.64-03
6.33321 6.33339 6.33349 6.35526 6.35617
1.72+09 3.64+09 2.55+09 l.SJ+lO 4.96+10
3.87+,3 3.87+,3 J.87tl3 4.36+12 4.36+12
l.59tll 6.83107 1.59+11 J.J9+12 J.J9+12
4.24+07 2.57+04 6.27+07 1.34+10 4.35+10
2.66-04 3.76-O) 3.94-04 J.94-03 1.28-02
II II
39m(l/2) Js.(1/2) I( 3pm(I/2) K 3pm(1/2) K Jp*(3/2)
II
AtomkDa~andNuclesrDataTables.Vd.38.No.Z.Marehi~
J. MLSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line $luorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
1 = 14
1 = 14
IRANSIIION
LAYBOA
A(il)
A(il)
A( tol)
6.65615 6.65920 6.65931 6.65903 6.65942
3.74tl3 3.74+13 4.Olt13 J.lJtl3 5.05tll
3.76+13 3.77+13 4.01+13 3.13+13 3.99tl3
4.26+11 7.69411 0. 1.17tl3 1.11412
1.67+12 1.53t12 0. 6.9ltlJ 5.46tlO
3.92tOO 1.94tOO 3.ootoo 5.62tOO 4.93-02
ls*2p*3d.(1/2)-[K]3s*(l/2) ls~2p*4p*(3/2)-[K]4p.(3/2) ls*2p*4p.(1/2)-[K]4~.(1/2) ls~2p*3dw(3/2)-[K]3s*(l/2) 1~.2p*4pe(3/2)-[K]4p.(II?)
6.65954 6.65996 6.66003 6.66005 6.66006
3.13+10 3.60+13 2.64+13 S.JO+lO 3.69+13
3.lJtlO 3.99+13 4.03+13 6.35110 3.63tlJ
1.06+10 l.lltl2 7.49tO6 1.99tlO 6.43t12
1.59tlO 4.11+12 1.06+09 4.66+10 2.66t13
1.49+00 3.71tOO 1.4ltOO 2.57tOO 3.16+00
6.60-02 1.57-02 1.22-02 2.10-02 2.54-02
ls*2p*Sd*(5/2)ls*2p*3d*(5/2)-
K]3d-(312) f K]3d*(5/2)
6.66023 6.66050 6.66053 6.66303 6.66334
3.75+13 1.05+13 3.96tll 4.97+12 3.3lt13
3.66413 4.03+13 3.83+13 3.81+13 3.61+13
7.89t12 7.49108 9.43+12 1.42+11 1.42tll
3.61+13 3.91+06 2.66tll l.lltll 7.37tll
4.63tOO 5.22-01 3.39-02 7.61-01 5.20tOO
3.30+06 2.04+09 1.26t06 6.50409 2.37t06
2.03-02 1.42-02 7.72-03 3.26-02 1.22-02
ls*?p*Jd-(3/2)-[K]3d.(3/2) 1~2p*4p*(3/2)-[K]4f-(5/2) ls*2p*3d.(3/2)-[K]Jd*(5/2) ls*2p*lp.(5/2)-[K 4l~(7/2) ls*2~.4pe(3/2)-[K 3 4f.(5/2)
6.66345 6.66369 6.66376 6.66412 6.66434
3.50+13 4.29tQ9 2.99t12 3.50410 2.66+10
3.60+13 3.99113 3.80+13 3.66t13 3.63+13
1.14+06 l.llt12 1.14tO9 7.69+12 6.43tl2
4.22+06 4.64+06 3.60t07 3.56410 2.09+10
3.69tOO 4.19-04 3.15-01 4.51-03 2.47-03
1.4OtlO 2.25+10 1.40110 1.62+09 1.94tlO
1.13t09 2.15+09 9.49+06 2.91+07 4.41+06
6.06-02 9.54-02 6.79-02 1.60-02 2.27-02
1s~2p~3s*(1/2)-[K]3.*(1/2) lr~2p*Ss~(3/2]-[K]3~*(1/2)
6.66466 6.66540 6.66691 6.66693 6.66725
2.95tlJ 2.96tlJ 1.67+10 3.43411 1..39+11
3.09+13 3.13113 3.67+13 4.33tll 2.66+11
6.69+12 6.60+12 9.16rl2 5.27tlO 3.66+10
1.32+13 2.06t13 1.29tlO 1.49411 4.30110
1.49tOO 3.lJtOO 1.40-03 2.93+00 1.17tOO
1.13t12 1.13+12 1.99+12 1.39tl2 1.39+12
l.Jlt13 1.31413 1.14+13 5.57t12 5.57412
7.05+09 5.37+10 2.74tlO 1.91tlO 3.26+10
5.39-04 4.10-03 2.41-03 3.42-03 5.69-03
6.66792 6.66606 6.66646 6.66669 6.66907
3.53+13 3.07+13 2.94+13 3.02tl3 4.63tll
3.67+13 3.3Otl3 4.17413 3.14+13 3.30+13
9.16+12 2.69tlJ 6.07+06 3.21+13 2.69113
2.71tlJ 5.52413 6.26+09 9.15tlJ 6.69tll
2.95+00 2.05tOO 1.36tOO 2.65tOO 3.22-02
2.69tlO 2.66tlO 3.57+09 3.53+09 3.57t09
2.97+12 2.96+12 1.07+10 1.09+10 6.76+10
1.33+12 1.37tl2 1.19tlO l.lStlO 1.04tlJ
1.66tlO 3.35+10 1.13+10 1.45tlO 7.10+09
1.25-02 2.45-02 9.52-01 1.26tOO 6.62-04
6.66946 6.67166 6.67193 6.67205 6.67413
9.24412 5.27410 3.31+11 2.77tll 2.29+11
4.17+13 3.76+13 3.77tlJ 3.76+13 3.73+11
6.07+06 4.26tll 7.69+11 4.26tll 1.76tO9
2.69+06 2.35tOD l.JStlO 1.23tlO 2.16+09
4.43-01 5.52-03 1.72-02 2.90-02 1.22tOO
6.61574 6.61661 6.63059 6.63949 6.63915
3.lltll 3.22tll 6.60+09 2.36tll 2.39+11
3.53t13 3.56t13 3.9Otl3 3.62tl3 3.64t13
6.29tlO 7.52+10 1.14+06 1.49tll 1.4Otll
2.91t09 1.35+09 9.1.3+04 3.70+09 1.74r09
3.51-02 1.60-02 7.15-04 2.46-02 1.24-02
6.67562 6.67513 6.67069 6.67909 6.66105
2.14tll 5.69110 9.36t0.3 1.06+12 4.30t12
6.Oltll 4.62tll 6.06+09 3.09+12 1.66+13
6.41+07 3.60tlO 2.99+06 4.77tlO 2.07+13
9.13+07 1.56+10 1.34+06 3.21tlO 4.77t12
1.43+00 4.40-01 4.47-01 6.73-01 2.31-01
4s.(1/2) K 33s.(1/2) K 4pm(1/2) K 34p*(3/2) I K]Jde(3/2)
6.64402 6.64666 6.64607 6.64643 6.64646
1.79+09 1.69tl2 3.6OtlO 4.66tlO 3.00+12
3.67t13 3.09t12 3.91+13 3.90+13 3.53+13
6.63t07 4.77tlO 3.13tlO 3.09+10 6.29+10
1.25+04 5.75+10 1.16+06 2.21+06 2.91tlO
1.64-04 1.21tOO 3.69-03 7.15-03 3.39-01
6.66119 6.66179 6.68209 6.69220 6.66242
7.72+11 3.32+10 1.49112 6.25t12 3.52+12
1.66t13 4.29t12 4.26+12 1.66tlJ 3.63+12
2.54+12 4.69tlO 4.69tlO 2.54+12 3.46tlJ
2.OJtll 1.50109 6.72tlO 1.64t12 1.26+13
6.00-02 3.06-02 1.37+00 6.40-01 3.66-01
K]lpa(3/2) K]Js*(1/2) K Jd.(5/2) i K 3d.(3/2) I 4fe(5/2)
6.64653 6.64674 6.64676 6.64933 6.65223
6.9lt09 2.59t12 3.19+13 3.54t13 1.74t12
3.91tlJ 4.26t12 3.53tlJ 3.56tlJ 3.90+13
3.13tlO 4.69+10 6.29tlO 7.52tlO 3.09tlO
2.65107 1.17tll 2.99+11 1.46tll 6.23+09
9.11-04 2.39400 3.61tOO 1.97+00 2.67-01
6.66443 6.66445 6.66460 6.66491 6.68549
1.44410 3.90110 1.23+13 1.36tlO 5.76+09
1.12tll 6.11+10 1.66+13 O.lltlO 2.40110
2.25tlO 5.79110 2.07+13 5.79tlO 9.9lt09
9.62+09 6.33tlO 1.36+13 2.26410 6.73+09
4.27-01 1.09+00 6.58-01 3.91-01 6.79-01
6.65230 6.65233 6.65294 6.65315 6.65331
3.72413 3.9OtlJ 7.51+12 3.23+12 3.47+,3
3.90tlJ 3.91+13 2.63,13 3.92+13 3.92tlJ
3.09tlO 3.lJtlO 9.62,12 1.49+11 1.49+11
1.77tll 1.25tll 3.67t12 5.02+10 5.40111
5.72tOO i:99+00 3.94-01 3.37-01 3.62tOO
6.66592 6.68589 6.611595 6.69669 6.66673
2.41+10 5.54+12 1.62+09 1.27+09 1.94+10
9.24+10 5.69t12 2.40+10 7.43410 6.25tlO
1.21111 3.31tlJ 9.91t09 1.04+10 1.13rll
9.2OtlO 9.46+12 2.13409 6.26+09 6.73tlO
6.76-01 2.60-01 2.15-01 6.01-02 5.96-01
6.65351 6.65364 6.65364 6.65391 6.65392
J.BltlJ 2.07tl3 3.67tlJ 3.93+13 1.56+12
3.64+13 2.9St13 3.62t13 3.63+13 3.62113
1.40tll 9.82+12 3.02tll 2.94tll 3.02tll
2.76tll 1.07tlJ 2.30+12 2.92tl2 9.92tlO
1.96tOO 1.09400 7.6ltOO 9.92+00 3.26-01
6.68693 6.66739 6.66766 6.66792 6.66911
5.61+09 5.36tll 3.6Otll l.Jl+ll 9.34tll
4.36tl2 4.36+12 1.13+12 3.73tll 1.99+12
3.39+12 3.39+12 l.Jlt13 1.76+09 1.14+13
4.91+09 4.71+11 1.40+12 1.25+09 1.59t12
1.45-03 1.39-01 1.07-01 7.00-01 1.40-01
6.65534 6.65590 6.65596 6.65606 6.65606
l.OOt13 2.7ltl3 1.61+12 3.70t13 J.71+13
3.75tlJ 3.75+13 3.67+13 3.97+13 3.97+13
3.19+12 3.19112 5.19407 6.56+07 5.19107
1.57+12 4.24rl2 1.72r07 3.76+06 3.98t08
4.92-0, 1.33+00 3.32-01 5.73400 7.67tOO
lso2p*4dn(3/2)-[K 4d*(5/2) ls*2p.41.(5/2)-[K 34f-(5/2) 1~.2p*4f.(5/2)-[K]41*(7/2)
6.66917 6.69943 6.66959 6.66966 6.66974
1.39tll 1.16tlO 3.6Otll 2.22+09 2.94+10
2.04tll 6.Oltll 6.0ltll 9.24+,0 9.24tlO
4.10111 6.41+07 6.4lt07 1.21tll 1.21tll
7.42+11 4.94+06 1.54r06 7.55409 l.OO+ll
1.61tOO 7.71-02 2.4OtOO 6.24-02 6.26-01
ls*2p.41.(5/2)-[K 4f.(7/2) ls.2p.ld.(5/2)-[K I' 4dm(3/2) lv2pa4de(5/2)-[K]4d.(5/2) ls.2p.ld.(7/2)-[K 4d*(5/2) ls.2p.Jd.(5/2)-[K I Jde(3/2)
6.65613 6.65655 6.65672 6.65710 6.65746
1.72t12 3.03tlJ 7.00+12 3.76+13 2.65+13
3.67+13 3.73+13 3.73t13 3.76+13 3.06+13
6.56407 4.96t12 4.96+12 4.91t12 1.16+13
1.75+07 2.14tlJ 4.95+12 3.47t13 4.37+13
2.66-01 4.30tOO 9.93-01 7.06tOO 3.76tOO
1~2p.4f.(5/2)-[K]41-(5/2)
6.68980 6.68996 6.69020 6.69036 6.69056
1.29tlO 2.23tlO 5.06tlO 4.3ItlO 3.06tlO
2.4OtlO 2.05tll 1.63411 1.63tll 6.25tlO
9.91+09 2.06tll 1.57tll 1.57tll 1.13tll
1.50tlO 6.69tlO 1.49111 1.27tll 1.06tll
1.52tOO 3.25-01 9.50-01 6.09-01 9.39-01
ls.2p.4do(5/2)-[K]4d.(3/2) lsa2p.,d*(5/2)-[K]4d*(5/2) lra2p.4d.(3/2)-[K 4d.(3/2) lse2p.Jd.(5/2)-[K 36.(5/2) ls*?p~40.(3/2)-[K I 4d*(5/2)
6.65749 6.65766 6.65770 6.65779 6.65766
7.17+12 3.15+13 3.54tlJ 4.13t12 3.27+12
3.67tlJ 3.67tlJ 3.67tlJ 3.06tl3 3.67tlJ
1.59tll 1.59tll 6.63+07 1.16t13 6.6Jt07
1.76tll 7.74tll 2.50+06 6..32+12 2.3ltO7
l.lltOO 4.67tOO 3.66+00 5.97-01 3.36-01
ls*2p*4f*(7/2)-[K]4fe(5/2) ls~2p.41~(7/Z)-[K]4f.(7/2) 1~.2p~41~(3/2)-[K 4p.(l/2) ls~2pell*(5/2)-[K 4p.(3/2) ls.2p.lf.(3/2)-[K I 4p.(3/2)
6.69086 6.69093 6.69113 6.69155 6.69159
5.34t09 1.37tlO 5.99t09 2.00111 2.56+09
1.90+10 1.9OtlO 1.4ltll 3.95+11 1.41+11
2.21+06 2.21+06 3.3ltlO 6.42tll J.JltlO
4.91t06 1.26+09 4.54r09 6.17tll 1.96409
2.22tOO 5.69+00 1.37-01 9.71-01 5.91-02
ls.2p.41.(5/2)ls.2p*4d.(1/2)-
K]Jp.(3/2) K]Sd.(3/2)
A( lot)
AUGER
Od
IRANSIIION
0
6.36011 6.36074 6.36125 6.36200 6.36225
1.41t09 8.58t09 1.39+10 6.46tlO 1.13tlO
3.79t11 3.73+11 2.56t12 2.04tll 3.46+12
a.77+11 1.76+09 1.17t13 4.10tll 1.16+13
5.90109 6.14+07 6.63tlO 3.46tll 3.46tlO
6.73-03 4.59-02 5.66-03 6.44-01 3.00-03
1~2p*4s.(3/2)-[K ;$.';;)l/')-[K
4s.(1/2) 3 4.*(1/2) - lS.lSS (0) ls:2p:3d.(7,2)-[K]3d.(5/2) ls*2p*4p*(3/2)-[K]4~-(1/2)
ls.2p.4d~(3/2)-[K]3d.(5/2) 1,.2sn41-(5/2)K]3de(J/Z) 1~.2s~4l.(5/2)t K]3d*(5/2) Is~2p*4p*(3/2)-[K 3p.(3/2) lso2po4p.(3/2)-[K i Jp.(l/2)
6.36236 6.36260 6.36306 6.36317 6.36416
7.68+09 6.34+10 5.73t09 l.JltlO 1.02+09
6.01411 1.63+11 1.63+11 3.46t12 1.29tll
6.41t07 1.57+11 1.57+11 1.16t13 3.03tll
3.26tO6 1.67tfl 1.66+10 4.03+10 2.66t09
5.11-02 1.,9+00 1.09-01 3.46-03 9.44-03
lsa2s.41.(7/2)-[K 36.(5/2) ls*2p*4p*(J/2)-[K 3Jpe(112) ls*2p*4d.(5/2)-[K]34-(3/2) 1~2p*4p*(3/2)-[K 3p.(3/2) 16.2p.4p.(1/2)-[K 33pe(1/2)
6.36459 6.36563 6.36569 6.36654 6.36657
4.59t09 9.95t09 1.41+09 1.33+10 l.lOtlO
3.45tll 1.77+12 5.61411 1.77t12 6.15tll
6.20+10 7.55tll 1.29tll 7.55111 5.29tlO
7.05+09 1.19+10 1.5&09 1.56110 1.34+09
Is.2p.4p.(l/2)-[K]3p~(1/2) lsa2pelp.(3/2)K]lpe(1/2) lsa2pe4p*(l/2)1 K]Jp*(3/2) ls.2p.4~~(3/2)-[K]3~.(3/2) ls*2p~4p~(3/2)-[K]3p~(112)
6.36736 6.36755 6.36629 6.36646 6.36979
2.21tlO 5.35t09 9.43109 1.22tlO 9.14tOB
2.17t12 l.JOtl2 2.17t12 1.30+12 2.60tll
1.63tlO 2.00+11 1.63tlO 2.OOtll 1.94tlO
ls*2pvld.(5/2)-[K 3de(312) ls.2p.ld*(3/2)-[K 13de(312) ls*Zpeld*(5/2)K]3d.(5/2) ls*2p.4~.(1/2)I K]Jpe(l/Z) lr.2p.4~.(3/2)-[K]3~.(3/2)
6.36967 6.37011 6.37015 6.37034 6.37071
2.46+09 3.22+09 2.07409 2.34+09 1.70+09
1.69tll 1.12+11 1.69tll 2.56+11 2.6Otll
ls~Zs.lp*(3/2)-[K ls.2s.lp.(3/2)-[K ls*2~.4p~(1/2)-[K 1~.2se4s.(1/2)ls~2s.4~*(1/2)-
Jde(3/2) 3d*(5/2) Sd.(3/2) K 3pe(1/2) 1K 1 30@(3/2)
6.37304 6.37332 6.37435 6.37540 6.37632
1.91+09 1.46tlO 1.6ltlO 1.19110 2.05+10
1~.2s~4p*(1/2)lse2s~4p*(3/2)ls~2so4l.(5/2)-[K ls~2s~4f.(7/2)ls.2~*4~.(1/2)-
K 3s.(1/2) EK 3s*(1/2) 3d.(3/2) K 36.(5/2) 1K 1 3pe(3/2)
6.39166 6.39163 6.41232 6.41263 6.42139
lr.Zp.3d.(3/2)ls*2pa3dm(1/2)ls.2p.Sd.(3/2)-[K ls*2p.4d*(3/2)ls.?p.ld-(l/2)-
K 3,~(1/2) i K 3s.(l/2) 31*(1/2) K 4s*(1/2) EK 4s*(l/2)
ls.2p*4de(3/2)-[K 1,.2pa3d*(l/?)ls*2p*41-(3/2),sn2p*lf*(5/2)Is*2p*3d*(3/2)ls.2p.ll.(3/2)1,,2p*34*(3/2)lsn2pa3d.(3/2)Is.2p.Jd.(l/?)ls.2p.41*(5/2)-[K
1 ~lttri~~~~~iir~Ijlg~~~~~~
ls*Zp*4d-(l/2),~.2p'Jp*(,/2)ls.2p.41.(7/2)ls.2p*lf*(9/2)ls.2p~4fe(7/2)-
i
i
K]4d.(3/2) K]Jpa(3/2) K 41-(5/z) K 4fo(7/2) K I 41.(7/2)
LAMBDA
ls*2p-Jd.(l/2)-[K]3s*(l/2)
351
Atomic
Data and Nuclear
AUGER
Qd
01
Data Tables. Vol. 38. No. 2. March
1988
Dielectronic SatelliteSpectrafor Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensitv Factors. and Line Fluorescence Yields fo; Satellites of He-like Ions ’ See page 344 for Explanation of Tables
z = ,4
z = 14
TRA6.1110~
LAUBOA
A(if)
A(1ot)
6.69165 6.69172 6.69173 6.69175 6.69ta5
3.2OtlO 5.93+11 1.72tlO 1.35rll l.oa+to
4.92+10 8.07+11 4.92+10 3.79tll t.oatto
7.82tOa 2.27tll 7.a2toa a.77rll 5.54toa
4.00+09 5.22+11 2.lStO9 5.65tll 5.27+09
5.12tOO 2.29too 2.76+00 6.44-01 9.51*00
6.69203 6.69216 6.692la 6.69230 6.69251
3.4ltll 3.26tll 1.29tll 6.92+12 7.t4to9
3.45tll 5.11+11 a.07tll 6.94+12 a.oato9
a.20tto 5.64tll 2.27tll 9.5ttto 2.99toa
5.23tll 1.03412 l.l4+11 7.49tii 1.02to9
6.69263 6.69283 6.69300 6.69300 6.69302
2.59+12 2.22ttt 3.64tlt 2.39+10 1.25+10
2.6tt12 2.46tll 1.24~12 2.46tll 2.56+12
a.55tlJ 4.46tlO 9.52tll 4.46+10 1.17+13
6.69321 6.69331 6.69339 6.69356 6.69360
1.05+10 4.77412 3.76ttl t.a4+tt i.6itii
6.J5tlo 4.7at12 5.61tll 5.11+11 t.6t+tt
6.69381 6.69366 6.69391 6.69450 6.69467
i.Jltll 4.93+09 2.2ot11 5.46t09 7.12tlO
6.69492 6.69514 6.69515 6.69527 6.69539
AUGER
Od
A(if)
A(lot)
6.70047 6.70046 6.70053 6.70054 6.70082
5.a9tlO 9.67+10 I.30110 9.92,tO 4.64+09
4.JJtll 2.a6tll 7.4JtlO 1.30+12 2.17+12
5.27+10 3.66tlO 1.04tlO Z.OO+ll 1.6JtlO
2.56tlO 2.2OtlO 3.60tlO 5.27+10 6.9ltO7
4.1)5-01 5.99-01 3.45+00 2.64-01 4.25-03
6.JatOO t.a2+00 5.00-01 7.87+00 3.41+00
6.70101 6.701211 6.70152 6.70166 6.70223
1.9atil 4.66+10 2.95+10 2.22+11 1.16ttl
1.30+12 4.92t10 1.13+12 1.13t12 1.27tll
2.OOtll 1.64tlO l.Jl+lJ 1.31*13 2.34tll
1.05+11 2.3JtlO I.09411 6.17*11 4.5Jtll
5.27-01 1.42+00 a.30-03 6.25-02 1.94too
t.ot+t~ 2.05tll 6.32tll 2.20+10 6.13+10
f.ta-01 4.59tOO 6.64-01 4.93-01 5.26-03
6.70297 6.70302 6.70349 6.70363 6.70410
3.41+11 1.35*11 t.a9tfo 6.117+10 2.13tlO
1.99+12 2.aottt 2.aotft 2.5aitt 2.5aili
1.14t13 1.94+10 1.94+10 1.62to9 1 .s2*09
5.aottt 3.51t10 4.90+09 a.5atoa 2.66*oa
5.10-02 i .aitoo 2.52-01 5.30-01 1.64-01
1.89IlO a.22ttJ 1.29tll 1.29t11 t.tato9
9.64+09 9.01+12 4.22+11 2.06tll 9.311+09
5.10-01 1.10-01 3.27+00 l.SOtOO 7.94+00
6.706aa 6.70705 6.7073a 6.701112 6.706a3
J.lOt10 2.79*11 4.85tto 1.39tto 2.5attt
1.24+12 1.24+12 5.74*10 1.50*10 6.56+11
9.52+11 9.52+11 2.44tll 1.40*10 3.47+09
5.39110 4.a4ttt 2.36tll 2.6atlo a.14409
5.67-02 5.09-01 9.65-01 l.9ltoo 2.j5*00
2.05tll 2.05tll 2.20111 5.46t09 J.46tl2
2.06+11 2.06+11 5.02+09 1.46tlO 1.16+13
3.94rll 1.4atlO 2.94tio 3.17+10 2.4lttl
1.91+00 7.20-02 5.a7+00 2.tatoo 2.08-02
6.70063 6.70909 6.70914 6.70914 6.70923
1.36tlO 2.10+11 3.96+11 4.20+11 4.68+11
5.04+10 5.a7ttt 6.56tll 4.02+11 I.39412
4.19to9 2.96tt2 3.47tO9 3.60+10 5.57+12
2.06+09 3.51+11 1.25110 1.17+11 7.49111
4.97-01 t.i9-at 3.60+00 3.24+00 l.J5-01
1.35+12 2.47tll I.20111 t.4attt 1.12+10
9.77+12 3.46t12 1.2Otll 1.46+11 3.95tll
2.59ttJ l.l6+13 2.34tO9 t.5ataa a.42+11
5.aat12 7.60111 2.29tio 1.26to9 4.57+10
2.27-01 6.55-02 9.attoo 7.99+00 5.43-02
6.70947 6.70970 6.70965 6.71049 6.71209
2.54+10 a.52+11 6.04+09 3.6I+o9 5.6OrlO
J.BO+ll 1.39+12 5.04tlO 3.9o+ii 5.60+10
3.77+09 5.57+12 4.19+09 3.77409 l.6JttO
9.75tOa l.Jttt2 1.23+09 f.46toa 1.10111
2.56-01 2.45-01 2.95-01 3.a7-02 6.03+00
6.69544 6.69547 6.69555 6.69561) 6.695711
1.24tll 2.oaito 6.21+12 7.13+10 4.89+10
1.41+11 3.95+11 7.Jlt12 3.79+11 1.27+11
J.Jl+lO a.42ttt l.J6+11 L).77+11 7.4jt09
9.3atto a.47tto 6.79+11 2.99ttt 1.55t10
2.a4too 1.01-01 5.01*00 3.40-01 2.09+00
6.7tsoa 6.71310 6.71339 6.71376 6.71409
t.oa+tt 9.15110 4.29+10 1.06tll 6.16+09
1.51+11 1.29+11 l.5lttl 1.12ttl 1.12+11
1.54t10 2.73+10 1.54tlo 3.9t+Oa 3.91tOa
6.00+10 6.19ttO ?.Ja+lO 1.47tO9 6.56tO7
3.9otoo 2.52rOO l.55+00 3.77tOD 2.19-01
6.69516 6.695a7 6.69595 6.69601 6.69603
t.oati2 5.62+11 a.04tto 2.06+09 5.32+10
7.31+12 3.2ot12 1.27tll 5.11+11 a.07ttt
1.36+11 1.54+13 7.43+09 5.64+11 2.27tll
i.tatit l.a6+12 2.66ttO 6.47tO9 4.6atto
a.7t-01 1.21-01 3.5atoo 1.15-02 2.06-01
6.71412 6.71444 6.71603 6.71606 6.71612
3.55*10 4.OlrO9 4.aatlt l.l7+12 4.4ato9
4.2OtlO t.a7+tt 6.63*12 6.aiti2 3.63112
4.77tO6 1.07411 3.6atto 7.95*09 3.46tlJ
7.95tO6 5.64tO9 i.oatio 2.72tO9 1.62+10
1.67+00 5.47-02 2.93-01 3.42-01 4.6a-04
6.69608 6.69626 6.69643 6.69641 6.69660
9.13+10 4.35t10 4.aSrO9 7.65tlo J.a6to9
5.11+11 4.a2tto 4.82tto 7.15*10 1.29*11
5.64tll 2.76tO9 2.76to9 4.14*09 3.03*i1
2.87+tt 9,.44+09 1.01t09 7.05to9 l.oa+to
5.10-01 3.42tOO 3.66-01 I. got00 3.51-02
6.71705 6.7i7oa 6.71930 6.7lOJI 6.72007
1.47tl2 3.16ttl 9. bOt09 6.57rlO 2.46tlt
6.6Jtt2 6.altt2 5.69+12 a.96+10 9.32+1t
3.66tlO 7.95+09 3.3ati3 5.07tto a.toto9
3.24tlO 7.36toa 1.64tio 2.03+11 a.4ato9
a.at-01 9.26-02 4.16-04 3.47too t.05too
6.696117 6.69661 6.69694 6.69727 6.69735
2.119+09 4.7ato9 9.40+09 1.63+09 5.92t12
2.56t12 3.2ot12 2.56+12 1.29+11 6.34tt2
1.17tlJ 1.54tiJ l.lI+lJ J.OJ+ll 6.49+11
1.42tlO t.5atto 4.67tlO 4.57+09 4.20+12
1.22-03 1.03-03 4.00-03 1.51-02 4.94+00
3p-(l/Z) Jp.(J/Z) Jp.(3/2) 2#.(1/2) 2#.(1/2)
6.72075 6.72109 6.72177 6.72451 6.72655
2.13t11 1.6Jtll 7.94+10 3.44+13 3.2Jtl3
7.6aitt 9.32+11 7.6attl 3.45+13 3.23ttJ
5.a2toa a.lOtOS 5.a2tOa 5.20+12 1.07tl3
3.23+oa 5.63+09 1.2OtOa l.al+lJ 1.6ttt3
5.55-01 6.94-01 2.07-01 3.47+00 t.5OtOO
6.69763 6.69772 6.697117 6.69769 6.691101
1.55tlO 1.51+12 1.36ttz 5.C!4+12 1.34+11
5.15tlO 6.67tl2 3.09ttJ 1.42+13 1.69+11
2.6Jtll 2.62ttO a.a9tt2 7.32tl2 1.40110
7.79+10 2.37+10 6.06ti1 7.95412 6.14tlO
2.96-01 9.05-01 6.112-02 1.09tOO 4.39+00
2pm(l/2) Jd-(J/2) 3d*(5/2) Jd-(J/2) 2pm(l/2)
6.73052 6.73125 6.7J156 6.73234 6.73406
5.95112 1.21+11 1.09+12 1.24+12 J.al+lJ
5.46tlJ 6.67tl2 6.67+12 5.99tt2 5.5JtlJ
2.94+12 2.62tlO 2.62tlO 3.37tOa J.SS+lO
l.2ttl2 l.aS+OS 1.71+10 l.JS+Oa 5.43+10
4.14-01 7.22-02 6.53-01 4.13-01 1.37tOO
6.69818 6.69827 6.69641 6.691144 6.691161
3.06t10 2.21+10 9.02rlO 6.83+10 a.46+10
t.69ttt 1.12+11 1.77+12 1.12tll J.lJtlJ
1.4otto 2.25tlO 7.55+11 2.25ttO 6.60t12
t.4ofto 1.4a+lO l.Oa+tl 4.57tlO 5.91+10
t.oo+oo 6.57-01 1.43-01 2.03+00 8.96-03
2p.(J/2) 2p*(J/2) 4#0(1/2) 3pm(112) 4#.(1/2)
6.73413 6.73767 6.74101 6.74200 6.74200
4.16ttJ 1.72ttJ 1.67+10 1.17+12 3.02+10
5.46tlJ 5.5JrtJ 2.97tt2 3.66+12 2.96+12
2.94tl2 J.SStlO 1.33+12 t.aS+lJ l.J7+12
9.92+12 2.46tlO 1.15tto 1.97+12 J.al+lO
J.Ja+OO 6.22-01 a.66-03 1.04-01 2.79-02
6.69a79 6.696aa 6.69690 6.691192 6.69196
7.01111 2.tato9 1.17tl2 1.52112 7.a5+to
5.99*12 l.77+12 1.42tlJ J.lJ+lJ 7.a5+to
3.37toa 7.55t11 7.32t12 6.60+12 3.36+10
7.a9t07 2.soto9 2.55tl2 1.06+12 t.aa+tt
2.34-01 3.45-03 3.4a-01 1.61-01 5.60+00
6.74263 i.74JO3 6.74366 6.74370 6.74450
2.56+10 2.lat12 7.27+09 1.4JtlO t.a3t13
6.17+11 3.66+12 6.a7+11 5.Sltll i.aati3
5.14+12 l.aS+lJ 5.14+12 5.02+12 t.4oti4
9.04+10 3.65tl2 2.57ttO 7.65ttO 6.44tiJ
1.76-02 1.93-01 4.99-03 1.53-02 4.5a-ot
l#.2p*,p.(J/?)-[K]4f-(5/2) 1#.2p*Jd.(7/2)K]Jd*(5/2) l#.2p*Jd-(5/2)I K]Jd.(J/2) Ir.2p. (1) - IS.l#~ (0) 1#.2p.Jd.(5/2)-[K]Jd.(5I2)
6.691199 6.69901 6.69961 6.69966 6.69992
4.62+09 2.54+10 2.a7rlO 1.52tll 4.4OtlO
3.46+12 2.54+10 7.27tlO 1.52tll 7.27tlO
l.l6+13 1.5a+lO 4.22+09 0. 4.22+09
1.46tlO 7.7.9+10 9.45tO9 0. 1.45tlO
1.26-03 4.9JtOO 2.24+00 3.00*00 3.43100
6.74496 i.745;7 6.74503 6.746lJ 6.74102
7.OatO9 7.JStii 4,2J+ll 5.45111 2.114+09
1.07tlO 1.09410 5.97+12 6.03+12 6.66410
l.lStlO 1.15+10 a.63+11 9.51111 6.33tll
2.24ttO J.OJttO 1.07tll 2.97411 l.OJ+tO
l.aStOO 2.62+00 1.24-01 3.12-01 1.63-02
ls.?p.4d~(5/2)1#.2p.4de(5/2)!#.2pr3de(J/2)I#*2p.4p*(1/2)l#*2pe4#.(3/2)-
6.69993 6.70009 6.70016 6.7OOJ5 6.70037
t.t7ttt 2.07tto 3.06+10 1.58111 1.7lt11
1.36+11 i.3ati1 4.3J+II 2.17t12 1.07tll
f.oitto i.oi+io 5.27+10 1.6JtlO l.07tll
4.attto a.5tto9 I.33410 2.36+09 2.49tll
4.75+00 a.40-ot 2.52-01 1.45-01 2.33100
6.74112 6.74a17 6.741164 6.74952 6.74977
5.16tti 2.92tOS 1.79ttJ 9.67tOS i.53tos
t.aatt3 6.14410 1.79+13 l.al+lt 4.57+10
1.40+14 6.24+ll 1.44+14 4.12+10 5.3atos
t.a2+12 1.6OtlO 9.55+13 7.24109 3.22toa
1.30-02 2.56-02 6.64-01 1.76-01 5.99-02
l#*Zpolp~(5/2)t#r2#.Jde(J/2)1#*2p*4p*(5/2)1#*2p*lp.(J/2)!:*2#*3d*(5/2)-
K K K K I !K
K K K K Ii K
4f.(5/2) Jp.(J/?) 41*(7/2) 4p*(J/2) Jp*(3/2)
4d.(J/2) 4d.(5/2) Jd.(J/2) (p-(1/2) 4#.(1/2)
99
TRANSITION
1#*2p*4#*(3/2)l#*2p~4#*(3/2)l#*2p~Jp*(5/2)-~K lr~2p*Jp-(J/2)1#*2p*Jd*(5/2)-
l#*2p*2p.(3/2)l#*2p.Zp.(l/2)l#~2#~4p.(l/2)1#~2#.3#.(1/2)1#*2#*4p*(3/2)-
lr.2p.Zp.(3/2)l#.2#*4d.(5/2)lr.2p.2p.(5/2)I#*2s.Jpe(3/2)Is~2#1Jp~(l/2)-
K 4d.(J/2) t K 4d.(5/2) 3p*(J/2) K 3p.(J/2) EK I Jd.(J/2)
K K K K II K
K Zp*(3/2) K 4f*(7/2) KI 2p.(3/2) K Jtr(ll2) I K 3#.(1/2)
L AMBOA
AUGER
Qd
99
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 7 = 14
L = 14
IRANSITION lS.2S.Jd.(3/2)lS*Zs*Jd.(5/2)ls.2~~4~.(1/2)ls*2se3p.(1/2)ls*2s.Sp.(3/2)-
lr.Pp.Jp.(J/2)lr~2~.3p*(1/2)ln*2p*Jp*(3/2)ls~2s~Jp~(J/2)1~~2s*Jp.(1/2)-
ls92p.2p~(J/?)-[K ls*2pm2p*(5/2)-[K
A(il)
A(101)
6.75517 6.75600 6.75916 6.779a5 6.78016
2.32+09 1.91+09 1.62+09 1.99+10 2.09+09
2.j2+09 1.91+09 6.7atlO 5.97,12 6.03+12
2.29t04 1.37+06 1.04+13 E.6JIll 9.51t11
9.17+04 a.20+06 3.21+09 5.02t09 1.14+09
4.00100 6.00+00 3.09-04 s.af-03 I .20-03
a.11123 a.37405 a.374711 a.45192 (1.45267
4.28+09 2.59tOQ 6.20109 1.21+09 6.latos
l.aSt12 1.66tlJ 1.66+13 5.46+13 5.46+13
1.25+14 2.07+13 2.07+13 2.94412 2.94+12
a.44+09 2.alt09 6.9a+Q9 2.47+oa 1.26+09
6.75-05 1.39-04 3.32-04 a.43-05 4.29-04
6.78047 6.79185 6.79193 6.79383 6.79568
1.16tlO 2.39110 4.95t10 3.23+10 3.2atlo
6.03+12 2.3a+io 4.95*10 3.23+10 3.2atlo
9.51+11 2.27t09 4.02+11 2.5JtlO 1.14tlQ
6.33+09 4.15to9 2.65+11 5.67tlO J.J9+10
6.65-03 i a3+00 6.59-01 2.24+00 2.97+00
8.45750 6.45824 a.53873 8.56767 8.57099
5.51to9 2.14+09 1.63+09 6.96+0¶ 7.OQtQQ
5.53r1j 5.53+13 2.61+12 3.45+13 3.23+13
3.95+10 3.95t10 a.55113 5.2Qt12 1.07+13
?.a7+06 3.05406 6.32tQ9 3.63+09 3.4¶+09
1.99-04 7.73-05 7.39-05 7.02-04 3.25-04
6.79669 6.91039 6.91419 7.01719 7.01771
1.26tlQ 6.69tll 1.21+12 2.02+09 7.24t09
1.26tlO l.a9+12 l.a9+12 2.83tlJ 2.a3tbJ
1.56+05 1.25tl4 1.25+14 9.82+12 9.82ti2
3.12tO5 1.32+12 2.Jatl2 l.Q4+09 3.74+09
2.00+00 1.05-02 1.91-02 1.06-04 J.BQ-04
a.73751 a.73a30
1.45+09 2.asto9
l.aSt12 i.a9+12
1.25+14 1.25t14
2.as+os 5.70+09
2.211-05 4.56-05
7.02311 7.02340 7.03326 7.03412 7.03444
6.17+09 e.a4+09 2.62rlO 1.49+10 1.20110
3.altlJ 3.aotiJ J.a7+13 J.JOtlJ J.l4+lJ
1.42+11 1.14toa 9.1at12 2.69+13 3.21tlJ
1.37+06 a.23+04 2.01tlO 2.6atlO 3.63+10
9.69-04 7.19-O) 2.19-03 9.95-04 1.13-03
(p-(1/2) 3 4p.(3/2)
7.03456 7.03464 7.03501 7.03751 7.0387a
2.4OtlO l.JSt09 a.35+09 3.23t09 1.47tio
4.17tlJ J.JO+lJ 4.17rlJ 3.a7ti3 3.14+13
6.07tOa 2.69413 6.07+08 9.lati2 3.21+13
7.01+05 2.42t09 2.43105 2.4ato9 4.45*10
1.15-03 9.00-05 4.01-04 2.70-04 1.39-03
(f-(5/2) 44.(3/2) 46*(5/2) 4s*(1/2) 43*(1/2)
7.03a90 7.04165 7.04395 7.04626 7.047011
i.latjo 4.alt09 4.1a+09 l.latlO 1.20+10
J.JOt13 J.OQt12 4.2atl2 3.09+13 J.lJt13
2.69+13 4.77+10 4.as+lo a.n9+12 6.60412
2.12rio 1.46toa i.a9+oa 5.25+09 8.3&09
7.as-04 3.07-03 3.86-03 5.91-04 1.27-03
7.04926 7.05529 7.05907 7.05925 7.06342
3.59+09 1.71+10 1.45+10 1.73+09 4.32+09
l.BE+lJ 6.94+12 7.31+12 7.Jlt12 9.77t12
2.54t12 9.51tlQ 1.36tll 1.36+11 2.59+13
¶.4J+Oa l.a5+09 I.56+0¶ l.a9toe l.aa+lO
3.72-04 1.95-02 1.17-02 l.Js-03 7.27-O)
7.06508 7.06611 7.06612 7.06733 7.06785
1.35*09 7.63+09 1.40+10 1.39+10 4.11+09
3.20+12 3.6Jtl2 6.34+12 1.42+13 1.42tlJ
1.54t13 3.46+13 a.4Stll 7.32+12 7.32+12
4.4atos 2.76tlO ¶.92+09 i.a9+10 5.60+09
2.91-04 7.97-04 1.17-02 2.511-03 7.64-04
7.06919 7.06949 7.07050 7.07214 7.07401
i.aa+lo 9.90+09 2.46+10 8.0¶+09 2.21t09
j.20+12 5.69+12 6.34+12 1.42tlJ 6.56+11
1.54+13 3.Jat13 a.49+11 7.32C12 3.47+09
6.21+10 1.70+10 1.74+10 1.10*10 6.99+07
4.04-03 5.01-04 2.05-02 1.50-03 2.01-02
7.0741a 7.011177 1.08322 7.oa442 7.01547
2.4JtOS 7.22tQ9 6.84tO9 5.30*09 7.42+09
4.a2tll 3.63+12 6.67+12 5.99+12 5.6St12
3.6OtlO 3.46tIJ 2.62+10 3.37roa J.Ja+iJ
6.76tOa 2.62+10 1.07+01 5.96+05 1.27tlO
l.aa-02 7.55-04 4.09-03 1.77-03 3.75-04
7.011755 7.011756 7.0111105 7.09095 7.09997
1.66tO9 4.68tOQ 5.95tQ9 2.51t09 3.43+09
6.63112 6.alt12 6.63+12 6.67+12 5.99+12
3.6atlO 7.95+09 3.6atlQ 2.62+10 3.37*oa
3.65tO7 l.Qst07 l.Jl+Qa 3.92+37 3.06+05
9.94-04 1.37-03 3.57-03 1.50-03 1.15-O)
7.11645 7.11698 7.13705 7.13739 7.16033
a.04tOQ 1.54tlO 2.55+09 2.7atOQ 5.54+09
3.66+12 3.66,12 5.97+12 6.03+\2 1.66t13
1.89113 l.aO+lJ a.63+11 9.51Cl1 2.07+13
1.35+10 2.57tlO 6.45tQa 1.52+09 6.15+09
7.14-04 1.36-03 7.47-04 1.59-03 2.97-04
7.86173 7.92asO 7.93032 7.933111 7.93523
1.47tlO 4.7OtQ9 3.73+10 3.02+10 1.29+10
1.66+13 5.46tlJ 5.46+13 5.53+13 5.53413
2.07+13 2.64t12 2.94+12 3.95+10 3.95+10
1.63+10 9.6O+Qa 7.62+09 4.31to7 1.83tO7
7.aa-04 3.27-04 2.60-03 1.09-03 4.64-04
7.94aJl 7.95046 7.96482 7.96579 6.01002
1.42tlO 1.36tlO 1.16+09 2.3JtOQ 2.10+10
l.aa+lJ 1.7StlJ 2.61+12 4.7at12 3.45+13
1.40+14 1.44tl4 a.55+13 6.22+13 5.2Ot12
S.OQtlO 7.2StlQ 4.4StQQ 4.4ltos l.lO+lO
3.56-04 5.04-04 5.25-05 5.37-05 2.12-03
a.01229 a.01273 a.01292 a.01327 6.17971
1.47+09 l.Jl+lO I.99tio 1.37+10 2.20tOS
2.61412 2.61412 3.23+13 4.7atl2 l.a9t12
a.55+13 6.55tlJ 1.07+13 a.22tlJ 1.25tl4
5.72+09 5.07tlO 9.92to9 2.5arlo 4.33+09
6.69-05 5.93-04 9.25-04 3.14-04 3.47-05
K]Jpe(l/Z) K]Jp.(3/2) K]4p.(1/2) K]Jd-(J/2) I K]Jde(J/2)
ls*2p93pe(l/2)-[K 16*2~*3~.(3/2)-[K
ls.Zp.Jpe(J/2)ls.2p.Jd.(l/2)ls*2p*3d*(J/2)ls.2p~Js*(l/2)ls.2p*Jr~(J/2)-
LAMBDA
K K K K ii K
K K K K K II
4pe(1/2) 4p.(l/2) 4p*(J/2) lda(512) 4d.(3/2)
Jpe(l12) 3 Jpe(J12)
AUGER
Qd
IRANSIIION
SW
ls*2s~2s~(1/2)ls*2s~2r*(1/2)-
353
K]lpe(1/2) t K]4p.(3/2)
LAMBDA
A(if)
Atomic Data end Nuclear
A( lot)
DataTaMes.
AUGER
Qd
Vol. 38.No.
9l
2, March
1988
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation
2 = 18
of Tables 2 = I6
TRANSIIION
LAMBDA
A(if)
A(lOl)
A(il)
A(lOl)
3.20263 3.20427 3.23033 3.23056 3.23652
l.50+13 3.30111 3.09tlO 3.19t10 3.43tlO
l.SOtlJ 3.30tll 1.09tl4 1.1ot14 1.07+14
0. 0. 1.74tll i.55t11 3.62tll
0. 0. 1.96+06 9.00+07 4.61+06
3. ootoa 3.00too 1.14-03 5.61-04 1.27-03
ls*2p*3de(l/2)-[K 2s.(1/2) ls*2p*Jd-(3/Z)-[K 2r.(l/2) Is*?p*Jd*(l/2)-[K I 2s.(1/2) ls*2p*Sd.(3/2)-[K]2%*(1/2) ls.2p~3~.(1/2)-[K]2~~(1/2)
3.37670 3.36325 3.36653 3.36996 3.39566
1.9Otll l.l,tlO 3.63+11 5.0ltll 3.96+10
1.03tl4 1.07tl4 7.43+12 1.47tlJ a.61413
6.29tlO 7.94+06 2.39tlO 2.27tlO 1.05113
3.04tO6 3.31+05 2.32t09 3.09tOS 6.45+09
3.67-03 4.16-04 9.73-02 1.36-01 6.02-04
1r*2p*4s*(1/2)K]Zs*(l/Z) Is*2p*4dw(l/?)t K]2s*(1/2) ls*2p*4d*(3/2)-[K]?s*(1/2) Is.2p.4d-(l/?)K]Zs.(1/2) Is-Zp.4d*(3/2)1 K]Zs*(l/Z)
3.23656 3.24090 3.24171 3.24479 3.24525
2.42tlO 7.69109 1.26tlO 7.39t09 4.55,,0
1.07+14 1.27tl2 2.20+12 1.09+,2 1.44t12
1.21t12 l.OStlO 1.47+07 I.03tlO 1.52tll
5.40+06 1.29toa 3.36+05 1.38+06 1.73+10
4.46-04 1.23-02 2.29-02 1.35-02 1.14-01
ls.2p.Sr.(3/2)-[K lr*2pe3de(J/Z)ls.2p~3d.(3/2)ls*2p*3s*(3/2)lsm2p_Jdm(3/2)-
2r*(1/2) K 2s.(l/2) K 2s.(1/2) I1K 2s.(l/2) t K]2s.(1/2)
3.39606 3.39655 3.39931 3.40172 3.40161
l.Ol+ll 4.9ltO9 3.19tlO 1.62+11 1.62tO9
6.85+13 4.56t12 2.60112 6.06+12 9.20+11
5.43t12 l.l4tll 1.6Otll 3.66tl3 9.49tlO
2.33tlO 4.79tO6 7.39tO9 6.30+11 1.73109
4.29-03 4.20-03 4.62-02 1.62-02 1.62-02
ls~2p~ls.(3/2)K]Zs.(1/2) ls~Zs*4p.(1/2)K]2s.(l/2) lse2$.4p~(J/Z)K]2s*(1/2) 1 ls~2p~4s~(l/2)-[K]2s.(1/2) ls~Zp.4s~(3/2)-[K]2s~(1/2)
3.24606 3.24739 3.24776 3.24911 3.25072
4.69tll 2.06t12 2.55t12 1.09t12 1.03tll
6.66+11 6.07t12 5.29+12 2.02+12 2.10+12
1.50tlJ 1.27tlJ 2.52tll 3.02+12 2.70~11
1.77t12 2.79+12 4.64tll .l.3,+12 4.66+10
1.16-01 2.19-01 l.64too 4.32-01 1.73-01
ls.2p-3r.(,/2)ls*2~.3p.(3/2)ls~2~.3p-(l/2)-
K 2s.(1/2) K 2s.(1/2) I1K]Zs*(l/?)
3.40435 3.40753 3.40643 3.41304 3.41330
3.64tll 1.12t13 1.2Ot1.3 1.92tll 3.altll
1.74+13 l.9ltlJ 1.60+13 6.07tlJ 1.58t12
3.66+13 2.76+11 2.37+09 l.lltl3 1.44+,1
5.21tll 6.42tll 3.55tO9 4.66tlO 1.26tlt
1.42-02 2.32+00 1.49+00 4.16-03 6.64-01
3.25126 3.25731 3.25964 3.25992 3.26104
2.74tlO 5.42tO9 5.36+11 7.1ato9 1.0at12
4.56tll 1.1,+14 1.07+14 1.11+14 1.13t14
6.95tlO 3.12tlO 3.72+12 3.03t10 1.99t12
7.21+09 6.09+06 3.61tlO 1.1at07 7.49+10
1.04-01 1.95-04 9.70-03 3.69-04 3.76-02
3.41406 3.41755 3.41661 3.41660 3.42050
6.65110 2.16tl2 1.96tll 3.96~12 7.77+12
4.66tll ,.09+14 9.47+13 l.l6+14 l.O9+14
6.10+09 1.13+13 3.15+13 ,.33+09 1.13+13
2.24+09 6.13+,1 1.95tll 9.02+07 2.92tl2
3.66-01 7.17-02 6.20-03 6.76-02 2.56-01
3.26145 3.26147 3.26253 3.26372 3.26376
7.60tll 1.57+12 6.lOtll 2.74t12 6.42t12
l.09tl4 1.14+14 1.07+14 l.lJtl4 6.51+12
9.66t12 1.41+09 3.72112 1.99tt2 1.55+12
2.52tll 3.67tO7 5.43tlO 1.90+11 2.59+12
2.56-02 2.75-02 1.46-02 9.55-02 1.66tOO
3.42136 3.42156 3.42176 3.42320 3.42439
3.61t12 4.71+12 6.66+12 1.04+13 1.56t13
9.36+13 9.47+13 1.16+14 5.12+13 1.67tlJ
3.42113 3.15tl3 1.33+09 2.64+12 1.06t12
5.79+12 4.71t12 1.96+06 ,.02+12 I.67412
1.69-0, 1.49-01 1.47-01 3.65-01 1.76tOO
3.26369 3.26393 3.26414 3.26415 3.26502
6.22+12 3.23tl2 1.a1t12 2.26t12 2.61tll
6.36+12 l.lltl4 1.09tl4 1.14+14 2.61tll
1.61+12 6.23+12 9.66+12 1.41+09 6.27tlO
5.29112 l.34+12 5.99+11 5.59t07 2.02tll
3.29tOO 1.63-01 6.06-02 3.97-02 3.22tOO
3.42457 3.42613 3.42616 3.42629 3.42691
1.49+13 1.44+12 1.63tl3 3.23+11 6.1lt12
1.67+13 I.53+12 5.12+13 3.3Otll 6.66+12
1.22tl2 1.6ltll 2.64t12 1.90tlO 1.2atl3
4.06+12 5.5Otll 1.60+12 3.52+10 1.45tl3
3.33+00 3.4ltOO 6.04-01 1.65tOO l.lJtOO
3.26510 3.26652 3.26694 3.26965 3.27122
6.62tlO 3.21tlO 7.23tO9 1.93+12 l.OO+lO
6.62tlO 1.61tll 9.93tlO 1.25+13 1.6ltll
1.09+10 1.46tlO 3.95+09 3.49+12 1.46tlO
1.aat10 1.07+,0 1.11+09 6.43tll 3.35tO9
1.72tOO 7.33-01 2.60-01 2.41-01 2.29-01
3.42969 3.42994 3.43166 3.43166 3.43192
1.37413 2.49+13 1.52tll 1.37+12 2.13tll
4.13tlJ 3.03+13 1.22+13 6.66t12 3.39tll
7.9ltl2 2.74tlJ 1.43t12 1.26tl3 l.71tll
6.6Ot12 7.11tl3 9.6OtlO 3.23tl2 2.66tll
l.lltOO 2.59100 6.72-02 2.52-01 1.67tOO
3.27160 3.27191 3.27199 3.27240 3.27246
5.22+10 4.6ltlO 7.13t10 1.01+12 1.56tll
2.05+11 1.60t12 1.91t11 7.23tl2 1.96tl2
6.71tlO 1.14+11 9.42tlO 4.95+12 3.6Ottl
7.72tlO 1.27tlO 1.4lt1, l.64+12 9.74+10
1.15too 1.12-01 I.5otoo 3.31-01 2.70-01
3.43266 3.43320 3.43354 3.43455 3.43469
4.75t12 2.17+12 6.24tll 1.56tll 2.attlO
4.13tl3 5.47t12 6.76+11 7.62tll 3.39tll
7.91tl2 1.52tll 3.01+,0 1.23t12 1.7ltll
3.06tl2 2.35t11 4.15+10 5.64tll 3.63410
3.67-01 l.SS+OO l.MtOO 4.74-01 2.24-01
3.27255 3.27290 3.27365 3.27405 3.27421
6.1lt12 5.27+11 5.61+12 7.05tl2 2.34tl2
1.25+13 1.63+12 6.49+12 9.05112 3.73tl2
3.49tl2 1.62t12 l.Oltl3 5.75C12 4.36+12
3.54+12 9.91+11 2.16+13 l.lO+lJ 7.57+12
6.10-01 2.04too 1.91too 1.73+00
3.43540 3.43567 3.43616 3.43652 3.43601
1.19+13 2.6at12 2.50+12 4.k4+tO 9.43+11
1.a5+13 l.45tlJ 5.47t12 6.76+11 4.92t12
2.aot10 2,Oltll 1.52411 3.01110 2.96tlO
3.59t10 1.56tll 2.69tll 2.95+09 2.27tlO
1.2atoo 7.66-01 1.77tOO 9.76-02 7.62-01
3.43636 3.43650 3.43665 3.43960 3.44099
3.26+12 1.29+12 6.26+12 2.96tlO l.l?tl2
1.65t13 3.13+12 1.45tlJ 1.12t12 4.92+12
2.6OtlO 3.66+09 2.Oltll 3.43tll 2.96tlO
9.66+09 5.04+09 3.43tll 4.20110 2.6ltlO
3.53-01 6.26-01 1.71tOO 1.22-01 9.42-01
3.44149 3.44540 3.44566 3.44640 3.44643
4.27tll 1.59+12 3.2Otll 1.97t11 1.33+12
3.13+12 ,.90+12 9.5,+,2 1.90112 1.35+12
3.6atOS 5.05112 2.06tl3 5.05tl2 4.76+12
l.OOtO9 4.61412 4.39tII 5.73+11 6.24+12
2.73-01 9.11-01 2.11-02 1.13-01 1.31tOO
1s.4p* (1) - lS.11. 1sn4p. (I) - 1s.,s. ls.2p~4d~(3/2)-[K]2s~(l/2) Is~2p~4d~(l/2)-[K]Zs.(l/Z) ls~2~~4s*(3/2)-[K]2s.(l/2)
ls*Zs*4pm(1/2)-[K Is.2~*4f*(3/2)-[': rs~2p*4l~(J/2)-[K Is*2p*lp.(1/2),~.2p*4l.(3/2)-
(0) (0)
2s*(l/?) 1 2pe(1/2) 2p-(112) K 2pe(1/2) tl K 2p.(3/2)
iiiii:ii~i3~llr[Zlii:illli I:::~~::II;::i-t:~:p~~~~~~ ls*Zp*4p*(l/2)-[K]2p*(3/2) Is~2p-4~.(3/2)-[K]Zp-(l/2) iiI~~tigi~Eli~[~i3i~~~~~~
AUGER
Od
9l
TRANSITION
LAMBDA
r::::r:~:1:::~II~~::~~~~~~ l~.2p~3:~(1/2)-[K]2a~(1/2) ls*2p~3po(3/2)-[K]2p-(l/?)
1.01too
2pe(l/2) 2pe(l/2) 2p*(3/2) 2p*(3/2) 2pm(l/2)
AUGER
Od
9w
ls.2pelpm(1/2)ls.2p.lf*(5/2)ls.2pell.(3/2)lso2s.4dn(S/2)1,*2pm4p*(l/2)-
K K K K 4f K
2p.(1/2) 2p.(3/2) 2p.(3/2) 2p.(3/2) Zp-(l/2)
3.27461 3.27461 3.27462 3.27500 3.27506
5.73tl2 4.26tlO 7.16tlO 4.3ltlO l.aOt12
6.36tl2 1.36+12 l.6Ot12 9.36tll 3.61t12
2.65t1, 5.7OtlO 1.14+11 6.41+09 1.15tO9
4.69tll l.OltlO 1.9OtlO 2.30109 1.15tO9
1.72tOO 1.76-01 1.67-01 2.74-01 9.99-01
ls.2p.4p.(3/2)ls.2p.41-(5/2)ls.2s.4d-(3/2)-[K ls*2p.lp*(3/2)-[K Isn2pl4pe(3/2)-[K
K 2p.(3/2) 1K 2p*(3/2) 2p*(3/2) 2p-(l/2) I 2p.(3/2)
3.27510 3.27512 3.27516 3.27536 3.27561
4.2atl2 6.19+09 7.67tll 1.2ltl2 1.00112
7.23+12 6.20+11 1.96tl2 3.63t12 1.63+12
4.95+12 l.l3+11 3.6Otll 4.62tll 1.62t12
6.95t12 5.93tO9 4.9Otll 5.65~11 1.66+12
1.4OtOO 5.27-02 l.36tOO 1.17+00 1.16tOO
ls*2p*4pe(5/2)ls.2p-4~-(3/2)ls.2pmlp-(l/2)ls.2p.4p.(3/2)Is.2p.4~.(1/2)-
K K K K 1I/ K
3.27565 3.27623 3.27664 3.27676 3.27732
3.12tll 1.47+11 5.69+11 3.43tll 3.32t11
4.71tll 1.94+12 1.31+12 9.05+12 6.36+12
7.52tll 7.16tlO 1.17tlO 5.15tl2 2.65tll
l.15tl2 2.10110 1.04tlO 5.34+11 2.63tlO
l.SJtOO 2.93-01 6.69-01 9.26-02 9.95-02
3.44666 3.44965 3.45963 3.46265 3.74190
3.53+11 7.35tos 5.44+11 6.5&,1 2.94tlO
9.5ltl2 3.65tlO 1.40,12 1.40+12 1.07tl4
2.06+13 4.4ltOa 3.93tlJ 3.93+13 3.62t1,
4.65tll 3.56tO6 1.05+12 I.65112 3.95tO6
2.33-02 6.06-01 2.66-02 4.21-02 1.09-03
3.27777 j.i7609' 3.27616 3.27632 3.27694
6.34tll 6.36tll 9.14tlO 6.14tlO 2.94+11
3.61t12 3.63+12 1.62,,2 3.64t12 1.94+12
1.15tO9 4.62tll 9.7lt11 6.57+12 7.16+10
4.03tO6 3.93tll 2.05tll l.OStll 4.16+10
3.51-01 6.15-01 2.11-01 1.56-02 5.64-01
3.74195 3.74322 3.74416 3.74760 3.74776
3.06tlO 3.22tO9 3.67tO9 l.l2+10 7.27tO9
1.07+14 l.lltl4 l.llt,l l.O7+14 1.27+12
1.21+12 3.12tlO J.OJ+lO 3.72tl2 1.05410
6.63+06 .3.61+06 6.35tO6 7.52tO6 1.19tO6
5.66-04 1.16-04 2.10-O) 2.02-04 1.13-02
3.27935 3.26104 3.26905 3.29176 3.29163
1.24+11 J.OJtIO 1.37tll 2.1ltlO 1.29+11
1.31tl2 3.64+12 1.65+11 1.65+11 1.37+11
1.17tlO 6.57+12 6.lhtll 6.16tll 5.92tll
2.19tOS 3.62+10 4,Jltll 6.66+10 6.26tll
,.66-01 5.61-03 7.00-01 1.06-01 1.06tOO
3.74614 3.74669 3.74671 3.74663 3.74916
3.63,09 6.62410 1.23~10 5.42+09 1.32tlO
1.13tl4 1.09+,4 1.14+14 2.2Ot12 l.lJtl4
1.99t12 9.66+12 l.IltO9 ,.47t07 1.99+12
2.53+06 2.66tlO 3.03+05 ,.44+05 9.19+06
1.27-O) 2.90-O) 2.15-04 9.66-03 4.61-04
3.29423 3.29697 3.36697 3.37Jll 3.37605
7.35t10 1.07+11 3.29+13 5.79t11 1.76tll
l.aatll 1.66tll 3.29413 5.79+11 l.Oltl4
1.19t13 1.19+13 0. 0. 9.66tlO
1.45t11 2.1ltll 0. 0. 6.9ltOa
1.21-02 1.77-02 3.00+00 3.ootoo 6.99-03
3.74945 3.74969 3.74972 3.75019 3.7503i
I.23111 ,.39+10 1.23+10 6.07+09 6.47tO9
l.llt14 1.05+14 1.09tl4 l.lOtl4 l.lOt14
6.23tl2 5.57412 9.66tl2 5.65tll 2.96+06
5.lOtlO 4.19t09 4.06tO9 1.67+06 7.OltO4
6.20-03 7.53-04 4.14-04 3.31-04 2.35-04
2p.(3/2) 2p.(1/2) 2pm(1/2) 2p*(3/2) 2p.(3/2)
1~.2p~4p.(l/2)-[K]2p~(3/2) ls*2pm4p.(3/2)-[K]2p*(3/2)
ls~lpe4p.(l/2)-[K ~s.~s.~s.(I/~)-[K ls*2r*4d.(J/2)-[K
2p.(3/2) 2p.(3/2) I 2p-(112)
ls.2s.4s.(1/2)-[K]2~-(1/2) ls.2r.rs~(l/2)-[K]2~.(3/2) - IS.lS. 1s*Jpn (1) Is.Jp. (1) lS@lS. ,s.Zp*Jd.(3/2)-[K]2s*(1/2)
(0) (0)
ls~2p.Jp-(l/2)lr*2r*Sd.(3/2)lr~24~34.(1/2)ls*2r.Sdn(3/2)ls*2r*Sd*(5/2)-
K K K K II K
2p.(3/2) 29.(1/2) 29.(1/2) 2p*(3/2) 2p.(3/2)
Dielectronic SatelliteSpectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
I = la
z = la
LAYEOAA(if)
A(lOl)
AUGER
Od
A(if)
A( tot)
3.95314 3.95331 3.95334 3.95339 3.95360
7.6ItlJ 7.82tf2 1.07rl4 1.06tl4 6,lJtll
l.lOtl4 1.10+14 1.07tl4 1.07+14 1.13+14
5.65+11 2.9atoa 3.62tlf 1.21+12 1.99+12
2.34+12 a.48+07 f.43+12 2.37t12 4.27+10
4.14+00 2.a5-01 3.96+00 1.96+00 2.14-02
Iso2p*3d.(7/2)-[K]3d.(5/2) ls*2p*4p*(3/2)-[K]4~*(3/2) ls*2p*4p.(3/2)-[K 4pv(1/2) Is*lp*4pe(l/2)-[K I 4p.(l/Z) Is*2p*4p.(5/2)-[K]lp.(3/2)
3.95400 3.95411 3.95421 3.95424 3.95441
a.95ti3 l.Oat14 1.06+14 8.65+13 1.07+14
a.95ti3 l.lJ+ll 1.09+14 1.14t14 1.11+14
1.33+13 1.99+12 9.a6+12 1.41+09 a.23+12
9.24tf3 7.53+12 3.51tl3 2.14+09 4.45+13
6.97+00 3.77+00 3.56+00 1.52+00 5.41+00
1.94-01 8.81-03 4.53-02 2.77-01 1.01-02
ls*2p*lp-(3/2)-[K ls*2p*lpe(l/2)ls*2p*Jd*(5/2)ls*2p*Sd.(3/2)ls*2p*Jde(5/2)-
3.95471 3.95474 3.95546 3.95511 3.95582
4.32+11 2.37+13 2.19+13 l.oltl4 6.61+13
1.09+14 1.14+14 l.Oat14 1.07+14 1.08+14
9.a6tl2 1.41+09 5.54tll 7.94toa 5.54tfI
1.43+11 5.86tOa 6.7Otfl 2.99+09 2.64+12
1.45-02 4.16-01 1.21400 3.76+00 4.76+00
4.99+09 3.30+09 3.65+09 7.12+09 a.76+06
4.59-02 4.79-01 1.35-02 7.04-01 7.63-03
ls*2p*4p*(3/2)-[K]tl_(J/Z) ls*Zp*3de(3/2)-[K]3d.(5/2) ls.2p.3sm(1/2)-[K]Js*(l/2)
3.95606 3.95617 3.95626 3.95640 3.95644
l.al+lO 6.28+12 a.55+13 2.90+09 1.06+11
1.13+14 1.07+14 a.altf3 1.09+14 l.fltl4
1.99+12 7.94tOa 1.05113 1.13+13 a.23t12
1.26tO9 1.07tOa i.a2+13 1.09+09 4.39tlO
6.32-04 2.35-01 1.73+00 9.61-05 5.34-03
4.82+11 6.69tlo 4.12+11 7.16+10 2.62+10
4.62+09 9.29toa 6.03+09 4.14toa a.65+08
9.58-03 1.39-02 1.25-02 6.76-03 3.30-02
3.95666 3.95604 3.95747 3.95755 3.95772
7.43+10 8.49+13 3.65+12 9.93+13 1.71+12
1.09+14 8.(15+13 4.56tl2 1.09114 2.aOt12
9.a6t12 5.43112 1.14+11 1.13+13 1.34tll
2.47+10 1.96tl3 3.57tll 3.73+13 1.56rlI
2.50-03 3.61+00 3.13tOO 3.29+00 1.16+00
1.31+12 a.aa+ii 3.64tl2 6.07+12 3.84+12
1.17t10 1.50+13 6.57+12 1.27+13 6.57+12
1.17toa 7.1)5+10 2.57tlO 3.63+10 3.93+10
1.00-02 5.22-03 3.91-03 2.15-03 5.99-03
3.95782 3.951011 3.95170 3.95191 3.95923
a.a9+13 8.115113 a.99+13 a.a2+il 1.66+13
9.47+f3 l.lat14 9.36+13 9.47tf3 1.16tl4
3.15+13 f.33to9 3.42tfJ 3.15+13 l.33+09
a.a.5+13 2.00+09 1.44+14 a.af+ll 3.76tOa
2.a2too 1.50100 4.22+00 2.79-02 2.a2-01
4.32+10 4.19+10 5.10+09 4.76+09 7.2attl
a.51t12 a.38+12 2.3atlO 2.34+10 1.01+14
1.55tl2 1.61+12 9.27+09 8.88tO9 9.aatlo
l.JJ+lO 2.70+10 a.5atO9 1.05+10 2.a6+09
1.59-03 1.61-02 9.25-01 l.la+OO 2.19-02
3.95911 3.96017 3.96023 3.96034 3.96ioa
9.75+11 l.aO+ll 7.16+11 5.52+11 7.05+11
1.27+12 1.07t14 1.07+14 I.07tl4 2.20+12
1.05+10 3.62+11 1.21+12 3.62+11 1.47to7
1.60110 2.42+09 1.60+10 7.4lt09 l.aato7
1.52+00 6.70-03 1.32-02 2.05-02 i.2atoo
3.93326 3.93943 3.94410 3.94445 3.94633
7.atrll 6.85+10 5.55+11 5.59tii I.aO+lO
1.03+14 1.07tl4 1.09114 1.10+14 l.lO+ll
a.29+10 7.94tOa 1.74+11 1.55111 2.9atOa
1.26+09 2.03+06 3.56+09 i.5a+o9 1.95+05
1.52-02 2.56-03 2.04-02 1.02-02 6.54-04
3.96122 3.96191 3.96212 3.96215 3.96302
l.latl2 l.Oa+lO 2.23+09 9.03+12 3.10+12
2.60+12 1.06tlO 7.96tto 4.94+13 7.43+12
1.60tll 2.66+07 7.2atoa 2.29+13 2.39+10
2.75+11 5.30+07 a.o9+07 5.71+12 1.99+10
1.72tOO 1.99+00 f.lf-01 2.50-01 a.32-01
3.94659 3.94813 3.94852 3.94856 3.94a63
3.96+12 9.49tlO 1.32tIl 7.06+12 2.84+10
7.43+12 l.lltl4 1.11+14 1.47113 1.11+14
2.39+10 3.12+10 3.03+10 2.27+10 3.12~10
2.53+10 1.07tOa 2.17tOa 4.35tlO 3.19+07
1.06+00 3.42-03 7.16-03 1.92+00 1.02-03
3.96397 3.96449 3.96460 3.96462 3.96501
1.25+11 5.13+12 7.77tlO 5.99+10 1.12+12
5.12+13 6.06+12 1.61tll 9.20411 1.47+13
2.64+12 3.aatlJ 1.46tlO 9.49+10 2.27410
1.22+10 2.02+13 2.60+10 2.24tlO 6.91+09
4.63-03 5.20-01 1.78100 2.36-01 3.05-01
3.94669 3.94905 3.94959 3.95035 3.95047
7.16+12 9.26+13 I.02tl4 1.62+13 4.55+12
l.Ol+ll 1.01114 1.03t14 a.O7+13 1.11+14
9.aatlO 9.aatlO a.29+10 l.lltl3 3.03+10
2,altlO 3.63tll 1.64tlf 3.92+12 7.47+09
2.84-01 3.6atOO 1.9atOO 3.52-01 2.47-01
3.96511 3.96513 3.96522 3.96530 3.96567
4.07tlO 2.44+13 1.94+10 5.99+12 l.aS+lO
I.61411 5.12rl3 9.93+10 1.47t13 2.05tll
1.46+10 2.64+12 3.95+09 2.27+10 6.71+10
1.36tlO 2.4Ot12 2.91r09 3.70+10 2.73+10
9.29-01 9.07-01 7.53-01 1.63+00 4.07-01
3.95055 3.95057 3.95090 3.95107 3.95123
1.06+14 1.11+14 I.a3+12 1.00+14 1.03+14
1.11+14 1.11+14 1.09+14 1.09+14 1.09+14
3.03tlO 3.12+10 1.74+11 1.74+11 3.84+11
1.74tll 1.24tll 5.OltlO 6.41tll 2.9lti2
5.74+00 3.99+00 2.118-01 3.6atOO 7.5atoo
3.96569 3.96572 3.96625 3.96636 3.96656
8.51+09 1.02tO9 2.39410 1.26+11 a.72+10
1.09+12 9.93+10 1.91+11 1.44+12 1.25+13
1.03+10 3.95+09 9.42+10 f.52+11 3.49tl2
1.59+01) 1.23+09 4.74t10 4.7ar10 3.ai+lo
1.55-02 3.11-01 5.04-01 3.14-01 1.09-02
3.95125 3.95130 3.95131 3.95150 3.951115
1.0*+14 1.09+14 5.36+12 6.43t13 2.2ati3
1.10+14 1.09+14 1.09+14 a.o7+13 1.07+14
1.55+11 3.67+11 3.a4tfl 1.11+13 3.72+12
3.oatll 3.66+12 1.51+11 1.56+13 1.53+12
1.99too 9.97tOO 3.93-01 1.4OtOO 4.11-01
3.96673 3.96682 3.96707 3.96761 3.967611
2.70+11 4.03+13 2.2atl2 1.07+11 6.46+10
1.27+12 4.94413 1.25+13
9.93+10
1.05+10 2.29+13 3.49+12 1.50+13 3.95+09
4.43409 2.55+13 9.97+11 4.04+11 9.a9+09
4.21-01 1.12+00 2.65-01 2.69-02 2.50100
3.95223 3.95230 3.95231 3.95235 3.9523a
5.44+12 1.05+14 I.04114 a.3iti3 4.47tl2
1.10+14 1.10+14 1.10+14 1.07t14 1.10+14
3.27tOa 2.07toa 3.27tOa 3.72+12 2.07toa
f.3otoa 1.19+09 2.49+09 5.57+12 5.07+07
3.97-01 5.76+00 7.60+00 1.50+00 2.45-01
3.96769 3.96771 3.96794 3.96806 3.96111
7.76tlf 1.35+11 1.71+11 1.70+13 1.3Otl2
0.47+11 2.05+11 2.20412 1.74+13 2.20+12
5.38tll 6.71+10 1.47+07 3.6atl3 1.47+07
2.41412 1.99tll 4.57+06 2.30+13 3.45tO7
4.48+00 2.96+00 3.11-01 6.25-01 2.36+00
3.95242 3.95246 3.95258 3.95271 3.952112
7.27+13 6.82+13 3.27+13 1.31+11 l.a3+13
1.05+14 a.65+13 1.05+14 1.31tll a.65+13
5.57+12 1.28tIJ 5.57+12 l.a4+10 1.2atl3
2.19+13 5.29+13 9.86+12 3.22+10 1.42tlJ
3.93+00 4.12+00 1.77+00 1.75400 l.ll+OO
3.96117 3.96a21 3.96823 3.961129 3.96a32
2.70+09 a.98+10 2.37+10 5.119+09 2.3atlo
5.49+11 i.91+11 4.74+10 l.Sltll 4.74410
1.54410 9.42tto 3.4atOa 9.42+10 3.4atoa
2.95toa 1.78+11 l.3atO9 f.ll+lO 1.39+09
1.91-02 f.a9too 3.96tOO 1.24-01 3.9atoo
3.95283 3.95297 3.95299 3.95310 3.95314
1.13t14 3.36+13 l.Oat14 7.a7tio 1.02+14
1.13+14 1.10+14 l.Oat14 l.Jo+ll l.lOtl4
0. 5.65+11 5.66tf2 2.oatio 2.96tOa
0. 1.03+12 4.30+13 2.51tlO 1.11409
3.00+00 l.a3+00 7.60+00 1.21+00 3.71+00
3.96858 3.96.963 3.96866 3.966113 3.96899
8.60+10 3.24+10 3.43+10 1.99tl3 1.39+11
1.2Otll 3.24+10 1.20tll l.99+13 6.49+12
3.70+08 5.92+Oa 3.70408 9.33tlO I.06+13
2.11+09 5.alt09 8.42tO.3 7.41+11 5.\7+1\
5.70+00 9.82+00 2.27+00 7.95+00 4.a6-02
9w
Is.lp.ld.(7/2)K]3d.(5/2) ls*2p.lp.(l/?)K]Sp.(l/2) ls*fp.4p*(l/Z)K]3p*(3/2) ls.2p.4p.(S/Z)t K]Jp*(S/Z) ls.2p*ld*(1/2)-[K]3d-(3/2)
3.75038 3.75978 3.76083 3.76255 3.76257
2.86+10 1.37+10 6.47410 l.a6+10 1.27tIO
l.Oatl4 1.25+13 1.25tlJ 6.49+12 1.27+12
5.66t12 3.49+12 3.49t12 1.06+13 l.OS+lO
1.14+10 5.99+09 3.70+10 6.93110 2.09+08
2.01-03 1.72-03 1.06-02 6.54-03 1.911-02
lse2p.41.(5/2)Is.2p.ld.(7/2)Isa2p.ld*(3/2)ls*Zp.,p~(3/2)ls*2s.,d-(3/2)-
i
K]Jp*(3/2) K]3d.(5/2) K 36.(5/Z) K 3p.(3/2) K i 3p.(3/2)
3.76302 3.76361 3.76399 3.76420 3.76428
6.32t09 7.15tlO l.OJ+lO 3.30+10 6.17+09
3.73+12 a.47tll 2.20112 7.23112 1.96+12
4.36+12 5.36tll f.47+07 4.95t12 3.6Otll
2.05tlO 2.22+11 2.75+05 5.37tlO 3.a4t09
4.69-03 4.13-01 1.87-02 1.09-02 1.07-02
ls.Zp.ld*(5/2)ls.2p.4~~(3/2)lsa2p.4d*(5/2)-
K 3de(3/2) K 3p.(3/2) Ii K 3d*(5/2)
I:::~]:~;1:::~rl",B~~~~~~~
3.76462 3.76487 3.76495 3.76506 3.76534
2.56tlO 7.61+09 5.99+09 4.49tlO 3.74tlO
7,larll l.a3+12 7,latll a.65411 9.05+12
7.63+10 1.62+12 7.63+10 1.09+11 5.75+12
1.4atlO 1.43tlO 3.45+09 3,OOtlO 5.62+10
ls.2p.ldm(5/2)ls.2s.41.(5/2)ls*?p.lpe(1/2)ls*2s.41*(7/2)ls.2p.4~.(1/2)-
3.76539 3.76592 3.76608 3.76617 3.76668
7.46+09 2.92+10 4.51+10 J.aO+lO 1.38110
a.65+11 3.56tll 6.3ati2 4.22+11 3.61+12
l.OS+ll 6.90+09 2.a5tii l.Ol+lO 1.15+09
3.76710 3.76738 3.76815 3.76623 3.76661
9.86+09 6.17+09 I.29110 3.40109 7.39409
3.63+12 2.90112 3.63+12 1.94+12 1.32+12
3.76677 3.769118 3.77100 3.77132 3.77205
6.63+09 2.08+10 2.04+10 2.6atlO 3.12tlO
3.77839 3.77153 3.70866 3.7CI902 3.93237
K]Jd.(5/2) K]Sde(3/2) K]Jpe(l/2) K]Jd.(5/2) I K]3pe(l/2)
1~2p-4p.(1/2)-[K
3p.(1/2) 3d.(5/2) Jpm(t12) K Jde(3I2) EKI 3p.(3/2)
ls*2~.4p.(1/2)ls*2s*4s*(1/2)-
ls.2p.ld.(I/?)ls*2p.41*(9/2)lse2p*4f.(7/2)ls.2p.3p*(l/Z)ls.2p.4p.(1/2)-
K 4de(3/2) K 41.(7/2) K 41*(7/2) K Jpe(312) / K I 4p-(112)
lv2p*4d-(5/2)-[K Is.2p*Jd.(5/2)-[K ls*2po4d-(5/2)-[K
1s*2p*
(1)
4dm(3/2) Jdm(3/2) (d-(5/2) Js.(l/Z) 34.(5/2) I -
1S~IS~
(0)
TRANSITION
LAMBDA
4p.(3/2) K 4p.(3/2) K]3de(3/2) t1 K]36.(3/2) t K]3d*(5/2)
I::::::~:I"s::~I~:I:~~~~~~~
ls*Zp*3pm(3/2)ls*2p~3pm(1/2)lr*2p*3~*(5/2)-[K Is.2p.Jpe(3/2)-[K 1~.2p*3pe(l/Z)-[K
Is.?p.4f.(3/2)Is*2p*3pr(1/2)ls*2p*4fe(3/Z)ls.2p.Jd*(3/2)1$.2pw41*(5/2)-
355
K Jp.(1/2) EK 3p.(l/2) Jp*(3/2) 3p.(3/2) I 3p.(3/2)
K K K K K
il
4p.(3/2) Jp*(3/2) Ipm(lI2) 36.(5/2) 4p.(3/2)
a.aa+ii
AUGER
At~DataandNuclearDataTables.Vd.38.No.2.Mardr1988
Od
9w
Dielectronic SatelliteSpectrafor Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables I = lb
2 = lb
IRANSIIlON
LAY6rJAA(if)
A(lot)
AUGER
(Id
A(il)
A(tot)
Od
9*
4p.(3/2) 34p.(1/2)
3.97364 3.97391 3.97400 3.97407 3.97423
7.63tl2 1.47tl2 4.51*11 2.IOtll a.35+11
4.lJtl3 2.65+12 4.56tl2 6.36+12 3.61tl2
7.9ltl2 3.2btlO l.l4ill 2.65+11 1.15+09
5.04tt2 l.OO+ll 4.40+10 1.110+10 5.31toa
6.37-01 J.OS+OO 3.66-01 6.31-02 4.63-01
K]Sd.(3/2) K]3d*(5/2) K]4d.(3/2) K 4de(3/2) I K3 4s*(l/2)
3.97425 3.97436 3.97449 3.97449 3.97455
1.09+12 4.51+11 1.21t12 2.6OtlO I.96412
2.110+12 4.56412 l.30+12 6.66+11 2.10+12
l.Jl+ll 1.14+11 5.12+10 1.50+13 2.7Otll
9.99*10 4.41t10 2.74tll 9.a3t10 6.93tll
7.44-01 3.66-01 5.35+00 6.54-03 3.30+00
3.97-01 3.59-01 5.76+00 5.91+00 2.15-01
3.97466 3.97466 3.97470 3.97474 3.97506
9.59tlO 2.66+11 6.44+11 3.22+11 5.47tll
l.JOtl2 b.bbtlI 3.63+12 3.61412 5.49+11
5.12+10 I.SO+lJ 4.62+11 1.15+09 l.54tlO
2.lbrlO l.OOtl2 3.02tll 2.05+06 5.97tlO
4.25-01 6.66-02 6.26-01 1.79-01 3.67+00
a.26+09 2.60411 I.53113 6.95tll 5,Iltll
7.26-02 1.03+00 5.56-01 1.61-01 1.42+00
3.97521 3.97531 3.97539 3.9756? 3.97596
9.23111 1.53+12 4.2ltll 3.96+10 1.41+12
3.63+12 1.62tl2 4.56+11 3.39+11 1.94tl2
4.62+11 9.7ltll 6.95+10 1.7ltll 7.16+10
4.33rll 3.44+12 l.Il+ll 5.33+lO 2.00+11
6.97-01 3.54+00 l.59+00 3.12-01 2.60100
6.90r09 1.01t10 6.90+09 6.4ltO9 4.95t12
3.02tlO 7.20+10 7.09109 3.46tlO 2.21*12
4.36+00 7.11tOO 1.03+00 4.lltOO 4.47-01
3.97637 3.97645 3.97647 3.97656 3.97663
6.05tll 9.31tll 6.70tlO 4.bOtll 5.75110
7.62+11 6.07+12 1.94+12 1.31+12 3.39tIl
1.23+12 1.27+13 7.16+10 1.17tlO I.71411
2.24tl2 l.26+12 1.24rlO 6.46+09 7.7ltlO
1.62+00 9.90-02 1.73-01 7.24-01 4.51-01
a.2ot11 6.49+12 6.49+12 I.aJ+lZ 2.05+12
1.13t11 1.06+13 1.06+13 1.62412 1.05+09
4.2Otll 1.74+12 2.37tll I.26+10 6.43+09
3.73+00 1.64-01 2.23-02 7.65-03 b.OO+OO
3.97702 3.97707 3.97719 3.97736 3.97759
1.32tll l.14tll 1.17tl2 7.90111 2.15+12
5.29112 1.31+12 5.29tl2 5.47+12 2.62+12
2.52+11 1.17+10 2.52+ll 1.52+11 1.16+10
2.40+10 2.00+09 2.lJtll 6.53tlO 5.30*10
9.55-02 1.72-01 6.46-01 5.62-01 4.55+00
1.33112 5.76+10 2.79111 l.l7+12 1.53+11
3.7Jtl2 3.73+12 1.113+12 6.66+12 4.71+11
4.36+12 4.36+12 1.62+12 1.26+13 7.52tll
4.29+12 I.67tll 5.25+11 2.76+12 5.64+11
9.63-01 4.26-02 3.23-01 2.16-01 7.50-01
3.97776 3.97764 3.97795 3.97614 3.97a4l
9.07t11 1.54+11 6.6btll 4.75+11 l.bO+lO
2.60+12 a.7a*11 2.62+12 2.6Otl2 l.aO+lO
l.60+11 3.01t10 1.16+10 1.6Otll 5.42+06
2.1ot11 1.02*10 1.64tlO l.lO+ll 3.14ro9
1.31+00 3.39-01 1.41+00 6.66-01 5.ao*oo
3.97165 3.97196 3.97205 3.97206 3.97207
l.45tl3 1.55+12 1.79t12 1.17tll 1.44tl2
1.91+13 1.55+12 1.79+12 1.36+12 1.60+12
1.25tll l.OOtlO 2.15*09 5.70+10 1.14tll
5.63tll 9.96tlO 1.72t10 2.16+10 3.62tll
4.52+00 9.94+00 7.99too 4.67-01 3.36+00
1:.2peJp~(3/2)Ir~2p.3p-(I/Z)Is~2s.4~*(1/2)ls*2p-4s*(l/2)ls*2pm36.(7/2)-
K K K K II K
Jp.(3/2) 3p*(3/2) 4p.(l/2) 4de(3/2) 36*(5/2)
3.97655 3.97901 3.97904 3.97904 3.97947
1.32+10 5.54+10 1.36+12 5.6ltll 7.6Otll
5.47+12 (1.711+11 3.64+12 2.02+12 7.6Otll
1.52+11 3.01+10 6.51+12 3.02+12 1.06tlI
1.42+09 3.66+09 1.74tl2 6.72tll 7.45tll
9.36-03 1.22-01 2.65-01 2.22-01 7.02+00
3.97206 3.97214 3.97214 3.97222 3.97224
l.Oltl2 3.72tll l.l7tl2 4.61+12 l.bbtl2
2.90+12 2.02tl2 l.Jbtl2 1.9ltl3 2.90+12
6.69+10 3.02+12 5.7OtlO l.25Cll 6.69tlO
1.37tll 4.45tll 2.76tll 1.79tll 2.55tll
2.04+00 1.47-01 4.bbtOO 1.44+00 3.blrOO
Is.2so4s.(l/2)Is.2p.3~~(3/2)lr*2p~Sp*(l/2)ls.2p-3d-(5/2)ls*2p.Jp.(3/2)-
K K K K II K
4p.(3/2) 3,~(1/2) 3pm(l/2) 36~(3/2) Jpm(l12)
3.97955 3.96022 3.96034 3.96052 3.96070
2.30+12 l.lbtl2 3.13tl2 l.Jbt12 1.56+12
3.64+12 1.5btl2 1.65+13 1.64tl2 1.45+13
6.57tl2 1.44+11 2.6OtlO 7.95+10 2.Oltll
2.90+12 J.OS+Il 9. rat09 J.bZ+lI 6.64+10
4.42-01 2.73+00 3.39-01 4.10+00 4.31-01
3.97236 3.97241 3.97243 3.97256 3.97257
4.63112 6.69+11 2.1Stll 6.69tO9 1.07tl2
1.91+13 6.79tll 2.lJttl 6.69+09 1.09+12
2.76tll 7.12tO9 6.06tlO 1.33+09 l.OJ+lO
2.64+11 2.79+10 3.76+11 6.69+09 2.OOtlO
9.57-01 3.92tOO 6.23+00 6.7ltOO 1.95+00
Is*2p-Jd.(5/2)Is*?poJs*(3/2)Is.2p.3d.(3/2)Ir~2p.Ss.(l/2)Is*2p.3~.(3/2)-
K K K K II K
36.(5/2) Sd.(3/2) Jd-(3/2) 31*(1/2) 36*(5/2)
3.96066 3.96106 3.96120 3.96126 3.96144
2.65tll 1.77tlO b.lltll 3.60+11 1.06~10
1.64+12 6.Obtl2 9.2Otll 4.6btII 6.06+12
7.95+10 J.bb+lJ 9.49+10 6.lOtO9 J.bb+lJ
7.32+!0 6.11+10 3.09+11 9.a1to9 3.a7*10
9.21-01 1.57-03 3.26+00 1.61*00 9.46-04
3.97256 3.97264 3.97266 3.97272 3.97274
9.93+09 7.63+09 l.50+13 2.39tll 6.6Otll
6.79tll 9.36+11 4.13tI3 9.36+11 9.05+12
7.12+09 6.41+09 7.9ltl2 6,41+09 5.75+12
3.lOtOb 4.16+06 9.62tl2 1.27+10 1.34+12
4.46-02 4.97-02 l.22tOO 1.52tOO 2.33-01
Ir*?p.4$@(3/2)ls.Zp-3p.(l/2)Is.2p.Jdm(3/2)Is.?p.4~.(3/2)ls.2p.3p.(3/2)-
K K K K K
4d.(3/2) 3p.(3/2) Jd.(5/2) 4da(5/2) 3p.(3/2)
3.96146 3.96151 3.96157 3.96163 3.96167
6.93tO9 I.63tll 2.91+10 3.07+10 3.73+12
2.1Ot12 l.al+ls 9.20*11 2.10+12 1.45+13
2.7O+ll 2.10+10 9.49+10 2.70+11 2.0ltll
4.07+09 5.54+01 1.09+10 1.4ot10 2.03111
1.51-02 1.96-02 1.15-01 5.17-02 1.01+00
3.97277 3.97277 3.97279 3.97261 3.97266
1.20tl3 2.5at12 1.77tll 1.27+10 1.65+11
1.22+13 a.altl3 b.bbtl2 6.20+11 1.96+12
I.43+0 1.05+13 l.26+13 1.13+11 3.6Otll
7.54+12 5.51+11 4.19+11 9.17+09 1.15+11
5.27+00 5.23-02 3.26-02 6.14-02 3.19-01
Is.2p.4~.(1/2)ls*Zp.3~*(5/2)Ir*2~.2p*(3/2)ls*2p-3p.(3/2)Is.?p.2~.(3/2)-
K K K K K
4de(3/2) 3p.(3/2) 2s.(l/2) 3p.(l/2) Zpe(l/2)
3.96230 3.96315 3.96351 3.96364 3.96420
1.02+10 1.09+12 I.O2+0 2.15+12 1.00113
4.511*11 1.12t12 1.03+14 4.92+12 1.53+14
6.95+10 3.43+11 2.(19+12 2.9at10 1.09+13
2.69109 !.53+12 1.12+13 5.1a*10 2.66t12
3.67-02 4.47tOO 3.69+00 1.74+00 2.45-01
3.97269 3.97324 3.97325 3.97336 3.97341
2.19+11 7.20tlO 7.56tll J.JJ+lO I.20112
1.20*11 1.44tl2 9.05+12 6.65+13 1.44+12
1.13+11 1.52tll 5.75tl2 5.43+12 1.52tll
l.59tlI 2.74+10 l.lbt12 7.69409 4.57+11
1.41+00 1.60-01 2.04-01 1.42-03 3.OltOO
3.96450 3.96466 3.96501 3.96567 3.96566
1.09+12 4.92*10 6.6l+ll 3.14+11 a.66tlJ
3.13tl2 1.74t13 4.92*12 J.lMl2 6.67tl3
3.66+09 3.66+13 2.9a+10 3.66+09 1.55+13
2.57+09 6.6atlo 1.59+10 7.36+06 2.64tIJ
6.99-01 l.bl-03 5.34-01 2.00-01 l.70+00
lr.2p.4d*(5/2)-[K]4d-(3/2) 1s*2p. (1) - ls*lt* (0) Is*2polpm(3/2)-[K 41e(5/2) ls.?peJd*(5/2)-[K 3d-(J/2) 1~.2p~lp~(l/2)-[K I 4pm(1/2)
3.97344 3.97346 3.97353 3.97355 3.97357
l.lbtl2 1.77tl2 6.90109 l.Jbrl2 6.5ltlO
1.32+12 1.77+12 l.bJrl2 2.65+12 6.36+12
2.62tlO 0. 1.62tl2 3.2btlO 2.65+11
1.36tll 0. l.3O+lO 9.4JtlO 5.56t09
5.26tOO 3.00+00 7.99-03 2.66+00 1.95-02
3.96621 3.96629 3.96903 3.96940 3.99027
1.43+14 1.14+14 3.15+11 2.66+12 3.24412
1.53+14 1.60+14 1.9ltl3 l.Ol+lJ l.60+13
1.09+13 1.62tll 2.76tll 2.76+11 2.37tO9
3.a1t13 2.6Otlt l.60+10 1.65+11 9.61+06
3.49100 1.42+00 6.50-02 5.96-01 4.05-01
Is*2pe,d*(5/2)-[K]4d*[5/2) ls~2r.3p.(1/2)-[K]3s~(1/2)
3.97361 3.97361 3.97367 3.97366 3.97372
1.32+11 7.90+11 5.66+09 1.13+12 3.47r12
1.32+12 1.60+13 4.7ltll l.l3+12 6.65+13
2.62+10 2.37t09 7.52tll 1.65tll 5.43+12
I.55110 2.34+06 2.09+10 1.15+12 b.Ol+ll
5.91-01 9.67-02 2.76-02 6.96+00 1.46-01
3.99223 3.99230 3.99376 3.99409 3.99411
6.07+13 4.59+13 6.97tlO 4.35+10 3.24+12
6.06+13 I.60114 1.90412 6.5ltl2 9.5ltl2
1.41+14 1.62+lf 5.05+12 1.55t12 2,ObtIJ
1.7Otl4 1.05tll 2.61tll l.34+10 4.44+12
1.20+00 5.74-01 5.15-02 6.65-03 2.13-01
ls.2p*4d~(5/2)1~.2s*lp-(1/2)ls*2p*3d.(3/2)ls~2p.41~(3/2)Is*2p*ld.(5/2)-
Is.2pe41-(5/Z)ls.Zp.ld.(3/2)-
i
K]lde(3/2) K]4s.(1/2) K]Jde(3/2) K]lp.(1/2) K]ld*(5/2)
K]4f*(7/2) I K]ld.(S/Z)
TRANSITION
9w
3.96699 3.96901 3.96915 3.96916 3.96911
5.66tlO 5.04+11 2.09+10 4.79+12 l.62tll
7.96tlO 7.latll 7.96tlO 4.altl2 7.latll
7.28+08 7.63+10 7.26tOE 9.50+13 7.63+10
2.05+09 2.90+11 7.56tOa t.a2+13 1.05tlI
2.61+00 3.altOO 1.04+00 1.92-01 l.Ja+OO
Is~2p~4p~(l/2)-[1( ls~2p-4p*(l/2)-[K
3.96950 3.96956 3.96959 3.96960 3.96967
2.aOtll 3.05112 1.35tll 1.19+10 5.33tll
6.65tll 6.07+12 ?.JO+ll 1.60+12 a.65tll
1.09tll 1.27tlJ 2.OatlO l.l4+11 1.09+11
l.a7t11 4.14+12 4.31+10 3.16+09 3.57tll
1.72+00 3.25-01 2.07+00 2.77-02 3.29+00
Is*Zp.3d_(l/2)ls*ZpeJde(3/2)Is.2pe4d.(5/2)Is*Zp*4~(3/2)ls~2p~4s*(3/2)-
3.96995 3.97000 3.97002 3.97009 3.97010
2.56110 l.a9+13 6.67+10 9.14tll 5.16410
2.39tll 1.69+13 6.67tlO 9.64+11 l.Jatl2
2.OatlO a.64tlJ 2.59+10 1.42tlO 5.7OtlO
6.23+09 3.10113 l.49+11 a.39+10 1.23+10
3.97011 3.97013 3.97019 3.97031 3.97040
3.12tlO 1.43+12 5.35+12 5.51tll 6.22tll
1.60+12 5.29+12 3.03tI3 7.23t12 1.96+12
1.14tll 2.52tll 2.74+13 4.95+12 3.60+11
3.97045 3.97053 3.97062 3.97067 3.97062
2.67411 3.114+11 6.26tlO 6.47+11 l.36+12
3.56tIl 4.22+11 3.5a+lI 9.36tll 7.23+12
3.97064 3.97095 3.97103 3.97106 3.97127
5.60111 4.67rll 6.36tlO 6.76+09 2.054l2
3.97147 3.97155 3.97156 3.97162 3.97162
ls*2pm2p~(JIZ)-[K ls*2p~2p*(l/2)-[K Is*2s*Jdn(3/2)-[K ls*2s*4p.(1/2)-[K lr*2s~3s~(l/2)-[K
356
LAMBDA
II II
2p.(l/2) 2pm(3/2) Spe(l/2) 4s*(l/2) Jp.(l/2)
I
AUGER
AtankDataandNuclearDataTablw,Vol.38.No.2.Mard1988
Dielectronic SatelliteSpectrafor Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 1 =
1 = 18
18
lRANSITION
LAYBOA
ls.2r.4p*(J/Z)-[K]4r.(1/2)
lr.2p.2p.(J/2)lo.Zp.3~.(3/2)ls..?p.Js.(J/2)-
K Zp.(J/Z) K 3de(3/2) II K 31*(5/Z)
Is.2p.2p.(5/2)-[K lse2112pw(J/2)-[K
2p*(J/2) 3 2~*(1/2)
A(if)
qtotj
3.99425 3.99442 3.99494 3.99498 3.99529
1.15tll 7.13to9 J.22tlO 1.49tlO 5.56t12
8.38tl2 7.l3+09 I.90tl2 1.35t12 9.51t12
1.6lt12 1.54t09 5.05t12 4.78t12 2.OBtl3
AUGtR
7.39tlO 7.59t09 9.35tlO 6.95tlO 7.64t12
4.60-02 4.94too 1.85-02 1.46-02 3.67-01
A(il)
A(lol)
4.70770 4.73621 4.73786 4.74198 4.74384
2.69+10 4.36+09 6.01410 5.06tlO 1.81+10
4.94+13 l.SJtl4 1.53tl4 1.6Otl4 1.60tl4
2.29tlJ l.O9+13 1.09t13 1.82tll 1.82+11
1.70410 l.l7t09 1.61tlO 1.18tO8 4.13tO7
7.44-04 1.07-04 1.47-03 6.33-04 2.28-04
3.99532 3.99556 J.99573 3.99594 3.99612
l.OJtl2 1.75t12 1.87tlO l.l)B+lO 5.18tl3
1.67f13 1.67tl3 2.38tlO 2.34tlO 5.18tlJ
1.06t12 1.22412 9.27tO9 8.88tO9 1.51+14
1.2Jtll 4.77+11 3.15tlO 4.1OtlO 2.32tl4
1.16-01 3.91-01 3.39tOO 4.62tOO 1.53tOO
4.74755 4.74903 4.75830 4.77771 4.78083
2.67tlO 2.22t10 5.69409 3.53t10 3.12tlO
6.08113 5.1at13 1.89tlJ 1.03114 8.87t13
1.41tl4 1.51414 8.64tlJ 2.89+12 1.55+13
7.48tlO Q.QltlO 9.34t09 3.87+09 9.29to9
5.29-04 6.54-04 1.08-04 1.34-03 5.98-04
3.99625 3.99694 3.99731 3.99736 3.99750
1.09tll S.Olt09 1.52tlO 7.25t09 8.09tOQ
8.08113 1.58+12 1.58tl2 1.65tll 1.37t11
1.4ltl4 1.44tll 1.44tll 6.16tll 5.92t11
3.08tll 1.69+09 5.09+09 2.29tlO 3.94tlO
2.16-03 1.17-02 3.53-02 3.71-02 6.65-02
4.78154 4.78221 4.86036 4.86210 5.03457
2.34tlO 2.25t10 3.43t09 6.41+09 3.72409
4.8lt12 1.89i13 5.06t12 5.06412 4.94+13
9.5Ot13 8.84t13 1.32+14 1.32+14 2.29113
8.9OtlO 3.69tlO 8.61t09 1.23+10 2.35tO9
9.36-04 4.27-04 4.99-05 9.32-05 1.03-04
3.99769 3.99791 3.99974 3.99986 4.00071
8.71tlO 7.llt09 2.91r10 1.49tlO 2.04+10
1.53tl2 3.30t11 3.85tlO 1.49tlO 2.04tlO
l.Sltll 1.9ot10 4.41+06 1.28t08 3.29+07
3.32tlO 7.74tO8 1.41to7 2.50t08 1 .97+08
2.06-01 4.07-02 3.19too 1.98+00 5.99400
5.03539 5.06908 5.06991 5.07570 5.12789
l.lOtlO 1.82t09 9.28tO9 9.5OtO9 1.18tlO
4.94tl3 1.53tl4 1.53tl4 1.60t14 l.OJtl4
2.29+13 l.OOtlJ 1.09t13 1.82tll 2.89412
6.94t09 4.68t08 2.48t09 2.17t07 1.27tO9
3.04-04 4.48-05 2.27-04 1.19-04 4.40-04
4.00249 4.01216 4.01240 4.01278 4.01569
7.4Jt09 5.89tlO 6.04109 1.92tlO 3.69tll
1.88tll 1.67+13 1.67tlJ 1.67113 3.78rll
1.19tlJ 1.06t12 1.22+12 1.22t12 1,JJtlO
1.46tlO 7.04+09 1.65tO9 5.22tOQ 2.51tlO
1.22-03 6.63-03 1.35-03 4.28-03 1.89+00
5.lJl48
1.17tlO
8.87+13
1.55*13
3.49to9
2.25-04
4.01591 4.01790 4.01793 4.01902 4.01976
7.44tll 4.31111 3.77tll 1.56tll 8.54r09
7.44tll 4.Jltll 3.77tll 1.56tll 3.78tll
2.2Otl2 6.37tlO 1.28tll l.JJtOQ 1.33tlO
J.JJt12 2.22+11 3,81+ll 2.64+09 5.80+08
1.52tOO 3.48tOO 2.99tOO 1.98tOO 4.37-02
4.07169 4.07588 4.17982 4.18190 4.18211
1.94tl2 3.11t12 1.44tlO 9.72+09 1.22t10
5.Ottl2 5.08t12 8.07tlJ l.Olt14 1.07t14
l.J2t14 1.32414 1.11t13 5.54~11 7.94t06
3.74t12 5.99tl2 3.50+09 2.98tO8 3.62+05
2.83-02 4.52-02 3.14-O) 5.37-04 4.55-04
4.18659 4.18762 4.18788 4.18790 4.18847
4.20tlO 2.50tlO 2.17tlO 4.24tlO 9.84t09
1.09t14 9.47t13 9.38tl3 1.18+14 1.18+14
1.13rlJ 3.15+13 3.42t13 1.33t09 1.33+09
1.58tlO 2.50+10 3.48tlO 9.59to5 2.18tO5
1.39-03 7.93-04 1.02-03 7.19-04 1.84-04
4.19015 4.19017 4.19037 4.19258 4.19338
2.30tlO 8.91+09 1.88tlO 7.62+09 2.09tlO
9.36tl3 7.4Jtl2 9.47tl3 1.47tlJ 8.81tlJ
3.42tl3 2.39+10 3.15+13 2.27tlO 1.05t13
3.68+10 5.70407 1.88tlo 4.71+07 4.46t09
1.08-03 2.39-03 5.98-04 2.07-03 4.23-04
4.19403 4.19507 4.19644 4.20004 4.20023
2.lJtlO 9.50tOQ 3.lOtlO 2.10110 4.49109
I.85113 5.12+13 1.99+13 1.9ltl3 l.Ql+lJ
5.43112 2.64t12 9.33110 1.25+11 1.25tll
4.92t09 9.33+08 1.16+09 8.18408 1.74+08
9.07-04 3.53-04 1.24-02 8.55-03 1.40-03
Od
IRAHSITION
qw
IreZprJp*(5/2)1~.2p~3s*(3/2)lso2r*Jd.(J/2)lse2raJd*(5/2)lsr2a.Jde(J/2)-
K EK K K Ii K
4p.(3/2) 4s.(l/2) 4pe(l/?) 4p*(J/2) 4pe(1/2)
4.20073 4.20283 4.20307 4.20362 4.20425
l.lOtlO 9.58t09 2.31+09 1.84tlO 2.12tlO
3.03tlJ 6.06tl2 8.88tl2 1.22+13 4.13tlJ
2.74+13 J.88+13 1.28tl3 1.43+12 7.91t12
3.15tlO J.Jl+lO 5.48+09 1.18tlO 1.36tlO
1.15-03 8.54-04 4.27-04 8.12-03 1.72-03
IsoZsoJd.(J/2)Is.2s.Jd.(J/2)Is~?,.Jd*(5/2)ls.?p-Jd.(5/2)lr.2p.Js.(1/2)-
K]4p.(3/2) K]lle(5/2) K 41*(712) K 4d.(3/2) I K I 44.(1/2)
4.20482 4.20584 4.20592 4.20846 4.20665
l.OZtlO 3.65tlO 4.83tlO 3.33tO9 1.77tlO
4.lJtl3 8.88+12 1.22t13 2.82t12 1.74tl3
7.9ltl2 1.28+13 1.43t12 l.lWlO 3.68+13
6.57t09 8.63tlO 2.92tlO 8.19tO7 2.41tlO
8.31-04 6.72-03 2.04-02 7.04-03 6.54-O)
ls.2peJd.(3/2)lr.2r.3d.(3/2)-
K]4d.(3/2) EK]4f.(5/2)
4.20667 4.20703 4.21055 4.21150 4.21284
4.OOtO9 1.37+10 1.38tlO 1.31tlO 7.51tO9
2.80t12 4.13tl3 6.06+12 1.91+13 1.85tlJ
1.80tll 7.91t12 3.86tl3 2.76+11 2.8OtlO
9.27t08 8.8ltOD 4.79tlO 7.46tO8 2.28+07
5.79-03 1.11-03 1.23-03 2.70-03 8.13-04
lro2s.Jp.(l/2)K]41.(1/2) Is.2pe3p.(J/2)1 K]4pm(1/2) 1~.2pe3p.(J/2)-[K]4~*(3/2) ls.2p.3s.(l/2)-[K 46.(3/2) Is.2p-3pm(J/Z)-[K I 4pe(l/2)
4.21288 4.21324 4.21381 4.21439 4.21675
7.80+09 2.96tO9 8.42tOQ 1.31tlO 2.18tOQ
1.60+13 1.45+13 1.45tlJ 1.74tlJ 4.92tl2
2.37+09 2.Oltll 2.01+11 3.68tlJ 2.98+10
2.31+06 1.62408 4.60t08 1.78tlO 5.26t07
9.75-O) 8.08-04 2.29-03 4.83-04 1.76-03
lt.2s~Js~(l/2)-[K.4~~(l/2~ lr.Zr~3t~(1/2)-[K.4~~(3/2)
4.22827 4.22884 4.23729 4.23756 4.70606
l.J7+10 2.52rlO 4.85+09 5.57tOQ 7.26t09
9.51412 9.51+12 1.67tlJ l.67tlJ 4,94t13
2.08tl3 2.08+13 1.08~12 1.22tl2 2.29t13
l.89tlO 3.48tlO 5.79t08 1.52t09 4.59t09
9.05-04 1.66-03 5.45-04 1.25-03 2.01-O)
lr.2p.2p.(l/2)-[K]3p.(J/2) ls.2p.2p.(3/2)-[K]3~-(1/2) lrn2p*2p*(3/2)-[K I 3p.(J/2) In~2pe2p~(l/?)-[K Jpv(1/2) ls.2p.2p*(l/2)-[K]Jp*(J/2)
357
LAYBOA
AUGER
Qd
9w
J. NILSEN
TABLE
Dielectronic SatelliteSpectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
2 = 22
2 = 22
TRANSITION
L AMBOA
A(if)
A(lo1)
2.11229 2.11321 2.12563 2.12605 2.12942
3.22+13 1.62+12 5.2ltlO 5.62+10 5.90+10
3.22+13 1.62+12 2.44+14 2.47+14 2.41+14
0. 0. 2.IOtll 1.7atll 2.09+11
0. 0. 1.79+08 8.09+07 2.04+06
3. oo+oo 3.00+00 6.54-04 4.54-04 9.711-04
AUGER
Od
9m
TRI~NSITION Ir.2p.3d.(3/2)-[K]2sn(l/2) lr*2p*3d.(3/2)K]28.(1/2) ls*2po3r*(l/2)1 K]2r*(l/2) lr.2p~3~~(3/2)-[K]2r~(l/2) ls.2p-3d.(3/2)-[K]Zr*(l/Z)
LAYEOA
A(if)
A(tot)
AUGER
2.23299 2.23436 2.23631 2.23659 2.23709
9.25+11 2.63+10 1.34+10 2.47+11 2.01+10
3.93+13 1.60+12 2.02+14 2.10+14 4.64+12
3.5at09 1.54+10 1.17+13 3.01+12 4.56+10
3.37tOa 1.00+09 1.46+09 1.40tlO 7.52+08
9.42-02 6.51-02 1.25-04 4.64-03 1.64-02
Od
9"
ls.2~~4~~(1/2)ls@2p*4d*(l/2)lr*Zp*4d*(3/2)ls.2p.4~~(3/2)ls*2p.ld.(3/2)-
K]2s.(l/2) K 2s.(l/2) K I 2s.(l/2) K]21.(1/2) I K]?s.(l/2)
2.12945 2.13129 2.13164 2.13452 2.13456
2.9arlO 1.66110 l.al+lO 3.60+10 6.85+10
2.36414 4.47+12 5.51+12 2.42+12 6.06+12
1.6atl2 2.93110 2.42tOa 6.92+12 3.27+12
4.19+06 2.latOa 3.24+06 1.13+11 9.60+10
2.46-04 7.45-03 1.34-02 1.27-02 2.93-02
2.23837 2.23961 2.24034 2.24229 2.24324
2.03+11 1.77+11 1.97+10 6.63+11 2.44+13
1.63+13 3.65+12 4.03+12 4.21+13 4.09+13
2.24+11 4.22+13 1.13+06 3.95tl3 1.52+12
9.117+09 6.52tll 2.21+04 a.36+11 3.51+12
4.40-02 1.55-02 1.96-02 2.11-02 2.31+00
Ir*2p.4d.(l/Z)lr*2p.ld.(3/2)lr~2p~ld~(3/2)ls*2s*lp*(3/2)1~.2r*lp~(l/2)-
K]Zs*(l/2) K 2,*(1/2) KI 2s.(l/2) K 2r*(l/2) K 1 F 2sr(l/2)
2.13459 2.13461 2.13573 2.13623 2.13644
3.17+10 1.03+11 2.4OtlO 6.74+12 4.63+12
7.9ltl2 9.42+12 2.35+12 1.19t13 1.47+13
l.O+lO 2.54+11 3.73+09 4.00+12 1.39+13
a.50+07 l.Oa+lO 1.52tOa 6.77+12 4.69+12
a.Ol-03 4.25-02 4.00-02 1.69+00 3.39-01
2.24426 2.24548 2.24679 2.24740 2.24765
2.79+13 5.79tll 2.46+12 5.a7tii 3.19+12
3.47+13 l.a2+14 I.04413 2.a9+12 2.43+14
5.35+10 1.24+13 4.6atll 2.fatlo 1.44+13
6.60+10 7.35+10 4.22tfl a.aot09 7.14+11
1.61+00 5.95-03 9.03-01 4.03-01 4.96-02
lv2~.4s.(1/2)-[K lr*2p.4~*(3/2)ls*2p~ls~(l/2)ls*2~*4fe(3/2)lvZp*4p*(l/2)-
2s.(1/2) K 2r.(l/2) t K 2$*(1/2) K 2pm(l/2) EK I 2pe(1/2)
2.13720 2.13606 2.13a54 2.14047 2.14191
2.44+12 4.60+11 1.4ltll E.60+09 1.17+12
a.66+12 1.24+13 2.22tl2 2.49tl4 2.42t14
2.88+12 4.13tll 1.52+11 2.95tlO 4.20+12
1.22+12 5.92+10 l.al+lO 4.09tO6 4.00110
4.22-01 1.43-01 1.19-01 1.3a-04 9.52-03
2.24860 2.24079 2.24888 2.25077 2.25126
1.24+11 1.76+11 4.35+12 1.99+13 2.16tl3
l.a2+14 2.19+14 2.61+14 2.43+14 1.29+14
1.24+13 3.43+13 1.27+09 1.44+13 2.65+12
1.57+10 9.59tlO 4.23+07 4.45rl2 a.71+11
1.27-03 2.10-03 3.34-02 3.09-01 3.29-01
lr*2pllp*(3/2)ls*lp*lp.(3/2)1~.2p*4p~(l/2)ls*2p*lfe(5/2)ls~2p*lp.(1/2)-
K 2pm(l/2) K 2pe(1/2) K I 2pe(l/2) K]2p*(3/2) I K]?p*(3/2)
2.14252 2.14293 2.14296 2.14323 2.144al
l.aOtl2 1.07tl2 2.19+12 1.26+10 1.57+12
2.51+14 2.45+14 2.55+14 2.46+14 2.42+14
3.latl2 l.Oatl3 3.70+09 2.af+lO 4.20+12
9.03+10 l.al+ll 6.35+07 a.53+06 5.35+10
2.114-02 1.67-02 1.71-02 3.03-04 1.27-02
2.25159 2.25191 2.25201 2.25271 2.25214
9.96tl2 1.17+13 2.93+13 3.54tl3 3.fatl3
2.25+14 2.19+14 2.61+14 3.72+13 3.64+13
3.31+13 3.43+13 1.27tO9 1.21+12 1.42+12
7.67+12 6.33tl2 2.a5toa 2.234f2 4.79+12
2.32-01 1.65-01 2.25-01 i.a4too 3.36+00
lrr2s*lp*(l/2)1~.26*4p.(3/2)1,.2~.4p.(3/2)ls.2p.lp.(5/2)ls*2~.4p.(3/2)-
K 2s*(l/2) K 3 21.(1/2) K 2p.(3/2) K 2p.(3/2) 1K I 2p.(3/2)
2.14522 2.14531 2.14536 2.14554 2.14577
1.94+13 l.a2+13 6.47+12 a.24+12 4.7atf2
1.95+13 l.a6+13 2.5ltl4 2.51+14 2.45+14
1.71tl2 1.76+12 J.latl2 7.69412 1.06+13
3.13+12 6.26+12 3.25411 1.47+12 6.09tll
1.63+00 3.5atOO 1.02-01 1.91-01 7.4a-02
2.25407 2.25420 2.25439 2.25412 2.25525
6.34+12 1.33412 3.14+13 1.96+13 3.44tl2
6.73+12 1.34+12 1.29+14 4.45+13 4.31+13
3.9atll 4.24+10 2.65+12 1.27+13 5.23+11
1.41+12 9.16+10 1.27+12 1.74+13 1.65+11
3.55+00 1.92+00 4.76-01 1.37roo 3.16-01
ls.?p.lp~(l/2)lr.2s*4p-(3/2)ls.28.4p.(l/2)lr*?p*lfn(3/2)1,.2p.lf.(J/2)-
K K K K II K
2p*(3/2) 2so(l/2) 2rn(l/2) 2p.(l/2) 2pm(l/2)
2.14579 2.14605 2.14612 2.14620 2.14647
6.75+12 1.51112 3.5ot11 3.45+10 6.14+09
2.55+14 1.51+12 3.50+11 2.99+11 2.5aifl
3.70+09 1.7arll 2.76+10 4.63400 1.96toa
1.96+06 6.36+11 5.11+10 2.23toa 2.47+07
5.29-02 3.5lI+oo 1.115+00 4.61-01 1.26-01
2.25571 2.25566 2.25672 2.25750 2.25790
7.06tl2 5.51+13 2.26+13 1.14+13 6.60411
1.3(1+13 6.44+13 3.aotl3 1.26+13 1.49+13
2.79112 3.02+13 2.57+12 1.6atil t.65+10
4.77t12 1.06+14 5.73+12 3.34+11 4.54+09
1.71+00 3.49+00 2.23+00 1.76+00 2.74-01
ls*2po4p*(l/?)lr*2p*lp*(S/2)ls*2~.4~.(3/2)ls.?pelf.(3/2)ls.2~.41.(5/2)-
K ?pm(l/?) K I 2p.(l/2) K]2p.(1/2) K 2p.(1/2) K I 32p.(3/2)
2.14723 2.14647 2.14aa9 2.1492a 2.14920
2.32+12 4.44t11 2.34+11 1.52+10 6.67+10
2.67tl3 1.4Ot13 4.94+12 9.67+12 4.35+11
3.32+12 2.44+12 1.03+12 1.90+09 4.00+10
4.aftii 2.63+11 1.62tll 1.19+07 3.37410
1.45-01 1.06-01 1.57-01 6.27-03 11.42-01
lr*2p*3p*(3/2)11*2p_3p*(l/2)lr*2s*Jd-(3/2)ls*2p.3~*(3/2)ls*2p.Jp-(5/2)-
2.14952 2.14962 2.15OOa 2.15052 2.15070
9.39+10 2.65tlO l.a6+13 1.96tl3 1.74+13
2.94+11 2.32tl2 2.67~13 3.2ltl3 1.76+13
5.43110 1.69+11 3.32+12 6.14tl2 1.47+13
a.7atlO 7.76+09 3.a5+12 1.60113 4.76+13
1.62+00 4.56-02 1.16+00 1.97+00 3.24+00
ls*Zp.Sp.(3/2)ls.2p.Jp.(3/2)ls*?p-3pe(3/2)ls*2p_3p.(l/I)11*2p.3p-(l/2)-
2.15075 2.15113 2.15132 2.15144 2.15169
1.94+13 1.11+12 1.13+13 3.6Jtl2 1.32+12
2.53+13 9.01112 1.40+13 1.06+13 l.a3+12
6.32tll 3.9atlO 2.44+12 9.10+11 1.57+12
9.44+11 9.79+09 6.70+12 1.15+12 3.67t12
1.50+00 2.46-01 2.74+00 1.26+00 2.34+00
1~.2p_Jp.(l/2)lr*2p~Jp*(3/2)Is*Zpm3p*(5/2)18.2p.3pm(S/2)ls*lp.Sp.(l/2)-
ls.2p.lpe(3/2)lr.?p.4f.(5/2)ls.2p.4~.(3/2)ls.2pelf.(3/2)ls*2pelp-(l/2)-
lr*Zp.3p*(l/2)-[K lt*2p*3p-(J/Z)-[K ls*?p*3p.(l/2)ls*2p*Jp*(3/2)ls*2p*Sp*(l/2)-
2p*(3/2) 2pe(l/2) K 2p.(l/2) K 2po(3/2) II K 2pm(l/2)
K K K K K
2p*(3/2) 2p.(l/2) 2p.(3/2) 2p.(l/2) 2p.(3/2)
2.25796 2.25609 2.25139 2.25161 2.25a66
1.32tl3 2.42+13 7.66+12 5.lOtl2 l.lJtl2
4.45+13 3.65+13 4.31+13 2.20+13 7.06+12
1.27+13 2.43+10 5.23+11 5.22+11 J.a7+12
i.iati3 3.22+10 3.67+11 4.72+11 2.41+12
9.24-01 1.32tOO 7.02-01 9.03-01 6.22-01
K K K K K
2p.(3/2) 2p*(3/2) 2p-(112) 2p*(3/2) 2pm(l/2)
2.25665 2.25906 2.26039 2.26065 2.260111
1.59+12 3.79+12 3.97+12 6.97+11 3.51+12
1.3atl3 3.110113 1.9atl3 1.26+13 a.96tl2
2.79tl2 2.57+12 6.70+10 1.66tll 1.22410
1.06+12 9.6ltll 5.35+10 2.05tlO 9.50+09
3.115-01 3.74-01 7.99-01 1.09-01 7.60-01
K tK K K K
2p.(3/2) 2p.(3/2) 2p*(3/2) 2p.(3/2) 2p.(3/2)
2.26124 2.26177 2.26212 2.26354 2.26397
4.26tl2 6.16+12 l.fl+ll 2.37+12 6.27tll
3.65+13 2.20113 7.96+12 1.9a+lJ a.96+12
2.43tlO 5.22+11 1.35+12 6.70+10 1.22rlO
5.60+09 5.72+11 9.69tlO 3.19+10 2.24+09
2.33-01 l.lO+OO 7.11-02 4.76-01 1.14-01
K K K K K
2pm(l/2) 2p.(l/2) 2p.(l/2) 2p.(l/2) 2p.(3/2)
2.26405 2.26463 2.26654 2.26663 2.26722
3.69+12 7.24+11 5.45+10 2.04+10 3.16+11
4.42+12 1.93+13 2.70+11 1.6ltll 4.42+12
4.62+12 2.21413 1.35+06 1.27+09 i.a2+12
7.70+12 7.72+11 1.09+06 3.2OtOa 6.64+11
1.60+00 3.49-02 a.OO-01 2.52-01 1.3a-01
K K K K K
2p*(3/2) 2p.(3/2) 2p*(3/2) 2pm(l/2) 2p*(3/2)
2.26725 2.26779 2.26956 2.27235 2.27554
2.31+12 5.77tll 2.02+10 1.23+12 1.6ltf2
2.31+12 1.93+13 1.37+11 2.87412 2.67+12
4.36+12 2.21+13 4.34+07 4.13+13 4.13+13
9.07+12 6.16+11 3.a4+07 2.31412 3.02+12
2.06+00 2.79-02 a.a5-ot 5.59-02 7.32-02
2.46926 2.46930 2.47177 2.47241 2.47251
4.37+10 4.64+10 l.Za+lO 5.61+09 6.71+09
2.41+14 2.36+14 4.47+12 2.51+14 5.51+12
2.09+11 1.66+12 2.93+10 J.latl2 2.42408
1.51+06 6.52+00 1.67+06 2.alt06 1.19+06
7.24-04 3.67-04 5.71-03 11.64-05 4.92-03
ti II II /I /I
K K K K K
2pe(3/2) 2p.(3/2) 2p.(l/2) 2p*(3/2) 2p.(l/2)
2.15174 2.15190 2.15194 2.15214 2.15231
3.09tf2 2.50+11 7.23+11 4.46+10 1.90+12
4.94+12 1.19+13 1.04+13 9.67tl2 4.36+12
1.03+12 2.39111 1.2atll 1.90+09 3.64+10
2.6atl2 2.96+10 3.5ltlO 3.50+0: 2.96+10
2.6OtOO 1.24-01 2.74-01 1.64-02 a.l3-01
18*2x.Sd.(3/2)11*2~*31.(1/2)ls*24*3d-(J/2)ls@2s*3de(l/2)lr*2c*Sdo(3/2)-
EK K K K K
2p.(3/2) 2pm(l/2) 2p*(3/2) 2p*(3/2) 2pe(3/2)
2.15261 2.15322 2.15361 2.15399 2.15412
2.03+10 2.32+11 3.2atll a.43+11 3.06tll
1.02412 6.46+12 2.53+13 9.01+12 1.07413
2.04+11 7.3ltl2 6.32tll 3.96+10 2.26+12
2.02+10 2.15+11 1.60+10 7.41+09 3.24+11
9.93-02 2.94-02 2.53-02 1.66-01 1.43-01
lr.Zs.Jd*(5/2)ls*28*3s~(l/2)lr.2t.3d-(5/2)lr~2r.3~.(1/2)lr.2..3~.(1/2)-
ls*2~.4p*(3/2)-[K]2~*(3/2) ls.2p-4p~(Sl2)K]2~.(3/2) 1~.2pe4pe(l/2)K 2p*(3/2) ls.2r.4~.(1/2)K3 2p*(3/2) f$.2$.4d.(3/2)i K]?p.(l/2)
2.15430 2.15460 2.15517 2.15608 2.15a67
9.64+11 6.02+11 2.12+11 4.30+10 2.65+11
1.06+13 1.04+13 4.3atl2 a.4atl2 3.2Otll
9.10+11 1.2atll 3.64tlO 7.31+12 5.60+11
3.05+11 2.92+10 3.50+09 3.911+10 7.34+11
3.36-01 2.21-01 9.59-02 5.45-03 1.27+00
;:.;;.4;;;1/2)-[K]2p.(3/2) . . - ,*.1s.
(0)
2.16174 2.0171 2.16117 2.16476 2.22260
3.56+10 2.19+11 1.73+11 2.01111 7.19413
3.20+11 2.49+11 4.03+11 4.03+11 7.19+13
5.60+11 5.39+11 l.JO+lJ l.JOtl3 0.
9.16+10 a.97+11 3.35111 3.91+11 0.
1.56-01 1.67+00 2.57-02 3.00-02 3 I oo+oo
2.47295 2.47298 2.47352 2.47374 2.47375
1.19+11 2.5atlO l.a6+10 1.31+10 1.69+11
2.45+14 2.55+14 2.51+14 2.35414 2.51+14
1.06+13 3.70+09 J.latl2 5.54+12 7.69tl2
2.OltlO 7.51+05 9.32+06 l.altO9 3.36+10
1.86-03 2.03-04 2.93-04 3.27-04 4.37-03
ISDJP.
(0)
2.22537 2.22617 2.22661 2.22904 2.23160
3.51412 2.97tll 3.43+11 5.75+10 6.52+11
3.51+12 2.27+14 2.36+14 2.36+14 1.40+13
0. 1.42+11 1.15+11 3.92+09 9.31+09
0. 7.40tOa 3.34+06 3.62+06 a.66tOa
3. oo+oo 5.23-03 2.91-03 9.75-04 9.31-02
2.47406 2.47410 2.47443 2.47979 2.46062
1.69410 1.47+10 4.72+10 1.27+11 3.25+10
2.45+14 2.45+14 2.44rf4 2.a7tl3 1.76+13
1.06+13 1.26+12 5.96412 3.32+12 1.47+13
3.19+09 4.53406 a.99109 2.64+10 a.a6+10
2.95-04 3.50-04 1.51-03 7.94-03 6.04-03
II II
lr.2p-4fe(5/2)ls.2s.41.(1/2)1~.2p~4p.(l/2)lr.2p.lp.(l/2)lse2p.4pn(5/2)-
(1)
-
Isols*
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
1 = 22
1 = 22
TRANSITION ls*Zp.4d.(7/2)Is.Zp.4~.(3/2)fs.2~*4~.(3/2)Ir.Zp.ld.(S/2)ls.Zp*4d.(5/2)-
LAUBOA
K]Jd.(5/2) K]3p.(3/2) t K]3p.(3/2) I ".]34.(3/2) K]Jd*(5/2)
A(i1)
A( tot)
AUGER
Od
TRANSIllON
A(il)
A( lot)
2.48125 2.48145 2.48200 2.48206 2.46241
8.11+10 6.lOtlO 2.08tlO l.YltlO f.lttlO
1.92t12 1.40413 4.94t12 2.21412 2.21+12
5.69+11 2.44t12 l.OJtl2 8.45tlO 8.45+10
1.48+11 3.62tlO 1.44tlO 4.22tOY 2.5ltOY
2.60-01 1.48-02 1.39-02 5.00-02 2.96-02
Iw2p*3de(3/2)-[K]3d-(3/2) 1$.2p*3d*(5/2)-[K]3d*(5/2) fs~2p*4p~(3/2)-[K]4l.(5/2) ls.Zp*3s.(1/2)K]Js*(l/2) fr~2p*Jd.(3/2)1 K]3d*(5/2)
2.61387 2.61400 2.61412 2.61415 2.61426
2.27tf4 1.68tl4 5.22tlO I.99414 8.52tl2
2.36tl4 2.42+14 2.51+14 2.02tl4 2.36tl4
3.92+09 1.4ltl2 3.18tl2 1.17+13 3.92+09
1.51410 5.86tl2 2.62tOY 2.17tlJ 5.87tO8
3.85100 4.14tOO 8.23-04 1.86tOO 1.45-01
2.48306 2.48337
6.4JtlO 8.52tlO
3.2ltlJ 2.53+13 1.03tl2 f.06t13 5.3&11
8.14+12 6.32tll 9.28tOY Y.lO+ll 1.13+09
5.20+10 4.16tO9 6.65tOY 6.14+09 1.34+09
6.40-03 6.56-03 7.17-01 6.75-03 1.19+00
1~*2pr4p*(5/2)-[K]4l*(7/2) I$.2pb3$.(3/2)K]3s*(l/2) ls~2p.Jp*(3/2)L K]Jp*(J/Z) Ir*2p*lp.(3/2)K]4fe(5/2) ls*2p'3pm(3/2)1 K]3pe(l/2)
2.61447 2.61453 2.61470 2.61473 2.61500
2.32tll 2.05+14 2.20+14 1.33tll 2.06tl4
2.51+14 2.10114 2.43+14 2.45+14 2.19+14
7.69+12 J.Olt12 1.44t13 1.08tl3 3.43+13
4.l%lO l.lltlJ 4.92tfl 2.25tlO l.lltl4
5.37-03 3.84tOO 3.42tOO 2.08-03 3.24tOO
2.48495 2.48520 2.48541
1.15t10 2.68tlO 1.44tlO
1.28tll 8.92t12 Y.lO+ll 3.64+10 2.31tlO
5.57+08 8.44tlO 4.56+09 2.22408 3.67tO8
4.35-03 9.46-03 5.01-03 6.09-03 1.59-02
lse2p*3pe(1/2)K]Jpw(l/?) Is.2p-3d.(3/2)K 3s.(l/2) ls*2ptld*(l/2)-[K 9 41-(1/Z) ls*2p.,3de(l/2)-[K]3s*(l/2) Is*2pa3p.(5/2)-[K]3p.(3/2)
2.61513 2.61522 2.61538 2.61543 2.61582
2.13+14 6.43+11 3.96t12 4.4Otl2 2.13tl4
2.6ltl4 4.84412 4.47+12 1.10t13 2.25tl4
1.27409 4.58+10 2.93+10 1.54t11 3.31t13
2.07t09 2.41tlO 5.15110 1.22+11 1.65+14
1.63+00 5.26-01 1.76tOO 7.90-01 5.00+00
96
L AYBOA
AUGER
Od
0
ls.2p.lpe(3/2)Is.2p.4~.(3/2)lr.2p.lp.(3/2)-[K
K]3pe(l/2) K 3d.(5/2) fi 3p.(3/2)
2.48553
1.64+10
1.04tlJ 2.42+12 1.06+13 4.38tl2 6.16tl2
ls.2s.4~.(1/2)Isr2vlp.(f/2)ls.Zs*4p.(3/2)ls.Zt~4r~(1/2)ls.2t.4p*(1/2)-
K]Jp-(l/2) K]3de(3/2) i K]3d*(5/2) K 3p*(J/Z) K I b-(1/2)
2.48666 2.48744 2.48751 2.48778 2.49053
3.16tlO 4.04+10 1.75+10 4.35tlO 6.34tlO
6.48tl2 1.47t13 1.19113 8.48t12 1.95tl3
7.3ltl2 1.3Ytl3 4.00t12 7.3ltI2 l.Jltl2
2.93tlO 3.92tlO 1.76+10 4.03tlO 1.02+10
4.01-03 2:83-03 4.39-03 5.51-03 5.98-03
lso2p*4d.(3/2)-[K lr.2p*Jpe(3/2)-[K lr*2p~Jp~(l/2)-[K 11*2p*2p*(l/2)ls.?p.ld.(l/2)-
4s*(l/2) 3p.(3/2) Sp.(3/2) K 2pe(1/2) 1 KI 4s.(1/2)
2.61621 2.61624 2.6107 2.61643 2.61654
l.Y6+12 1.87+12 1.45113 I.22413 6.4ltlO
5.5ltl2 2.19tl4 2.6ltl4 l.20+14 6.41tlO
2.42tO8 3.43*13 1.27+09 2.47tl3 3.46t08
3.44408 1.01+12 1.40+08 4.17+12 6.88+08
1.42too 2.95-02 l.fl-01 1.69-01 1.99+00
lr.2r.lp.(3/2)lr*Zp.Jd.(3/2)ls*2p*Jde(l/2)Is.Zp.3d.(3/2)la.2p.4d*(3/2)-
K 3r.(l/2) 1 K3 38*(1/Z) K]Jse(l/Z) K3 3s*(l/2) K 4s*(1/2)
2.49066 2.60030 2.60117 2.60422 2.60717
5.93+10 1.25+12 1.43+12 J.Jltll 9.35+11
1.86tl3 2.2Jtl4 2.36tl4 2.36tl4 2.44+14
1.16+12 1.42tll l.l?,+ll 3.92+09 2.1Otll
2.05tlO 3.12+09 1.39t09 2.2OtO7 3.22t09
1.17-02 2.20-02 1.21-02 5.61-03 1.53-02
ls*?p*41~(3/2)-[K],d_(J12) ls~2p*4r~[l/2)K]lde(3/2) !s*2p*4r*(3/2)1 K]ld.(5/2) ls*2p.Jd.(3/2)-[K 31*(1/2) Is*2p*Jd*(1/2)-[K I 36.(3/2)
2.61660 2.61665 2.61677 2.61697 2.61739
4.56tll 1.04tl2 7.08tll 1.05113 7.36+12
2.41+14 2.38tl4 2.41+14 1.83tl3 1.40+13
2.09+11 1.88+12 2.09111 2.24+11 9.31t09
1.59.tO9 1.45410 2.45to9 5.09tll 9.79+09
7.55-03 8.82-03 1.17-02 2.27+00 1.05too
lv?p.ld.(1/2)-[K lvZp~Jd.(l/2)lr.2p.4d.(3/2)-
4s*(l/2) K 31*(1/2) t K 4r.(l/2) 4pe(l/2) I Jso(112)
2.60749 2.60772 2.60844 2.60937 2.80961
9.48+11 5.98rl2 8.95tlO 1.7Ytll 1.33+13
2.47+14 l.lO+lJ 2.46tl4 2.49+14 3.93+13
1.78+11 Y.JltOY 1.2OtO9 2.95110 3.58+09
1.37t09 7.95+09 1.75+06 8.49407 4.84tO9
7.66-03 8.54-01 1.46-03 2.88-03 1.35tOO
lr*?p*4f*(3/2)ls~2p*ll.(3/2)ls*2p'3p*(l/Z)ls~2p*ll.(J/?)Is.?p.Ja.(3/2)-
2.61788 2.61828 2.61835 2.81841 2.61868
1.59t11 4.93tlO 3.8lt12 1.08+11 3.38t12
2.99t11 2.58tll 1.29+14 2.99411 3.65tl2
4.83+08 1.98tO8 2.85tl2 4.83408 4.22tlJ
1.02t09 1.50+08 1.54tll 6.83408 1.25tf3
2.12+00 7.83-01 5.81-02 1.41*00 2.95-01
Is*Zp*ll.(5/2)ls~Zp*41.(3/2)ls*2pwJd*(3/2)-[K
K 4p.(3/2) K 4p*(3/2) II 3d.(3/2)
2.60979 2.60990 2.60992 2.61031 2.61053
2.78tll 6.87tlO 1.22tl3 2.13tl4 2.31+13
2.48Cl4 2.49tl4 2.27+14 2.27tl4 1.82tl4
2.8ltlO 2.95+10 I.42111 1.42tll 1.24tl3
1.89+08 3.26t07 3.04+10 5.3ltll 2.93tl2
6.72-03 1.10-03 2.15-01 3.76tOO 2.37-01
1:::~:::1I:::~I~:j:~:~~~~~ Isa2p.4f.(5/2)K]lp.(3/2) 1$*2p.36*(3/2)K 3d.(3/2) lr*2p*lp*(l/2)ti K 4pe(1/2)
2.61876 2.61882 2.61913 2.61930 2.61942
I.O5+10 2.16tlO 2.l8tlO 7.12tl2 l.OStl2
4.35+11 2.58tll 2.94+11 3.93+13 2.87+13
4.00+10 1.96+08 5.43+10 3.58+09 3.32+12
5.3ot09 8.5KtO7 2.04+10 2.60+09 2.19tll
1.32-01 3.34-01 J.J6-01 7.25-01 6.58-02
2.61080 2.81095 2.61104 2.61106 2.61118
2.34t14 8.99+12 2.39+14 2.49tf4 1.37t13
2.36t14 2.48tl4 2.48+14 2.49tl4 2.44+14
1.15tll 2.8ltlO 2.81+10 2.95+10 2.lOtll
2.28tll 6.10+09 1.62tll 1.18tll 4.7ltlO
1.98+00 2.17-01 5.78+00 4.OOtOO 2.25-01
ls*?p*4d*(l/2)lr*?p*3p*(l/2)lv2pe3d.(J/Z)-[K Is*2p*3d*(3/2)la*2p*4p*(l/2)-
K 4dm(3/2) t K 3p.(3/2) 34*(1/2) K Sde(512) EK I 4p.(3/2)
2.61942 2.61960 2.61968 2.61969 2.81998
4.8ltll 7.18tl3 9.32tlO 1.8Ot13 8.66tl2
4.47+12 1.29tl4 4.OJtl2 3.93+13 2.87tl3
2.93tlO 2.85tl2 l.lJtO8 3.58tOY 3.32+12
6.26t09 2.90+12 1.05+05 6.55tO9 1.38+12
2.14-01 1.09too 9.26-02 1.83tOO 4.16-01
2.61119 2.81135 2.61138 2.61145 2.61146
2.79+11 2.29tl4 2.28tl4 2.45tf4 1.59tl3
2.79+11 2.44tl4 2.44+14 2.45tl4 2.44tl4
1.78tlO 2.lOtll 4.35tll 4.05+11 4.35tll
3.35+10 7.88+11 3.25+12 4.05+12 2.26tll
1.88tOO 3.76+00 7.47+00 9.98+00 5.20-01
ls*2po4l.(3/2)Is*2p*4fr(5/2)Ir*?p*4d*(7/2)-[K lsn2p*4dr(3/2)Is*2p~4~(3/2)-
K 4lm(5/2) I K 41.(7/2) 46.(5/2) t K 4dm(3/2) K I 4sn(112)
2.61999 2.82002 2.62008 2.62025 2.62026
1.79tll 3.58tll 1.84+12 5.85+11 1.32+11
2.58tlI 4.35tll 1.92+12 5.5lt12 2.42tl2
1.98+09 4.00tlO 5.69tll 2.42108 8.92t12
5.45+08 1.8ltll 3.37tl2 9.92+07 4.15111
2.77+00 4.52+00 5.91t00 4.10-01 4.65-02
I:::p,:J,d,:I:::lrtC~~~~~~~~~ 36-(3/Z) 41.(5/2) 41.(7/2) 41.(5/2) 4de(3/2)
K lpm(l12) K I 4p-(l/2) K Jpm(1/2) K 4p.(3/2) i K1 3$*(1/2)
ls.2p.4de(1/2)Isrlpr4p.(1/2)ls.Zp.Jd.(5/2)lr.2p.Jp.(l/2)ls*tp*4f.(7/2)-
K 4de(J/2) K I (p-(1/2) K 3dm(3/2) K 3p.(3/2) 1K I 4fe(5/2)
2.61151 2.61160 2.61172 2.81177 2.61188
2.48+14 3.56+13 1.32tl4 1.58tl4 1.61tl3
2.47t14 2.42tl4 1.95414 1.82tl4 2.45+14
1.78tll 4.20tl2 1.29tl3 1.24tlJ 1.55t09
3.55tll 1.22+12 4.93+13 2.01tl3 8.19+08
1.99+00 2.90-01 3.81tOO 1.63+00 5.27-01
Ira?pnll*(7/2)14.2pe46.(3/2)Ia*2p*41.(5/2)ls*lp~4l*(7/2)lr.2pe4d-(l/2)-
K 4lm(5/2) K 1 4$*(1/2) K 4l-(5/2) K 41*(7/2) t K 1 4r.(1/2)
2.62026 2.82030 2.62030 2.62034 2.62036
6.OltlO 5.39tO9 1.64tll 3.45tlO 2.9OtlO
9.47+10 6.08+12 2.94tll 9.47tlO 7.9ltl2
3.80t08 3.27tl2 5.43tlO 3.8OtO8 1.06tlO
1.92+09 7.56tOY l.SJ+lI l.lOtO9 7.78+0?
5.06tOO 2.31-03 2.8JtOO 2.91400 7.33-03
1$*2p.ld.(5/2)-[K ls*Zp*lf.(5/2)-[K ls*lp.4fr(7/2)lr.2p.41.(5/2)ls.2p.ld.(5/2)-
(d-(3/2) 4le(5/2) K 41*(712) K 4f.(7/2) t K I 46*(5/2)
2.61192 2.61196 2.81197 2.61205 2.61209
1.27tl4 2.36+14 2.29+14 8.73+12 1.08+14
2.35+14 2.45+14 2.45tl4 2.45+14 2.35tl4
5.54t12 3.63+08 1.55tO9 3.63t08 5.54tl2
1.76+13 2.1OtO9 l.f6+10 7.77+07 1.49tl3
3.18tOO 5.79tOO 7.47tOO 2.14-01 2.68tOO
Is~2p*lf.(5/2)IstPp*4dB(3/2)ls*2p*41-(7/2)larZpa4I*(9/2)ls~2p*41-(7/2)-
K 41.(7/2) t K 46.(5/2) K 4lm(5/2) K 4l.(7/2) f K I 41*(7/2)
2.82039 2.62042 2.62047 2.82050 2.62056
1.42tlO 2.96tl2 1.78+11 l.lJtlO 6.45+10
2.94+11 5.51+12 2.43tll 7.13tlO 2.4Jtll
5.43tlO 2.42tO8 2.72tO8 4.95+08 2.72t08
1.32tlO 5.21+08 1.59t09 4.91+09 5.77t08
2.44-01 2.15tDO 5.87tOO 9.93100 2.12t00
lS.lS.
2.61210 2.61211 2.61213 2.61233 2.81242
2.52tl4 6.28t13 2:04tl4 l.lltl4 4.07+11
2.52tl4 1.9&14 2.42tf4 2.45tl4 2.5ltl4
0. 1.29t13 4.20112 1.26+12 3.18+12
* 0. 2.35+13 6.95+12 3.40+12 2.04+10
3.00+00 1.81+00 1.85tOO 2.89tOO 6.41-03
lt*2p*3de(7/2)Is*2p*Zp.(l/2)lss2pmld.(3/2)la*2p*4da(5/2)ls*Zp.4d.(3/2)-
K K K K II K
2.82065 2.82066 2.62069 2.82071 2.62073
4.47+13 1,07+14 5.3ltll 6.95111 2.58+11
4.47+13 1.20tl4 9.42+12 8.43+11 4.83+11
7.92tlO 2.47+13 2.54tll 2.14tlO l.OtO9
6.32+11 3.67tl3 5.58tlO 1.03tIl 2.57tO9
7.98tOO 1.49t00 2.20-01 4.82tOO 2.21+00
2.61246 2.61247 2.61250 2.81257 2.81262
2.32tl4 2.44+14 1.35tl4 2.40tl4 2.37+14
2.48tl4 2.44tl4 2.45tl4 2.4lt14 2.38+X4
1.2OtO9 5.98tl2 1.26+12 2.09411 t.68t12
4.54tO9 4.88t13 4.15t12 8.29+11 3.33+12
3.78+00 7.81tOO 3.28+00 3.98+00 1.98+00
lr*2pa4p*(5/2)lsa?p*ld.(5/2)ls.2p.ldm(3/2)l1*21*2~1(3/2)lr*2p*3d-(3/2)-
K 4p.(3/2) K 44*(5/2) K1 4d.(5/2) K]2s*(l/2) I K]Jd.(3/2)
2.62088 2.82008 2.62090 2.62105 2.62119
3.8ltlO 1.4Otll 2.07tll 4.80+12 1.08t12
1.76tlJ 8.43tll 4.6Jtll 4.64+!2 1.60+12
l.47tlJ 2.14tlO 1.16+09 1.02+14 1.5010
1.04+11 2.20*10 2.07+09 1.76+13 4.09t10
7.07-03 1.03too 1.78tOO 1.73-01 2.66too
2.81263 2.61295 2.61303 2.61306 2.61319
1.33+13 2.42tl4 2.39+14 2.lOtl4 2.OJtl4
2.46tl4 2.5ltl4 2.45+14 2.55tl4 2.03t14
1.20109 3.18412 1.08tlS 3.7OtO9 1.4Otl3
2.8OtO8 1.21+13 4.04tl3 6.10409 1.05tl4
2.17-01 3.8ltOO 3.73+00 1.85tOO 7.49+00
lS*2p*4de(5/2)ls*2p*4p*(3/2)lw2p*4d.(7/2)-[K Is*2p*ld.(5/2)fr.2p.3d.(5/2)-
K 4d.(3/2) t K 4p.(l/2) 46.(5/2) K 46*(5/2) K t I Jd.(3/2)
2.62120 2.62127 2.82134 2.62137 2.62139
8.47tll 1.5OtlO 8.42410 1.34+12 2.YJtf2
2.21+12 1.40tl3 8.42tlO 2.21+12 2.93t12
8.45tlO 2.44+12 4.88tlO 8.45tlO 2.94tlO
1.87+11 8.93+09 2.47+11 2.95+11 1.75*11
2.21tOO 3.66-03 5.06tOO 3.49too 5.94too
2.61321 2.61346 2.61356 2.61360 2.61361
2.43114 1.52tlO 2.00111 3.61tl3 7.40113
2.5ltl4 2.43+14 2.45t14 2.55+14 1.42rl4
7.69112 1.44tl3 I.O(lt13 3.70+09 l.Iltl2
4.32tl3 3.39tOY 3.38tlO 1.05tOY 2.58tl2
5.62tOO 2.35-04 3.12-03 2.83-01 1.82tOO
ls*2p~3p.(5/2)-[K Is*Zp*Sd.(J/?)-[K ls*2p*4p*(3/2)Is*2r~2p.(1/2)Ir.2p.lp.(5/2)-
Jp.(J/2) 1 Jd*(5/2) K 4~*(3/2) K 2s*(l/2) I1K 41.(5/l)
2.621511 2.62159 2.82180 2.62192 2.62205
9.26+12 5.OOtll 2.20t12 6.35+13 5.24+10
6.44+13 1.6Otl2 1.40+13 6.35+0 1.76+13
3.02113 1.54tlO 2.44+12 8.47+13 1.47+13
I.78+13 1.90+10 l.JItl2 7.26tl3 1.43+11
5.87-01 1.24400 5.36-01 8.57-01 9.74-03
1t.2p*
(1)
ls.2p.ld.(5/2)ls.2p*4r*(J/Z)lr*2p~4s~(1/2)-~K lt.2p*ld.(J/?)-[K lsr2p*4p*(J12)-[K
-
(0)
K 46*(5/2) K 4s*(l/2) '1 4s.(1/2) (d-(5/2) 3 4p*(Jl2)
1~~2po4p~(5/2)-[K]4~.(3/2)
359
Jde(512) 2p*(3/2) 44*(1/2) Id-(J/2) 4dm(3/2)
AtmlcDatamdNudaU
DataTables,Vd.38.N0,2,March
1988
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables I = 22
2 = 22
TRANSITION
L AYBOA
A(if)
A(lol)
2.62207 2.62214 2.62233 2.62234 2.62242
l.lO+lO 3.77+10 4.lltl3 9.64tlO 7.aot11
2.35+12 l 76tl3 4.2ltl3 1.63tl2 4.94+,2
3.73to9 1.47+13 3.95+13 1.57+12 1.03t12
1.01toa 1.03+11 3.90+,3 2.67+11 5.39111
2.71-02 7.02-03 l.ol+oo 1.70-01 5.22-01
2.62248 2.62266 2.62282 2.62290 2.62296
I.33tIO 7.16tlO 1.67+12 a.35+,, 1.60+13
9.67tl2 1.19tl3 1.19+13 a.35+,, 2.48tl3
1.90+09 2.39+11 4.00112 1.40+11 5.19+10
1.05to7 e..40+09 l.batl2 9.59t11 2.01+11
2.62297 2.62314 2.62316 2.62327 2.62333
3.66tlO 7.l31t12 2.06tll 1.63tl2 1.01t11
9.34t12 1.47+13 4.45tlJ 2.32+12 1.03t12
3.52to9 1.39113 1.27t13 1.69tll 9.20+09
2.62335 2.62351 2.62352 2.62355 2.62359
a.74tl2 11.05+11 3.70t1, 4.56tll ,.a7+fo
2.4atl3 1.03+12 1.6.3+12 5.36tll 4.94+,2
2.62360 2.62360 2.62363 2.62371 2.62374
1.08tl2 3.95tlO 9.63tl2 5.4,t11 1.96t13
2.62379 2.62301 2.62384 2.62387 2.62300
A(if)
A( lot)
2.62569 2.62573 2.62576 2.62581 2.62596
2.88tl2 9.57tf2 l.O7+12 2.78tll 1.04tlJ
1.06+,3 3..90+13 9.0ltl2 7.4Otl2 1.07tlJ
Q.lOtll 2.57tf2 3.9OtlO 1.54tll 2.20+12
9.12t1, 2.42tf2 l.64tlO 3.37tlO 1.09tlJ
I.00100 9.44-01 4.13-01 2.19-01 4.8OtOO
5.50-03 3.54-02 4.18-01 6.05+00 3.07+00
2.62613 2.62613 2.62622 2.62630 2.62631
9.20+10 2.20+12 3.08+12 2.73+10 2.03+12
4.77tll 2.35+12 1.06+13 2.35tl2 2.22tl2
1.0?+011 3.73tOQ 9.10+,, 3.73109 1.52+11
1.24tO8 l.45tlO 9.75+11 l.73+00 2.6ltll
1.16tOO J..98tOO 1.07tOO 4.65-02 1.7ltOO
a.2ato7 7.5atl2 ,.a3t,, 4.45*11 5.41+09
2.35-02 5.47-01 1.44-02 2.63tOO 5.82-01
2.62631 2.62643 2.62671 2.62675 2.62679
3.05tll .9.01*12 1.29tl2 9.64+12 5.39+11
4.77+11 1.04+13 l.O3+13 1.03tl3 1.26tl3
1.07tOO 1.2Otll 2.24tll 1.66+10 1..90+11
5.20+06 4.27+11 6.25+10 9.63+10 l.5OtlO
4.84+00 3.34tOO 2.79-01 5.74+00 6.42-02
5.19t10 9.2ato9 1.57+12 1.13+09 1.03t12
t.10+11 4.31+10 1.03112 7.67+09 1.29+10
2.11+00 4.65+00 6.53-01 6.79+00 1.25-02
2.62600 2.62697 2.62690 2.62690 2.62701
3.79+11 2.06+,, 1.99t12 2.00112 1.05t13
I.19113 1.04113 4.38+12 3.00+13 3.32t14
4.00112 ,.2a+,, 3.64tlO 2.57tl2 2.34tlJ
J.Bltl, t.39+,0 3.29tlO 5.Ottll 2.7Otl2
9.52-02 i.oa-0, 9.03-01 1.97-01 1.19-01
1.97t12 l.OJtl2 4.09113 1.02t12 4.31t13
1.28+11 1.57+12 1.52+12 2.04tt1 5.23+11
3.94tll 1.09tll 1.30+12 5.39+11 9.42+11
3.08tOO 6.90-02 9.08-01 2.64tOO ,.aotoo
2.62705 2.62711 2.62715 2.62720 2.62752
3.13tl2 6.27+12 4.23tll 2.01112 3.66tll
l.lDtl3 l.I)JtlJ 1.03tl3 1.47+13 4.38+12
4.00+12 2.24tll 1.6OtlO I.39+,3 3.64tlO
3.14tl2 3.04tll 4.14+09 ,.95tl2 6.03tOD
7.85-01 1.36tOO 2.47-01 1.41-01 1.66-01
9.46tl2 2.49111 1.04+13 3.23tl2 3.15112
9.46tl2 2.32+12 1.19tl3 2.02tl4 3.15+12
4.9atoa l.lOtll 2.39tll 1.17tlJ 1.45tOO
3.99tos 6.OOtlO 1.23112 3.53tlI l.l6t09
a.ootoo 4.01-01 5.15tOO 3.02-02 E.OOtOO
2.62759 2.62701 2.62830 2.62033 2.62035
7.57+12 5.89t12 3.06tl2 3.20+,2 l.l9+12
3.65+13 5.09112 2.20+13 a.+at,2 0.66tl2
2.43tlO 4.06tll 5.22tll 7.31*,2 2.OOtl2
l.Ol+lO 3.04t12 2.83+11 3.04+,2 5.95tll
4.14-01 7.48tOO 5.42-01 4.15-01 2.06-01
2.62392 2.62415 2.62416 2.62419 2.62419
1.16tl2 1.26tl2 1.02+13 2.45tl2 9.6Otl2
1.19tlJ 9.34t12 1.02tl3 l.42tlJ 9.67tl2
2.39+11 3.52tO9 2.7ltlO 6.63tlO I.90109
1.37tll 2.04+09 2.70111 6.02tlO 7.55+09
5.74-0, 0.00-01 9.97+00 1.03+00 3.97tOO
Jd-(3/2) 3$*(1/2) Jd.(5/2) 3dm(3/2) 2~.(1/2)
2.62842 2.62048 2.62881 2.62003 2.62UO4
4.3StlO 7.e.6tl2 1.68tlO 9.56t12 2.42+,4
3.65tl2 ,.04ti3 3.65+12 1.04tl3 2.42+14
4.22+13 4.6atll 4.22+13 2.59tll 0.09+11
l.6Otll ,.35t,2 6.lStlO l.lOtl2 3.54+12
3.80-03 2.aatoo 1.47-03 5.4OtOO 3.90+00
2.62421 2.62423 2.62429 2.62431 2.62432
l.lltl3 0.04+12 5.OJtl2 2.22+,2 3.00+12
l.lltl3 9.34tl2 Ll.66tl2 2.42+12 3.2lt13
1.03+10 3.52tO9 2.8Otl2 0.92+12 0.14+12
0.23tlO l..92+10 2.51+12 6.99tl2 2.42tl2
7.99+00 5.17tOO 8.72-01 7.04-01 2.90-01
3p.(3/2) 4p.(3/2) 3d*(5/2) 3d.(3/2) 3$9(1/2)
2.62005 2.62607 2.62923 2.62942 2.62942
5.17tll 4.05+12 .5.,2tll 3.04tl2 2.30t12
3.65+,3 a.40+,2 1.04+13 4.03+,2 2.09+12
2.43tlO 7.3itl2 2.59111 1.13+06 2.lOtlO
6.89+08 4.49tl2 1.19tll 4.31+06 3.45+10
2.03-02 6.14-01 4.58-01 3.02100 1.58tOO
2.62432 2.62436 2.62436 2.62436 2.62441
1.41t13 5.00+12 l.l6+13 3.18tl2 7.astl2
1.49+13 6.06+12 1.42t13 f.3atl3 7.91+12
1.65tlO 3.27+12 6.63tlO 2.79tl2 I.06tlO
9.4OtlO 7.01+12 3.2lltll 2.15t12 2.10+10
5.68tOO 2.l4tOO 4.94tOO 7.69-01 ,.Qatoo
l$.?pm3p.(3/2)lv2p.4~~(3/2)ls*2p.Jd.(3/2)lr*2p.4$.(3/2)1$.2pe3p.(5/2)-
K K K K II K
3p.(3/2) 4dm(S/2) 36*(5/2) 44*(5/2) 3p.(3/2)
2.62955 2.62969 2.62902 2.62906 2.63003
7.70+12 4.lOtlO 7.lltlO 1.17tll 7.05+12
2.20+13 1.24t13 4.03tl2 1.24+13 7.96+12
5.22tll 4.13tll 1.13tO6 4.lJtll 1.35+12
7,lJtll 5.27t09 7.97tO4 1.5OtlO 6.03tl2
1.37tOO 1.28-02 7.06-02 3.63-02 5.06tOO
2.6244, 2.62453 2.62465 2.62466 2.6247,
1.15+13 9.08tll 5.2ot12 ,.01+12 1.63+10
4.45t13 6.06+12 2.10t14 2.53Il3 I.6JtlO
,.27+,3 3.27tl2 3.01+12 6.32tll 1.90tO9
,.02ti3 1.39+12 2.94t11 5.20tlO 1.36tlO
0.02-0, 4.23-01 9.77-02 8.24-02 7.16tOO
ls.lp.4~.(1/2)1~.2p_Jpm(3/2)I$.2$.2p.(l/2)I$.Zp.Jp.(l/2)1$*2p.2~*(3/2)-
K K K K II K
4de(3/2) 3pm(l/2) 2$.(1/2) 3pe(112) 2p*(3/2)
2.63030 2.63070 2.63120 2.63127 2.63127
4.66+10 1.17tl3 1.85tl4 3.01t12 3.22tl4
2.22tl2 1.90+13 l.OItl4 O.Plt12 3.32tl4
1.52tll 6.7OtlO 2.4Otl3 l.22tlO 2.34tlJ
5.99+09 1.58tll 4.3&13 l.04tlO 6.47113
3.93-02 2.36tOO 1.76+00 0.56-01 3.a2t00
1$.2p.4d.(3/2)-[K 46.(3/2) ls.?s*4d*(5/2)-[K 4fe(5/2) ls*2pw3d*(5/2)-[K I ld.(3/2) ls*?p(I) l$*ls* (0) 1$.2pe4p*(3/2)-[K]4~*(3/2)
2.62474 2.62477 2.62470 2.62470 2.62406
6.34t11 5.95t10 1.06+13 1.11t13 9.23+12
9.42+12 1.97+12 2.63tlJ 1.11t13 3.2,t13
2.54tll ,.28+,, 8.25tlo 0. 8.14tl2
6.66+,0 2.latlo 1.99111 0. 7.47+,2
2.62-01 1.70-01 2.41too 3.ootoo 9.1&01
2.63166 2.63196 2.63212 2.63253 2.63304
2.7Otl4 ,.73tl2 l.43tll 7.95tll I.54tl4
3.64t14 1.98t13 4.21+13 0.98+12 1.62tl4
5.29tll 6.7OtlO 3.95+13 1.22+10 1.34tl4
7.113tll 2.33tlO l.JO+ll 2.15+09 2.7Otl4
1.4OtOO 3.48-01 3.49-03 1.77-01 2.00+00
,$*2$.4d*(5/2)1$.2p.lf.(5/2)I$.Zpeld.(3/2)1$*2peJdm(3/2)1$~2$.4d~(3/2)-
K 4f*(7/2) K 4f.(5/2) K ida(5/2) K Jd.(J/?) I KI 4f-(512)
2.62486 2.62409 2.62492 2.62495 2.62498
i3.33tlt 5.01tlO 8.16+12 4.04+12 4.07+11
1.97tl2 1.02+12 9.42+12 4.04+12 2.32+12
1.2.9+11 2.04tll 2.54tll 4.58tlO 1.69tll
3.04tll 5.OOtlO 8.57tll 1.5ltll l.lltll
2.3OtOO 2.45-01 3.37+00 3,JltOO 6.55-01
2.63342 2.63382 2.634112 2.63550 2.63566
6.56tll 6.13+12 6.64+12 5.96+10 2.Wtll
4.09113 4.OQtI3 3.47+13 5.96+10 4.42+12
1.52tl2 l.52+12 5.35+10 3.3OtOB 4.62tl2
9.43tlO O.Oltfl 2.05tlO 1.07tlO 6.Oltll
6.19-02 5.79-01 3.02-01 5.69tOO 1.25-01
41*(7/2) 3~*(3/2) 4dn(512) 3$.(1/Z) 4d.(3/2)
2.62490 2.62499 2.62500 2.62502 2.62507
4.12tll 1.23113 6.4Otl2 l.lOtll 5.97t12
1.02+12 4.31tlJ 8.40+12 3.47+13 6.16t12
2.04tll 5.23tll 4.75tll 5.35tlO 2.3ltlO
4.lltll 5.09tll 3.60112 3.3OtOO 1.34tll
2.02+00 l.l3+00 7.57tOO 6.32-O) 5.79100
2.63594 2.63640 2.63644 2.63646 2.63653
9.39tl3 5.54410 7.04tl2 l.I6tl4 3.29t11
3.64tl4 1.95tl3 1.93+13 1.16tl4 i.86tlJ
5.29tll 1.7ltl2 2.21+13 ,.51+14 1.76t12
2.72tll 0.95+09 7.5ltl2 3.94+14 1.14+11
5.15-01 5.23-03 3.40-01 2.6ttOO 6.40-02
l$~2p.3d.(l/?)-[K]3d-[J/2) lswZp-3dr(5/2)K]Jd*(5/2) Is.Zp.4p.(1/2)EK 4p*(3/2) fs.2p-4p.(l/2)-[K 4p.(l/2) ls.2p.4d*(5/2)-[K I 46.(5/2)
2.62516 2.62517 2.62520 2.62522 2.62524
6.59+12 1.57413 4.43112 5.,9+,2 1.75tll
l.lOt13 2.63+13 2.53+13 B.Oltl2 6.16tl2
1.54tll 8.25110 6.32tIl 3.98+10 2.3ltlO
1.82+11 2.94tll 2.16t11 4.56tlO 3.93tO9
l.lO+OO 3.57+00 3.42-01 1.15tOO 1.70-01
2.63658 2.63677 2.63692 2.63732 2.63735
l.67+12 4.55t12 1.25tll 8.03+12 ,.20+10
3.72+13 3.64tl3 4.42tl2 1.62+14 2.49tll
1.2ltl2 ,.42tl2 4.82+12 1.34tl4 5.39tll
1.06tll 6.84+11 2.6ltll 1.45t13 4.94+10
0.72-02 4.81-01 5.40-02 1.09-01 9.18-02
2.62534 2.62535 2.62561 2.62562 2.62564
l.4Otll 5.93t12 l.QJtl2 1.16+13 7.20+12
4.04+12 7.06t12 1.3Otl3 1.24+13 7.40112
4.50+10 3.07+12 2.79112 4.0+11 1.54tll
5.27tO9 1.26+13 1.30+12 1.52tl2 0.7ltll
1.15-01 3.25tOO 4.66-01 3.66+00 5.66tOO
2.63745 2.63766 2.6377, 2.63782 2.63793
3.75tlO J.JPtlO 1.09tl3 ,.39tlO 7.4ot09
3.75+10 3.39tlO 1.93tlJ 1.39tlO 7.40109
O.OOtOQ 7.57tOB 2.2ltlJ 4.16t08 5.Olt07
3.99+10 4.95tlO l.,7t,3 l.6lt09 3.9ato8
4.94tOO 6.54tOO 5.28-01 3.86toO 7.95too
1$.2$*4d*(5/2)l$*Zp.lp.(5/2)ls*2$*3p*(3/2)lsr2p.4,.(5/2)lsn2$~3de(3/2)-
l$*Zpm4fe(5/2)-[K Is~Zs*Jd.(312)-[K ls~2pm4d*(712)-[K ls~2s.Jp.(1/2)-[K 1$*2peld.(5/2)-[K
K 4p*(3/2) K3 4f*(7/2) K 3s.(l/2) K3 4p1(3/2) I K]3pe(1/2)
I
Od
TRANSITION
1$*2pe4d-(5/2)1$.2pelpr(5/2)-
1$*2p.J$.(3/2)l$*2p-3$*(3/Z)1$*2p*3$.(3/2)1:.2p~Jd~(5/2)ls*2r.2~.(3/2)-
LAMBDA
K]4d.(5/2) t K]4p.(3/2)
K K K K II K
AUGER
Od
9l
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables 2 = 22
1 = 22
TRANSllION Ir*Zt.4de(5/2)-[K lr.2~.Js*(3/2)-[K ls.Zr.3p.(3/2)-[K Ir.28*4d*(5/2)ls.2s.Jp.(1/2)-
lr.2r.Jd.(3/2)ls*2s.Jd.(3/2)ls*2pe3d.(5/2)ls.?p~3~*(3/2)ltnZto3d*(5/2)-
LAMBDA
4p*(3/2) W(312) Js.(l/Z) K 4f.(7/2) K 1 I 3r.(l/Z)
K K K K ! IK
4p.(1/2) 4p.(3/2) 4d*(3/2) 4f.(5/2) 4f*(7/2)
A(if)
A( 101)
AUGER
Od
lRANSI,lDN
SW
2.63831 2.63631 2.63845 2.63163 2.63064
9.53tOQ 2.63+,0 J.aJtll 1.7QtlD l.OStlO
9.53tOQ 1.04ti3 6.73112 2.4sr11 1.34tl2
1.59t09 4.6Btll J.Q%tll 5.39tll 4.24tlO
%.16+09 4.52tOQ 6.55tlD 7.35tlD 6.KBtDB
5.14too 9.66-03 2.15-01 1.36-01 1.57-02
2.63871 2.63904 2.63916 2.64009 2.64043
a.55tlD 2.15tll 1.12tll 1.17111 2.%4+10
1.04+13 2.70111 1.61tll 1.37t11 l.61+,1
4.6Btll 1.35t06 1.27tOQ 4.34t07 1.27tOQ
1.47tlO 4.31+06 1.76t09 2.22coa 4.46tOa
3.14-02 3.19+00 1.311+00 5.11+00 3.51-01
2.64124 2.64465 2.64647 2.64666 2.6466%
2.94rlO 7.92+09 1.5Otll 1.4ltlO 3.36+12
4.03+11 2.42tl2 3.72tl3 3.64tlJ 3.40t12
1.3ot13 3.%0+11 1.21t12 1.42t12 6.67410
5.71t10 4.30409 9.4a+o9 2.13+09 1.29+11
4.39-03 1.13-02 7.62-03 1.50-03 1.94tOD
2.64691 2.64706 2.64722 2.64772 2.64636
2.52tlD 1.75tlO 6.3lt12 l.JQtlO 1.33tlO
2.67tl2 3.64t13 6.31tl2 1.39+10 6.73412
4.13+13 1.42t12 %.30+12 7.29+07 3.911+11
4.71+10 2.63tOQ 2.15+13 4.35toa 2.97tos
1.14-03 1.65-03 2.59tOD 5.97too 7.46-03
2.64663 2.64917 2.64916 2.65121 2.65373
3.20t12 2.41+12 1.06112 4.2OtlO 1.76tlD
3.2Dt12 2.42t12 l.OBtl2 3.4Otl2 1.76tlO
2.47tll 3.aot11 9.19+0* 6.67tlO 1.6atO6
9.16tll 1.31t12 1.a2+10 l.lltOQ 6.73+06
3.71too 3.45+00 1 .sa+oo 2.42-02 4.DO100
2.67643 2.66266 2.76772 2.76654 2.76664
4.59+12 6.10112 2.%0+10 1.27tlO l.%Q+lO
1.07r13 1.07tlJ 1.%2+14 2.42tl4 2.36tl4
1.3%+14 1.3%+14 1.24413 1.4ltl2 3.92409
%,52,12 l.lJt,J 3.3OtO9 4.43tOa 1.26t06
6.19-02 6.23-02 2.67-04 3.13-04 3.20-04
2.77101 2.77214 2.77226 2.77229 2.77367
6.00tlD 3.93tlO 3.73+!0 6.4atlO 2.92tlO
2.43+,4 2.19+14 2.25+14 2.6ltl4 2.25t14
1.44tlJ 3.43+13 3.31tlJ 1.27tOS 3.3lt13
1.34t10 2.13tlO 2.aJtlO 6.30+05 2.25tlO
9.32-04 6.20-04 6.67-04 4.97-04 6.76-04
2.77405 2.77532 2.77575 2.77600 2.77651
2.43tlO 3.43tlO 3.54tlO 4.90tlD 2.15tlO
2.19+14 2.02~14 2.10tl4 4.47+13 1.29tl4
3.45113 1.17tlS 3.01t12 7.92+10 2.65t12
1.31t10 3.74CO9 2.ODtOQ 6.92tOB %.69+Da
3.63-04 3.20-04 6.65-04 6.74-03 3.26-04
2.77673 2.77664 2.7%040 2.7606% 2.76162
1.56tlO 1.63tlO 7.47+09 ,.16t,O 2.15rlD
6.44tlJ 2.4%+13 3.65+12 2.63113 1.49tlJ
3.02tlJ 5.lStlO 4.22tlS 6.25tlO 1.65tlO
3.OOtlD 2.04tDB 2.75tlO 2.17tOB I.44+0%
9.91-04 3.94-03 6.52-04 2.63-03 6.69-03
2.76196 2.76256 2.76309 2.76324 2.76324
2.14tlO 1.52tlO 1.06110 2.62+10 6.BBtlO
4.31tl3 4.31tlJ 1.03+13 4.45113 1.49t13
5.23tll 5.23tll 1.6BtlO 1.27+,3 1.a5+10
l.D3+09 7.3otoa 1.0340% 2.34tlO 4.59tOB
1.96-03 1.39-0s 6.16-03 1.63-03 2.77-02
2.76369 2.76420 2.76454 2.7651% 2.76601
5.6,+10 1.03tlO 2.7QtlO 2.26tlO 2.lBtlO
4.3ltl3 3.BOtlJ 4.21tl3 3.65112 4.09+13
5.23+,1 2.57+,2 3.95tlJ 4.22tl3 1.52tl2
2.69+09 2.62+09 2.7DtlO %.33+'0 3.14tOQ
5.15-03 1.02-03 6.64-04 1.97-03 2.06-03
2.76630 2.76757 2.76769 2.76912 2.76979
%.%JtOS 9.73tOQ 9.1St09 2.oot10 7.13tOQ
3.65tlJ 3.47+13 2.20113 4.21+13 1.9%+13
2.43+10 5.35+10 5.22~11 3.95tl3 6.70tlD
1.1ato7 S.OOt07 6.5,tOa 1.94t10 9.6OtO7
4.63-04 5.61-O) 1.63-03 4.91-04 1.43-03
2.79625 2.7966% 2.60063 3.12573 3.12751
2.lOtlO 3.6BtlD 9.14+09 I.45409 4.4BtlO
1.93t13 1.93+13 3.64t13 1.20+14 1.2Ot14
2.21413 2.2ltl3 1.42tl2 2.47t13 2.47tlJ
2.24tlO 3.93t10 1.3BtOS 2.55409 1.53+10
1.01-03 1.76-03 9.67-04 1.03-04 6.21-04
3.14263 3.14749 3.14929 3.14946 3.15003
6.62tlD 7.65tlO 2.22tlO 4.36410 3.19410
3.32t14 3.64+14 3.64tl4 1.62t14 1.16tl4
2.34t13 5.29tll 5.29tll 1.34+14 ,.51+14
2.27tlO 2.2aroa 6.44+07 7.92+10 1.0(1+11
9.70-04 4.30-04 1.22-04 5.93-O) 7.17-O)
3.1566% 3.16692 3.17035 3.1703% 3.17107
1.32tlO 5.3BtlO 4.24tlO 3.66110 3.13tlO
6.35tl3 2.42414 1.65tl4 4.64tl2 6.35tl3
6.47tlJ %.%Q+ll 2.4at13 1.02t14 6.47tl3
1.5ltlO 7.BBtOB l.OOtlD 1.4ltll 3.5atlO
1.79-04 6.65-04 4.03-04 l.J%-03 4.23-04
ls~?p*2p1(1/2)-[K 4p*(3/2) la*2p*2p.(3/2)-[K I 4p.(3/2) ls*2p~2p~(l/2)-[K]4p~(1/2)
361
LAYBOA 3.35379 3.37119 3.37797 3.40659 3.41055
A(; f) 1.76tlO 1.24tlO 1.52+10 1.72tlO 1.74tlO
A( 101) 1.20+14 3.32tl4 3.64+14 2.42+14 1.65tl4
AUGER 2.47tl3 2.34+13 5.29+1, %.%Qcll 2.4%+13
Od 6.04tOQ 3.26tOQ 4.41+07 2.52tO% 4.lltOQ
QW 2.45-04 1.39-04 6.34-05 2.64-04 1.65-04
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line h.&escence Yields fo; Satellites of He-like Ions Seepage 344 for Explanation of Tables
2 = 26
2 = 26 LAMBDA
1r*4p* (I) - lr.lr* lr*4p. (I) - lS.lS. lt.2p.4d~(J/2)-[K]2r~(l/2)
(0) (0)
A(if)
A(lOl)
AUGER
1.49533 1.49602 1.50224 t.50244 1.50459
5.94+13 6.51+12 6.60+10 7.60+10 B.lO+lO
5.94+13 6.51+12 4.67+14 4.74tl4 4.59+14
0. 0. 2.49tlI 2.0.9+11 6.89+10
0. 0. 1.41+08 6.66+07 4.87+07
3.00+00 3.00+00 5.66-04 3.20-04 7.06-04
Is~2p~Jd.(J/2)-[K]2s~(l/2) ls.Zr.Jp.(J/2)K]?r*(l/2) Is*2p~Jr*(l/2)1 K]21*(1/2) ls*2p*Jp*(1/2)K]2p-(112) Ir.2r.Jp.(l/2)t K]Zr*(l/Z)
Od
QW
lRANSlTION
LAYBOA
A(if)
A(lo1)
AUGER
Od
1.56435 1.56593 1.56601 1.56644 1.56703
9.62+10 4.4JtlJ I.57+12 1.16+12 5.60+13
I.Jl+lJ 6.69tlJ 6.56+13 3.5OtI4 6.66+13
4.36+07 4.92+12 4.26413 1.36tlJ 1.99+11
I.29+06 l.lll+lJ 1.04412 6.65+10 J.24+11
2.94-02 2.40+00 2.44-02 6.37-03 l.SJ+OO
QW
Ir*2p*4d*(J/Z)tr.2p~4d.(1/2)Is.2peld.(J/Z)Is*2p.ld.(J/Z)lr.Zp.ld.(3/2)-
K ZS.(l/Z) K 3Zs*(l/Z) K]Zs.(l/Z) K 2S*(1/2) i K ZS*(l/Z)
1.50570 1.50850 1.50850 1.50860 1.50930
1.72+10 9.21+10 8.76+10 4.04+11 1.14+11
1.25+13 3.51+13 3.71+13 3.74+13 7.24+12
9.56+06 5.88+09 5.68+09 1.26+10 2.76+10
5.26+06 3.09+07 5.37+07 5.43+08 1.72+09
5.50-03 5.25-03 9.45-03 4.32-02 6.25-02
lr92p*Jp.(J/2)Ira2p_Js.(3/2)lr*Zp*3p.(1/2)-[K Is*2p*Jp.(J/2)-[K Is.?p~J:.(1/2)-[K
K]2pe(l/2) K 2s.(1/2) 9 2p.(1/2) 2&1-(1/Z) 12s.(l/2)
1.56756 1.56649 1.56674 1.56674 1.56906
3.66+12 9.62+12 2.33+12 l.ll+ll 2.56+12
4.63+14 4.26+13 4.66+14 4.36+14 1.20+13
1.7JtlJ 1.06+12 3.22+07 3.56tlJ 4.13+10
5.26+11 9.46+11 3.09+05 J.JJ+lO 1.77+10
3.05-02 6.61-01 9.61-05 9.36-04 4.29-01
ls*2~.4p.(J/2)ls~2s*4p.(1/2)lr*2p~4r~(1/2)1~.2p~4s.(J/2)Is~2p.4~.(1/2)-
K]Zs*(1/2) K 2r*(1/2) K 321.(1/Z) K]2~(1/2) 1 K]Zr*(l/Z)
1.50956 1.50991 1.51027 1.51081 I.51116
l.Jl+lJ 9.99+12 4.39+12 1.28+12 4.54+11
2.09tlJ 2.95+13 3.37+13 4.65+13 7.32+12
6.90+12 1.47+13 2.90+12 5.14+11 2.19+11
I.JO+lJ 6.63+12 6.94tlI 5.61+10 2.64410
1.86+00 4.52-01 2.40-01 1.09-01 1.21-01
lr*2p*Jp*(l/Z)fr.2p.Jp.(1/2)lr92p*Jp*(J/2)-[K
K 2p.(J/2) K Zpe(lI2) II 2p*(3/2)
1.56966 1.59016 1.59060 1.59153 1.59190
1.34+12 2.99tlJ 4.26+13 2.52tlJ 6.67tlJ
3.50+14 2.74tl4 4.63+14 4.61tl4 7.lOtlJ
l.Jt+lJ 2.50+12 1.73+13 2.9OtfJ l.JOt12
9.99tlO 5.40+11 6.lltf2 6.96+12 2.47+12
7.36-03 2.16-01 3.54-01 3.09-01 1.90+00
Ir.Zp~lp.(l/Z)lr.2p.lp.(J/Z)lr*Zp*4p~(J/Z)l,w2po4p~(l/2)Is~2p~41~(3/2)-[K
K Zp.(l/Z) KI Zpm(l/Z) K 2pe(1/2) 1 K Zpe(l/Z) I Zp.(l/Z)
1.51206 1.51232 1.51274 1.51276 1.51428
1.86+12 2.27+12 1.18+12 2.17+12 3.45+10
4.64tl4 4.75+14 4.70+14 4.85+14 6.55+11
4.64+12 4.46412 l.l4+13 1.04+10 3.40+09
3.69+10 8.42+10 1.11+11 9.34+07 7.13+08
7.94-03 1.89-02 9.77-03 6.96-03 2.10-01
Is.Zp*Jp.(I/Z)lr.2p.Sp.(3/2)Ir*2s.Jp*(J/2)-
1.59199 1.59199 1.59200 1.59206 1.59261
6.04+13 2.54+13 5.61+13 7.30+12 6.45+12
4.66+14 4.36+14 6.91tlJ 7.95+13 3.24+13
3.22+07 3.56+13 1.53+12 3.95+12 3.23+12
1.06+07 7.65+12 5.04+12 1.36+12 2.34+12
J.JI-01 2.15-01 3.29+00 3.50-01 7.25-01
Ir*2polp*(l/2)lr.Zp*4p.(l/Z)lseZr*lp~(l/2)ls~2r~4p*(JI2)ls~Zp.4p*(J/Z)-
K Zp.(J/Z) K 2p-(l/2) K I 2,*(1/Z) K]Zs*(l/Z) I K]Zp.(J/2)
1.51500 1.51508 1.51510 1.51518 1.51526
2.23112 2.09+12 3.84+13 3.39+13 l.JJ+lJ
4.64+14 5.64+13 3.85tlJ 3.47tlJ 4.75tl4
4.64+12 3.08+12 1.84+12 1.81+12 4.46+12
4.4JtlO 2.17+11 3.50+12 6.72+12 4.93+11
9.54-O) 7.04-02 1.90400 3.70+00 1.11-01
1.59310 1.59320 1.59324 1.59341 1.59367
1.67tlJ 3.66+12 3.19412 4.61+13 l.OOtl4
1.99+13 3.66+12 1.69tlJ 2.74+14 1.12+14
7.3Jtll 7.23110 6.64+11 2.50+12 3.12+13
2.66tl2 1.42+11 4.8JtlI I.JJ+lI 1.31+14
3.6JtOO 1.96+00 7.26-01 3.33-01 4.19+00
Ir*Zp*lp*(S/Z)ls.2~.4~.(3/2)Is~Zp.4p~(l/Z)lr*2s*4p.(J/2)lr~Zp~4p*(3/2)-
K 2p*(J/2) K Zp.(J/Z) KI 2p.(S/2) K Zr*(l/Z) I K3 Zpm(l/Z)
1.51541 1.51568 1.51570 1.51574 1.51575
l.Bl+lJ I.06+13 1.69+13 5.61+12 2.40+11
4.85+14 4.70+14 4.85+14 5.65+12 2.75+13
6.69+12 l.I4+13 1.04+10 3.67+11 1.82+12
1.48+12 1.01+12 7.28+08 1.37+12 5.95+10
2.21-01 8.82-02 6.98-02 3.7JtOO J.27-02
1.59402 1.59456 1.59496 1.59534 1.59537
6.62+13 6.4OIlJ 6.06+12 3.66+13 7.54+12
1.57tl4 9.61+13 3.411+13 7.95413 3.32+13
6.65+12 4.66+11 II.37+10 3.95+12 9.10+11
1.66tlJ 6.4QtlI 2.91+10 7.35+12 6.06+11
2.13+00 1.74+00 3.46-01 I.66400 6.65-01
1.51580 1.51614 1.51734 1.51738 1.51755
1.21+12 9.93+10 5.19+10 7.94+10 1.09+11
1.21+12 8.68+12 3.98+13 8.22+11 4.08tll
5.20+10 6.80+11 2.54+08 2.55+10 3.02+10
9.98+10 2.ll9+10 1.32+06 1.43+10 4.51+10
1.92+00 4.24-02 5.22-03 5.62-01 1.50+00
Ir*2r*3d*(5/2)Ir*Zs*Jd.(3/2)lr.2peJpm(3/Z)-
K 2p*(J/2) K 2po(3/2) il K 2pe(1/2)
1.59567 1.59607 1.59626 1.59650 1.59662
6.51+12 1.67+13 3.40111 I.21+12 1.26+13
6.51+12 3.24+13 2.2OtIJ 1.69tlJ 6.32+13
6.51412 3.23412 1.07+12 6.64+11 1.14+11
2.21+13 6.06+12 9.47+10 1.63+11 D.ZO+fO
3.40100 1.66+00 6.63-02 2.75-01 6.07-01
1.51781 1.51803 1.51619 1.51627 1.51635
4.71+11 3.56+13 3.96+13 4.54+13 J.ll+lJ
2.34+12 5.64+13 6.69tlJ 7.79+13 J.lJ+lJ
l.84tll 3.08+12 7.97+12 7.43111 1.36+13
1.37+11 3.69+12 1.33+13 0.57+11 5.65+13
7.46-01 1.20+00 1.67+00 1.15+00 4.17+00
Ir.2p~Jp~(1/2)ls.2pmJp.(1/2)Ir.Zp-3p.(1/2)lr*2peJp*(J/2)lS*2r~Jd*(3/2)-
K K K K II K
1.59713 1.59762 1.59625 1.59664 1.59667
7.76+12 3.16+12 1.67+12 5.11+12 7.73+12
2.11+13 9.61+13 3.46+13 3.32+13 9.45+12
2.74+10 4.66+11 6.37+10 9.10+11 4.52+12
2.02+10 J.ZO+lO 6.03+09 5.46tll 1.00+13
7.36-01 6.54-02 9.60-02 6.00-01 2.21+00
1.51670 1.51660 1.51905 1.51910 1.51917
2.26+13 6.03tl2 5.44+12 7.41+12 3.51412
2.75+13 2.25tf3 5.67+12 6.66+12 4.37+13
1.62+12 1.39+12 3.05+12 6.6Otll l.lZ+ll
5.65+12 1.66+12 1.12+13 2.15+12 3.56+10
3.11+00 l.Jt+OO 3.66+00 3.17+00 3.20-01
1.59669 1.59943 1.60009 1.60026 1.60035
2.35+11 1.34+12 3.42+12 3.00411 l.14tll
3.57+13 3.33+13 6.32+13 1.46+12 6.17411
J.63+12 2.30+13 1.14+11 2.25+07 I .01+10
1.30+11 1.10+12 2.46+10 1.62+07 2.110+09
3.56-02 4.76-02 2.16-01 6.11-01 2.77-01
Zp.(l/Z) 2pw(l/2) 2p.(3/2) 2pr(3/2) Zp.(J/Z)
1.51947 1.52003 1.52017 1.52062 1.52066
4.20+12 5.04+11 2.03+10 3.27+10 4.19+10
l.tl+lJ 1.62+13 4.65+13 2.63+12 1.04+12
7,JJtIO 7.92+12 1.56+09 6.12tll J.J7+11
5.36+10 3.3ltlI 4.15106 3.49+10 6.16+10
7.34-01 4.16-02 2.63-03 5.70-02 1.63-01
Is.Zp.Jp~(l/2)lro2r*Jd*(3/2)Ir*2r*Jd.(5/2)lr~2s.3r*(l/2)lr.2r.Jd~(5/2)-
K K K K I !K
2p.(3/2) 2p.(J/2) 2p.(J/2) Zp.(J/?) 2p.(J/2)
1.60041 1.60195 1.60199 1.60271 1.60339
1.19112 4.09+1! 3.25+12 7.92+11 7.32+10
2.11+13 9.45+12 3.30+12 3.33+13 5.05111
2.74+10 4.52+12 3.69+12 2.30+13 3.16+06
J.lOtO9 5.30+11 1.05tIJ 6.46+11 2.75+06
l.lJ-01 1.17-01 2.71+00 2.61-02 6.71-01
lr.?p.4p.(J/Z)ls.Zp~4p.(f/Z)Ir~2p~4p~(l/Z)Is.2p.lp.(5/2)lr.2p.4p.(J/2)-
K Zp*(J/Z) K 1 29.(3/2) K 2p.(J/2) K Zp.(J/Z) I K I 2p.(3/2)
1.52115 1.52123 1.52154 1.52155 1.52177
2.12+11 2.90111 1.06+12 5.45+11 7.65111
6.69tlJ 7.79+13 3.lltlJ 4.29+13 2.25+13
7.97+12 7.43+11 2.64+11 3.76+12 1.39+12
7.12+10 5.49+09 1.91+10 2.63t:I 1.62+11
6.93-03 7.36-03 6.73-02 7.01-02 1.31-01
Ir.2s*Js.(1/2)Ir.2r~Jr~(f/2)Ir.Zpe4r*(3/2)ls.2p*4r*(l/Z)Is.Zp*4d*(I/?)-
K K K K ii K
2p.(f/2) 2p.(J/2) JS.(ll?) 3r*(lI2) Jr*(1/2)
1.60412 1.60743 1.74634 1.74637 1.74935
2.39+12 2.46+12 5.66+10 6.14+10 2.42+10
5.00+12 5.00+12 4.59+14 4.44+14 1.99+13
4.30+13 4.3oti3 6.69110 2.12+12 L1.95+10
4.29+12 4.44412 3.53+07 5.65+06 2.17+06
9.96-02 1 .OJ-01 5.11-04 2.75-04 2.42-03
18*2p.4pm(J/2)-[K lr.2p~4p~(l/2)lr.2s~4d.(J/Z)ls.Zro4s~(l/2)lr.Zr*ld.(J/2)-
2p*(312) K Zp*(JIZ) K Zp-(l/Z) K 2p.(l/2) 0 K]2p*(J/2)
1.52214 1.52244 1.52329 1.52526 1.52627
9.57411 2.67+11 5.21+11 3.36+11 5,OOtlO
4.37+13 1.14+13 6.10+11 7.34+11 6.10+11
1.12+11 7,JJtlO 5.37+11 1.36tlJ 5.37+11
9.79+09 3.42+09 9.77+11 6.42+11 9.37+10
6.73-02 4.66-02 1.62+00 4.64-02 1.74-01
lr*Zp*4pm(3/2)1$.2p*lp-(l/2)ls*2p*'p*(3/2)Ir*?p*lp.(5/2)Is.2p.4de(5/2)-
K 3pe(1/2) K Jp.(l/2) K Jp.(3/2) K Jp*(3/2) / K I 3dm(J/2)
1.75057 1.75059 1.75117 1.75137 1.75153
1.51+11 4.69+10 2.35+10 2.66+11 2.66+10
4.70+14 4.115+14 4.75+14 4.l)5+14 4.66tf4
1.14+13 1.04+10 4.46+12 6.69+12 2.10+12
1.43+10 2.01+06 (1.74+01 2.1(1+10 7.14406
1.25-03 1.93-04 1.96-04 3.25-03 3.40-04
ls.2r.4d.(S/Z)-[K]2p~(J/2) IS.~S.~S.(~/~)-[K]~P.(J/~) ls.Jp* (1) - 1s*ts(0) ls.?peJd*(J/?)-[K 2s.(1/2) lr.2p.Jd.(1/2)-[K 2r.(1/2) 3
1.52631 1.52627 1.57396 1.57456 1.57516
3.06+11 2.96+11 1.35+14 3.67+11 4.9Jtll
3.69;ll 7.34tll 1.35+14 4.37414 4.59tf4
4.60+11 1.36+13 0. 2.09+11 1.74+11
l.Olt12 5.66tll 0. 7.39+00 3.73+06
2.12+00 4.09-02 3. oo+oo 3.54-03 2.15-03
lr.2p.lp~(J/?)K lr.2p~4d*(7/2)K lr*Zp*lp*(1/2)K l:.Zp*4p.(5/2)I1K Ir~2p*4p.(J/2)-[K]Jp~(J/2)
Jp.(J/2) JdB(5/2) Jp.(J/2) Jp.(J/2)
1.75173 1.75190 1.75467 1.75530 1.75576
2.73+10 7.07+10 1.72+11 3.ll9t10 6.64+10
4.70+14 4.69+14 5.64tlJ 3.13+13 2.75+13
I.14413 5.91+12 J.O6+12 1.36tlJ 1.62+12
2.59+09 7.04109 1.79+10 7.07410 2.l9tlo
2.27-04 l.lQ-03 5.60-03 5.21-03 1.21-02
-
1.57564 1.57635 1.57767 1.57662 1.57946
1.34+13 1.6Jtll 9.2Otll l.06+12 l.JJ+ll
l.JI+IJ 4.41+14 2.42tfJ 7.JltlJ l.lO+lJ
0. 1.27+10 3.15+09 4.19+06 1.6ltlO
0. 1.67+07 2.40+06 2.42107 7.76+08
3. oo+oo 1.46-03 7.62-02 5.76-02 I.BJ-02
lsn2prldB(7/2)Ir*2prlpm(3/2)-
K Jd.(5/2) K Jp*(J/2)
1.75576 1.75630 1.75767 1.75796 1.75670
9.66+10 2.79+10 (1.97+10 1.22+11 2.9OtfO
3.56tI2 6.66+12 6.69+13 7.79+13 2.25111
5.71+11 6.60+11 7.97+12 7.43411 1.39+12
f.06+11 L1.10+09 3.01+10 2.Jlt09 6.7JtO9
1.66-01 1.19-02 3.76-O) 3.10-03 4.65-03
I.59135 1.56219 1.56229 1.56261 1.56325
5.67tll 1.23tlf 6.fOtlO 6.32+11 2.62+10
4.12+14 2.42tlJ 3.24tlJ 6.OJtlJ 6.2ltll
7.56tll 3.70+11 7.2JtfO 4.74+09 4.2ltlJ
4.30+09 7.36+09 2.72+06 2.62+06 l.Il+ll
5.69-03 2.00-02 3.76-03 5.52-02 2.63-03
Ir*?p.4r*(5/2)Is.?r.4f.(5/2)-
K]Jde(J/Z) 1 K]Jdm(J/2)
1.75665 1.75694 1.75919 1.75929 1.75959
5.17+10 1.4ltll 3.55+10 1.23+11 2.24+10
9.95412 l.l6+,2 4.37+13 4.43+11 1.14+13
2.60+09 1.77+09 1.12+11 2.95+09 7.JJtlO
6.11+07 l.29+09 3.62+06 6.54+09 2.67+06
3.12-02 7.29-01 3.23-03 2.21+00 3.91-03
1r.sp.
(1)
fr.2p.Jr.(J/2)lr.2p.Jd.(J/2)-
ls*ls~
K]2s*(l/2) 1 K]2s.(l/2)
(0)
I::it:::~:l::'2~IE:3~~:~~~~~
iiiiifitiliii~tEii~~~~~~~
K]Zp*(J/Z) K]Zp*(3/2) i K]2a.(l/2)
2pe(1/2) 2p*(J/2) 2p*(3/2) 2p.(J/2) 2pe(l/Z)
ii
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 1 = 26
1 = 26
1RANSIIION
A(if)
A(1ot)
AUGER
fs.2p-4d.(5/2)-[K]Jd.(3/2) lr~2s.4s.(1/2)-[K]3p~(1/2) ls~Zs~4p.(1/2)-[K]Jd~(J/2)
1.75335 1.76034 1.76133 1.76152 1.76255
2.36+10 4.56tlO 5.67tlO 5.75rlO 8.74tlO
1.9Jtl3 1.62413 2.35tlJ 1.62tl3 3.85t13
3.15,OQ 7.92+12 1.47tlJ 7.92t12 l.E4+12
2.Jl+O7 J.OO+lO 3.76rlO 3.78rlO 7.97+03
7.35-03 3.73-03 2.56-03 4.77-05 4.33-03
Is~2D*4d.(l/2)-IKi4s*(l/2) 19~2b~3p~i5/2j-iKjSp~iJ/Zj Is*2p.Jd.(J/2)-[K]3s~(1/2) ls*2peJd.(1/2)-[K]3s*(l/2) ls*2po3d.(1/2)-[K]Jde(J/2)
1.85355 1.85384 1.85333 1.85413 1.85423
2.88+11 4.JStl4 J.QOtll 4.4%12 1.57+13
2.88+11 4.61t14 2.42t13 3.24,13 2.42tlJ
1.45+03 2.QOtlJ J.70tll 7.23+10 3.15,OQ
2.88+03 1.55,14 2.35110 1.9&10 4.03t03
l.QQtOO 5.33+00 6.36-02 2.74-01 1.3otoo
ls*2~.4p~(J/2)K]h(l/Z) ls.Zs.4p~(J/2)f K]Js*(l/Z) ls~2p~3d*(J/2)-[K]Js*(l/Z) ls*Zp~Jd.(1/2)-[K 3s.(l/2) Is.Zp.Jd.(S/Z)-[K 3 30.(1/Z)
1.76265 1.76341 1.84356 1.84438 1.84538
7.7JtlO 1.22+10 1.64tl2 2.01t12 Q.lltll
3.47rO 5.65t12 4.3?*14 4.5**14 4.41+14
1.81+12 J.67tll 2.03,ll 1.74r11 1.27tlO
1.54rlO 2.38+03 J.l?+OQ 1.52+03 1.05tO8
8.46-03 8.13-03 1.52-02 8.74-03 8.32-03
ls.2p.41.(3/2)Is*2p*4s*(J/2)lr*2p*4s.(1/2)ls*2p*Jp-(l/2)-[K ls*2pv3pu(3/2)-[K
K]4p.(1/2) K]4de(J/2) I K]ld&/2) Jp*(3/2) 3Jp.(3/2)
1.85425 1.85435 1.85438 1.85446 1.85446
3.72tll 8.57tll 9.81+11 2.12t12 X3&12
6.55+11 4.5Qtl4 4.44tl4 4.86t14 4.3&14
3.40+03 6.8QtlO 2.12t12 3.22+07 3.56+13
7.6WOQ 5.15+08 3.33~03 2.81+05 1.02412
2.26tOO 7.47-03 4.40-03 I.IJ-03 2.86-02
1.84773 1.84810 1.84040 1.84831 1.84337
7.58t12 1.2ot12 1.23t12 2.56Ill 1.61tl3
2.42tlJ 4.67+14 4.74414 4.67t14 7.31+13
J.lS,OQ 2.4Qtll 2.01r11 3.66+03 4.13+08
1.37+03 2.57tos 1.08+03 8.03+06 3.6Qt08
6.26-01 1.03-02 5.13-03 2.13-03 8.80-01
ls*2p*ls*(3/2)-[K Is*2p*41-(J/2)-[K Is*2p*4l~(3/2)-[K Is*2peJdn(J/2)-[K Is*2p*3p*(1/2)-[K
4dB(5/2) lpm(l12) I 4p*(J/2) 3s*(l/2) I 39-(1/Z)
1.85452 1.85454 1.85480 1.85485 1.85503
5.81+11 1.25tll 2.43111 2.6Qtl3 4.37tlJ
4.5Qtl4 5.48tll 6.55tll 6.03+13 2.74t14
6.83+10 7.27+08 3.4OIOQ 4.74+03 2.50+12
3.43*08 6.53,08 5.14tos 8.47tos 7.8QrlI
5.07-01 3.07-01 1.5troo 1.7stoo 3.16-01
1.84343 1.84987 1.84936 1.84338 1.85002
2.57tll 4.62tll 1.59t13 1.31t11 4.20+11
4.75+14 4.74+14 4.37t14 4.75tl4 4.76+11
2.65tlO 2.46tlO 2.0*+11 2.65tlO 1.32tlO
5.74t07 1.44+08 3.04t10 2.*3+07 2.26tlO
2.17-03 5.85-03 1.45-01 1.10-03 1.72tOO
ls.2p.4f~(3/2)-[K ls*2pe41_(5/2)-[K Is*2p*lp.(1/2)-[K ls~2p~Ss~(3/2)-[K 1~.2p*ld~(l/2)-[K
4p*(3/2) 1 4p.(3/2) 4pm(112) I Js*(1/2) 4de(J/2)
l.ll5503 1.85528 1.85545 1.85548 1.85543
4.57+10 2.37+10 4.OQt12 3.58rll 8.82+11
5.48tll 4.08+11 5.64+13 8.21+11 l.QQ,lJ
7.27+08 3.02*10 3.08tI2 4.21tlJ 11.35+10
2.42tO8 9.79+03 4.24,11 1.4Ot12 7.72,OQ
J.JJ-01 3.25-01 1.37-01 3.33-02 8.63-02
1.85003 1.85027 1.85037 1.85065 1.85074
2.34tlJ 4.21*11 4.13114 1.42tlJ 4.59tl4
3.5Otl4 1.10,13 4.57+14 4.74+14 4.74+14
1.36t13 1.61+10 2.09+11 2.46+10 2.46tlO
1.75+12 2.47tos 8.Oltll 4.44tOQ 1.43111
1.23-01 1.53-01 3.83tOO 1.80-01 5.81+00
la.2p.3d.(3/2)1 Ki ls*2p*4f-(J/2)K ls.2p.41*(5/2)-[K Is*2p*4de(7/2)-[K ls.2p.4p.(1/2)-[K]4p.(J/2)
Jde(Jl2) (f-(5/2) 4f*(7/2) 4d*(5/2)
1.85581 1.85568 1.85530 1.85538 1.85600
1.30,13 3.78+11 7.43+11 3.4&12 1.44413
7.JltlJ 5.Mtll 8.22+11 3.58rl2 5.64+13
4.1QtO8 7.27*08 2.55+10 5.71rll 3.08+12
4.35tO8 2.OOtO9 1.34,11 3.83112 1.50112
1.04+00 2.75*00 5.26rOO 6.71tOO 4.85-01
1.05076 1.85077 1.85073 1.85083 1.85032
4.75114 1.85tlJ 4.56tl4 2.0&14 4.20+14
4.75t14 4.67t14 4.5Qtl4 3.78,14 4.65tl4
2.65tlO 2.43+11 1.74,11 1.22,13 4.57tll
1.06+11 3.35tlO $.45+11 3.8QtlJ J.2Qt12
4.00+00 1.53-01 l.QQ,OO 3.19+00 7.2ltOO
lr*2p*4fa(7/2)ls*?p*ld.(J/2)Is*2p*41-(5/2)ls*2p*4f.(7/2)ls.2p.4~0(3/2)-
K 4le(5/2) KI Ide(S/?) K 4fe(5/2) K 4f*(7/2) I KI 4ra(l/2)
1.85600 1.85603 1.85607 1.85603 1.85615
1.2Qtll 1.16+12 2.75*11 4.80~10 1.54rl2
1.77111 1.25t13 4.08+11 1.77tll 1.74+12
3.36tO8 3.56+08 3.02tlO 3.36tOQ 1.02tlJ
2.JltOQ 3.53*08 1.14+11 8.56+08 5.26+12
S.82+00 3.70-01 3.77+00 2.16tOO 5.0-01
1.85033 1.85034 I.85038 1.85101 1.85107
4.0JtlJ 4.47+14 4.68tl4 4.57rlJ 4.73+14
4.64tO 4.67t14 4.68tl4 4.65t14 4.74tl4
4.64tf2 2.43*11 4.17tll 4.57tll 2.OWll
7.98+11 3.55+11 4.18t12 J.SQtll 4.15+11
1.72-01 3.8JrOO Q.QQ+OO 7.85-01 1.93~00
lr*2p*4fe(7/2)Is*lpo4f.(Q/2)ls~2p*ld.(3/2)ls*2p*Jd.(3/2)Is~2pellm(7/2)-
K K K K IK
41.(5/2) 41~(7/2) 46*(5/2) Jdfi(5/2) 4fn(7/2)
1.85617 1.85613 1.85821 1.85622 1.85625
3.28tll 1.37+11 5.4Otl2 3.7OtlJ 1.16tll
4.44+Il 1.37411 1.25*13 7.3ltlJ 4.44tll
2.40+08 J.OQtO8 3.56tO8 4.13+08 2.40+08
1.42tOQ 3.08409 1.65tO9 8.47*08 S.OJtO8
5.30+00 3.38tOO 1.7JtOO 2.02+00 2.03100
1.85115 1.85118 1.85127 1.85127 1.85130
1.8Lltl4 4.6JtlJ 4.5ltl4 4.1Qt14 1.7ltl4
4.41114 4.6%14 4.65+14 4.65+14 3.7&14
5.03*12 6.28+03 3.91,08 8.28tOQ 1.22*13
1.21+13 5.0ltOQ 2.28tOQ 4.52tlO 3.20+13
2.JQtOO 7.37-01 5.82tOO 7.20+00 2.62tOO
4d-(3/2) Jd*(5/2) Idm(J/?) Jp~(3/2) 46*(5/2)
1.85626 1.85633 1.05634 1.85640 1.85644
1.35+12 8.5OtlJ 6.76tll 1.54+14 3.42tll
1.6Qt12 8.5ltl3 1.34412 2.74tl4 1.69+12
l.lO+lO 6.05+10 1.32+03 2.50,12 1.7OtlO
8.04tlO 4.83*11 2.66tOQ 2.73*12 2.04,10
4.74+00 7.33+00 2.02*00 1.12100 1.20tOO
1.85130 1.85131 I.85133 1.85133 1.85155
4.78tl4 1.27rll 3.24+14 2.67+14 1.36tlJ
4.78114 4.15tl4 3.50+14 4.48,14 4.85+14
0. 4.46+12 1.34+13 5.03112 3.31+08
0. 4.73+03 2.42tlJ 1.80+13 6.87t07
3. oo+oo 1.06-03 1.78+00 3.54too 1.76-01
Jde(3/2) 4p*(3/2) 4d*(5/2) 46.(3/2) I Jde(JI2)
1.85647 1.85648 1.85652 1.85663 1.85668
5.60+10 1.6ltlO 6.62,ll l.lltl2 7.41+12
4.76+11 3.13t13 1.34t12 3.24t12 7.53+12
1.32t10 1.36+13 1.32+03 5.*2+10 4.37t10
3.02t09 2.33tlO 2.61+03 1.1**11 2.*0+11
2.29-01 2.16-03 1.98,00 2.01too 5.82+00
1.85148 1.85148 1.85155 1.85151) 1.85166
4,lQ+f4 2.75t14 6.78tlO 4.43114 1.33tl4
4.64+14 4.6&l) 4.6Jtl4 4.67(14 4.68rl4
4.64t12 2.10+12 1.73tlJ 3.66tOQ 2.10t12
8.32*12 7.38t12 3.75tOQ 1.41*10 5.17t12
1.73+00 J.Sl,OO 5.65-04 3:es+oo 2.46tOO
1.85670 1.85872 1.85676 1.85681 1.05636
1.12tI2 5.88*12 1.14+11 2.14tl2 2.44,11
1.17+12 l.lOt13 1.14t11 3.24,12 1.31113
1.06rl4 1.61tlO 7.4StlO 5.32+10 4.38t07
4.43t12 3.45+10 3.60111 2.30rll 3.27tO6
4.17-02 2.14tOO 4.03,00 3.811*00 7.48-02
1.85166 I.85167 1.85170 1.85176 1.85186
4.68rl4 4.57+14 4.4Jtl4 1.72tlS 4.5Qtl4
4.61tl4 4.5Qtl4 4.44+14 4.67+14 4.75tl4
5.31t12 6.89tlO 2.12t12 3.66tOQ 4.46tl2
4.67tlJ 2.75+11 4.22t12 5.40t08 1.71rlJ
7.30+00 3.QQtOO l.QQ+OO 1.47-01 3.83+00
1.85700 1.85702 1.85704 1.85703 1.85714
4.34+12 l.lQ+lJ 2.41tl4 1.76tll 4.54+12
2.75,13 1.12rl4 2.52*14 7.59*12 l.lOtlJ
1.82tl2 3.12rl3 2.64tlJ 4.37*10 l.bltlO
1.08t12 1.56+13 4.57tlJ 6.89*09 2.66tlO
5.QJ-01 4.39-01 1.73too 1.38-01 1.65*00
1.85134 1.85196 1.85203 1.85222 1.85224
4.50tl4 4.28tl4 4.66+14 1.97tl4 3.34t14
4.7ot14 4.a5+f4 4.85t14 4.64t14 3.34t14
1.14t13 1.04t10 6.6Qr12 2.68t12 I.40113
4.34*13 I.%4+10 3.81*13 6.80,12 1.0&14
J.IOtOO 1.76+00 5.63*00 2.54too 7.73too
1.85727 1.85736 1.85753 I.85753 1.85758
3.68tlO 5.15+10 1.7&O J.Qltll 1.32~10
3.13tl3 3.13~13 1.78*14 5.87+12 3.71t13
l.36+13 1.36+13 7.79t13 J.OStl2 5.68tOQ
6.6QtlO 9.35+10 1.oer14 8.07rll 1.18tO7
4.33-03 6.83-03 1.33~00 2.65-01 2.08-OJ
1.85240 1.85251 1.85263 1.85263 1.85265
4.33tl4 3.85+13 2.66+14 1.13tl3 l.07tll
4.41t14 4.85+14 4.64+14 2.52t14 4.75,14
1.27tlO 1.04t10 2.68t12 2.64tl3 4.46t12
4.37t10 1.65tOQ 3.17t12 2.14t12 3.96,03
3.92+00 1.53-01 3.43too 8.08-02 8.83-04
1.85753 1.85760 1.85771 1.85774 1.85785
3.47tlO 1.15+12 1.24+12 Q.OOt11 1.51,13
3.5ltlJ 8.88tl2 7.35tlJ 3.74tlJ 2.85*13
S.&Q+09 6.80tll 3.35*12 1.26,10 1.37tlO
1.16*07 3.JJtll 2.34411 1.21rOQ 6.24410
1.38-03 4.89-01 5.32-02 3.61-02 3.17rOO
1.85266 1.85280 1.85281 1.85284 1.85285
4.Oltl4 1.30~13 7.56+12 4.08rl4 4.17tl4
4.04+14 l.QQ+lJ 4.4ltl4 4.12*14 4.63,14
1.2JllJ 1.35*10 1.27tlO 7.56+11 1.73Il3
2.38rlJ 1.70111 8.63+08 2.QQt12 5.QQtlJ
1.32,OO 1.30r00 6.85-02 3.35tOO 3.47tOO
1.857116 1.65826 1.85832 1.85833 1.85870
1.76t12 l.JS,lJ 3-J&10 8.44tl2 1.14rl2
1.76t12 2.85113 5.87,12 6.23tl4 3.24rl3
2.26tll 1.37tlO 3.05+12 3.47tlJ 3.2Jtl2
1.60t12 5.5OtlO 6.32tlO 1.78tl2 4.14tll
7.0StOO 2.83tOO 2.27-02 5.13-02 1.28-01
1.85236 1.85316 I.85316 1.85321 1.85334
3.81+11 4.01*14 4.0Qtl4 !.74rll 5.92tl2
4.115,14 4.86tl4 4.30,14 4.7Otl4 1.25tl3
6.49tl2 3.22t07 3.56tlJ 1.14tlJ 3.56t08
3.12tlO 5.Jlt07 1.23+14 1.65rlO 1.8ltOQ
4.66-03 1.65+00 3.45tOO 1.44-03 1.30100
I.85880
1.3QtlO
1.85884 1.85301 1.85302
2.82tlO 3.21tl3 1.75tll
7.24t12 3.98rlJ 1.74412 7.95,13 1.74t12
2.76+10 2.54,08 1.02tl3 3.35,12 1.02tlJ
2.lltO8 8.65rO5 3.63110 6.03,12 5.QQtll
7.66-03 3.41-O) 3.42-03 1.54400 5.86-02
1s*2p9
(1)
-
ls.ls*
LAYBDA
(0)
A(il)
A(lot)
AUGER
Od
0
TRANSITION
ls.2p.3de(l/l)-[K Is*?p~4p*(5/2)-[K fs*2p*4d.(3/2)-[K ls.?p*4dm(5/2)-[K ls*2p*3d*(5/2)-[K
4
LAUEOA
Is*?p.ld-(l/2)-[K 4s*(1/2) ls*2p*lp-(J/2)K ! 4p*(3/2) ls*2p*Jp*(J/2)K Jp.(l/?) ls.2p_4d.(J/2)II K 4s*(l/2) ls.2p.3d~(5/2)-[K]Jd.(J/2)
1.85883 J.JOtlO
Qd
91
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
2 = 26
2 = 26
TRANSIlION
LAYBOA
ls*Zp~3s.(1/2)K]Sd.(J/Z) 15.Zs.Jp.(3/2)t K]h(l/Z) 1s.2s~4p~(3/2)-[K]4s*(l/2)
ls~2pelf.(5/2)ls*2p.lf-(J/2)-
K]41.(5/2) I K]4f&,.?)
A(if)
A(lOl)
AUGER
Qd
1.85912 1.85913 1.85919 1.85921 1.85924
3.24t12 1.20tlJ 4.82411 2.16tlO 8.37tlJ
4.04tl4 6.8St13 2.09tlJ 4.65t13 8.56t13
1.23t13 4.92+12 6.90+12 l.58+09 4.26tlJ
1.92tll 3.19+12 4.7atll 4.4Ot06 5.56+13
1.56-02 6.47-01 6.93-02 2.79-03 1.31100
1.85928 1.85931 1.85939 1.85954 1.85966
l.16+13 1.40+11 4.32tlO 9.98111 3.07tll
1.69tIJ 4.12*14 3.98+13 2.34t12 9.95t12
6.64tll 7.56+11 2.54+08 1.84tll 2.60t09
1.76t12 1.02+09 l.lOt08 2.91t11 4.82108
1.85972 1.85973 1.85976 1.85983 1.85988
3.61t12 1.57t13 6.24+11 9.59t12 3.96tll
4.12tl4 2.95+13 l.lttl? 9.95*12 2.83t12
7.56+11 1.47+13 1.77+09 2.60t09 6.12tll
I.85991 1.85994 1.85997 1.86000 1.86000
3.20+11 3.9ltll 1.4ltll 3.76tlJ 4.85t13
4.43+11 1.16+12 1.04t12 4.65+13 4.85t13
1.86001 1.86009 1.86011 1.86013 1.86010
8.05t12 8.84tl2 6.23t12 9.5Jtl2 3.97tlJ
1.86018 1.06022 1.86023 1.86023 1.86027
1RANSIllON
A(i1)
A( loI)
1.08168 1.86174 1.86109 1.86193 1.86194
1.06+11 3.09113 8.91tll 4.87tlO 3.18tll
7.24t12 6.03+13 2.09+13 2.16+13 a.2ltll
2.76tlO 4.74tOS 6.9Qt12 4.34+09 4.2lt13
1.61tOQ 9.71+09 8.84tll 5.86+07 I.25412
5.84-02 2.05tOO l.28-01 1.45-02 2.96-02
2.65tOO 1.35-03 4.54-03 1.58tOO 1.85-01
1.86204 1.86207 1.86208 1.86214 1.86215
6.02t12 6.47t12 2.87tlJ 8.71+11 2.66tlQ
l.lltlJ 2.09t13 2.87+13 4.37tl3 4.29+13
7.33tlO 6.90t12 1.08+12 1.12tll 3.76412
7.72tlO 6.42t12 8.35t12 8.9OtO9 1.28tlO
l.OS+QO 9.31-01 7.71too 7.94-02 3.42-03
2.65tlO 1.04t13 5.73t09 1.51t10 4.22tfl
3.50-02 7.10-01 3.24tQO 5.78tOO 6.89-01
1.86218 1.86236 1.86239 1.86243 1.86260
4.18tl2 8.45+10 8.9ltl2 3.79t12 8.60tll
3.JZtf3 8.21+11 9.61+13 2.95t13 1.14*13
9.10*11 4.21+13 4.88+11 1.47tlJ 7.33t10
4.47t11 3.3ltll 9.02tlQ 2.52+12 l.lOtlO
4.91-01 7.86-03 1.85-01 1.72-01 1.50-01
2.95to9 1.77+09 3.37t11 1.58tQ9 2.84tO8
1.69tfO 3.59to9 2.08tll 7.66tOQ 2.27+09
5.73too 2.03too 6.16-01 4.85tOO 8.ootQo
Is.2p~31~(3/2)-[K]3~~(1/2)
1.86265 1.86277 1.86288 1.86297 1.86297
3.27+13 6.15t14 6.9Otl2 2.07+12 3.86t12
4.26tlJ 6.23tO 1.62tlJ 3.37+13 3.4Otl3
1.08tI2 3.47tlJ 7.92t12 2.9Otl2 8.37tlO
3.22tl2 l.SOtl4 4.5Jt12 3.28tll 1.85tlO
2.99tQO 3.74+00 5.72-01 1.13-01 2.21-01
3.24tlJ 4.65tlJ 8.69tlJ 3.95tlJ 3.96+13
3.23+12 1.58tO9 7.97+12 1.92tlO 2.54+08
2.92t12 1.8OtOQ 2.09+12 2.78tlO 1.01+09
9.05-01 1.14tOO 2.63-01 1.45tOO 3.99tOO
ls.2p-3d-(5/2)ls*ZpeSde(5/2)1~.2r*4,.(1/2)lso2p_3s*(1/2)ls.2p.2p.(1/2)-
1.86300 1.86341 1.86343 1.88343 1.86343
4.14+13 1.44tl2 8.69+12 9.40112 5.4Otl4
4.29+13 4.29tlJ 1.62+13 1.20113 7.05+14
5.89tll 5.ODtll ?.92+12 4.13tlO 1.02t12
3.37+12 1.17tll 5.71+12 6.45tlO 1.57t12
5.72+00 1.99-01 7.21-01 1.56tOO 1.53tOO
4.15tlJ 3.00tl3 3.79t12 4.35tlJ 2.16+13
4.lStlJ 3.95+13 7.79tlJ 4.35tlJ 2.2OtlJ
5.42tlO 1.92tlO 7.43~11 2.7OtlO 1.07tl2
5.41411 8.75tlO 7.16tlO 2.16tll 6.00112
9.99tOO 4.55tOO 9.63-02 8.OOtOQ 5.6OtOQ
1.66345 1.86350 1.86357 1.86367 1.06381
1.26t13 1.63+13 3.54*13 3.22tl4 1.18tll
l.Jl+lJ J.J2+13 3.57+13 3.63+14 4.65+13
4.38tO7 9.lQt11 3.63t12 1.25t14 5.14t11
1.69t08 I.74412 1.97413 3.3ot14 5.17tos
3.85tOQ l.92tOO 5.41too 2.64tOO 1.01-02
99
LAYEOA
ls*2p.4d-(J/2)-[K 4d*(5/2) Is*2peJd*(J/I)-[K 3 Jd.(5/2) ls*?s*4p*(J/2)-[K]4d.(3/2) Is*2pe3d*(5/2)-[K]JdB(5/2) ls~2p.3s~(JI2)-[K]3d~(3/2)
K 3d-(3/2) K I Jd*(5/2) K 4p*(3/2) K 3$*(1/2) I KI Z&(1/2) 3d-(J/2) 3p.(3/2) 3p.(3/2) Zp-(l/2) 4dm(3/2)
AUGER
Qd
99
tr.2pmls*(l/?)ls*2p-46*(5/2)ls.Zp.4d~(J/2)ls*Zpmld.(t/2)1~.2pmJp.(J/2)-
K EK K K II K
41*(1/2) 44-O/2) 4dm(J/2) ld.(J/Z) Jp-(l/2)
1.86027 1.86027 1.86028 1.86029 1.86034
2.73t13 4.93+12 3.00113 3.5OtlJ 3.38113
3.37tlJ 4.35tlJ 3.71+13 3.5ltIJ 1.5?+14
2.DOt12 7.31tlO 5.68tOD 5.88+09 8.85t12
4.32t12 4.96tlO 1.84tlO 1.17+10 7.23112
1.49tOO 6.78-01 3.24tOO 1.99+00 8.16-01
ls*2pe3d-(3/2)ls*2p~4,.(3/2)ls.2p.Jpe(J/2)ls*2r.2p-(1/2)ls*2p-4~~(1/2)-
K 3d*(5/2) K 3 4d.(5/2) K Jp-(l/2) K 2s.(l/2) I K I Id-(J/Z)
1.86387 1.86398 1.86416 1.86420 I.86433
1.58411 2.65tll 4.37t13 3.18+14 1.32tll
1.31*13 4.65t13 6.32tlJ 3.18tf4 7.32+12
4.38tO7 5.14+11 l.14tll 3.84413 2.19+11
2.12+06 1.16tlO 3.i4t11 6.85tlJ 7.66tOQ
4.82-02 2.25-02 2.76tOO l.?8tOO 3.50-02
ts.2p-)d*(5/2)ls.2pe4d*(J/2)1$.2p.4d.(5/2)11.2pmld-(3/2)lr.Zp.Jd.(3/2)-
K K K K II K
3d.(3/2) 4de(J/2) 4d*(5/2) 46*(5/2) Jd.(J/Z)
1.86043 1.86044 1.86045 1.88046 1.86047
1.88tlJ 5.22+12 3.86t13 6.91+12 2.34+13
7.88tlJ 3.74+13 4.35t13 3.71t13 2.42tlJ
6.6OtlQ 1.26tlO 7.31tlO 5.68tO9 3.7Qtll
9.46+10 7.02+09 3.88+11 4.24+09 1.41+12
1.4JtOO 5.58-01 5.31tOQ 7.48-01 3.8ltOO
ls.2p-Jpm(1/2)lr*2pe3p-(3/2)ls*2s*Jp~(3/2)ls*2p~Js~(5/2)fs~2p~Js.(1/2)-
K K K K IIK
1.86459 1.86547 1.06564 1.86564 1.86576
1.06tl3 3.30+12 1.23*12 6.68tlo 3.27tll
2.llt13 6.32+13 6.8Stl3 4.16tll 8.56tlJ
2.74tlO 1.14*11 4.92t12 7.07*09 4.26tl3
2.76tlO 2.38tlO 3.27tll 5.87tOS 2.17tll
1.01too 2.09-01 6.64-02 a.Ji-01 J.ll-03
1.86048 1.86059 1.86061 1.86061 1.66062
4.42tlJ 7.29+11 2.79113 3.62+10 3.09tlJ
4.42tl3 1.69+13 3.24413 3.62tlO 3.74+13
0. 6,64tll 7.23~10 2.32tO9 1.26tlO
0. 1.10+11 I.24tll 1.74tlO 4.16tlQ
J.OOtQQ 1.86-01 1.72tOO 7.52+00 3.3QtOO
1.86591 1.88805 1.86606 1.86650 1.16660
1.5Qt12 4.09+11 1.14t13 2.12tl4 S.QS+ll
2.11tl3 4.76411 6.8StlJ 2.12114 9.45+12
2.74tlO 7.07tos 4.92112 1.4ot14 4.52tf2
3.91tOS 3.59t10 J.OStl2 5.07414 1.18t12
1.43-01 5.08tOO 6.19-01 3.61+00 2.60-01
1.86064 1.86065 1.86066 1.86067 1.86070
3.74tl3 1.25t12 4.08+13 2.26+11 2.60tlJ
3.74tl3 6.06+13 8.69t13 2.83+12 3.11t13
9.65tll 1.99tll 7.97tl2 6.12tll 2.84tll
7.52+12 7.22+09 1.37tlJ 2.43tll 4.71tll
7.8OtOO 3.63-02 I.72100 3.97-01 1.66tOO
I:*2s.Jp.(l/2)Is.2r.Jp.(l/2)ls*2s*Jp*(J/2)lt.2s.4p.(l/?)ls.2r.3s.(1/2)-
K K K K IIK
3d-(3/2) 3s.(l/2) Js.(1/2) 4r.(l/2) 3p.(1/2)
1.86717 1.86734 1.86748 1.86761 1.86771
I.13113 1.91tl2 l.lO+lJ 3.32tlO l.JltlJ
6.86tlJ 7.1Qtl3 6.91+13 3.85+13 J.J3+13
1.99411 l.JOtl2 1.5Jt12 1.84tl2 2.3Otl3
6.55tlO 6.85+10 9.51tll 3.03tOQ 1.07tlJ
5.29-01 5.29-02 6.21-01 1.65-03 4.64-01
1.88076 1.86076 1.86079 1.86084 1.86085
1.46tll 2.18t12 2.83+13 5.99113 7.1Otll
1.04t12 2.83+12 7.79+13 7.88+13 I.O4+12
J.J?tlf 6.12tll 7.43tll 6.8OtlO 3.37+11
2.15+11 2.32tl2 5.35tlI 3.Qltll 1.04tl2
6.37-01 3.79+00 7.21-01 4.56tOO J.OQtOQ
ls.2..4p.j3/2)Is.?p.2p.(l/2)lr*Zs*Jd*(3/2)Is.Zs.3d.(5/2)lto?p_2p*(3/2)-
K K K K K
4r*(l/2) 2p.(3/2) 3p*(3/2) 3p*(3/2) Zp*(J/?)
t.86772 1.86790 I.86100 1.86808 1.86814
8.06tlt 1.6Stl4 4.ost11 5.19*10 4.07t13
3.47*13 7.05to 9.45tl2 3.30412 3.63+14
1.81+12 1.02*12 4.52112 3.8St12 1.25+14
1.6Otll 4.78tlI 5.29t11 1.68tll 4.17t13
8.62-02 4.66-01 1.17-01 4.33-02 3.34-01
1.86088 1.86088 1.86088 1.86103 1.86106
1.75t13 8.73tll 2.70111 6.32t12 1.8ltl2
1.93+13 2.34tl2 2.42+13 2.25+13 1.93tl3
3.15tOQ 1.84tll 3.7Qtll l.39tl2 3.15tOS
1.71tlQ 2.54tll 1.63tlO 1.47+12 1.77+09
5.43tOO l.38+00 4.40-02 1.06+00 5.63-01
ls02s.4d*(3/2)ls*?c*4fm(5/2)ls.2,.4d.(5/2)lr.2s.46.(3/2)ls.2s.4d-(l/Z)-
K K K K K
4p.(3/2) 46.(3/2) 4p.(3/2) 4p.(l/2) lp-(l/2)
1.86833 1.86839 1.86839 1.86848 I.86850
3.83110 6.04tlO 4.86tlO 8.42tlO 2.97tlO
6.10111 8.04tlO J.Ss+ll 6.42tlO 2.97+10
5.37*11 7.49+09 4.8Otll 8.94tQ8 1.4ltO6
7.1at10 4.00+10 1.6lttl 3.53tos 2.81tO6
1.34-01 5.34+00 3.36-01 3.95too 2.ootoo
1.86106 1.86110 1.86111 1.86126 1.86127
5.03110 4.49tlJ 2.89+13 3.98t12 4.23+13
9.6ltlJ 4.65+13 2.92tf3 J.llt13 4.29tl3
4.88tfl 5.14tll 3.19tll 2.84tll 3.76tl2
5.OQtO8 1.96t12 1.87+12 7.2OtlO 2.04tl3
1.04-03 J.ll+OQ 5.87tOO 2.54-01 5.44tOO
1.86858 1.86860 1.88881 1.86877 1.86885
1.15t10 4.54+10 2.52tlO 3.01t10 1.15+12
5.65tl2 4.54t10 2.52tfO 3.01+10 1.48tl2
3.67tll 6.81+09 1.30*07 1.34+08 2.25+07
2.79*09 4.74t10 7.8lt07 1.07tos 6.9St07
7.62-OJ 8.96tOO 6.00tOO 7.96tOO 3.11+00
1.86129 1.86133 1.86150 I.86152 1.86156
3.Qltll l.bStl2 7.01112 2.16tl3 4.83tl4
2.92t13 6.03+13 7.24+12 2.16tl3 4.63+14
J.lStll 4.74tOS 2.76tlO 4.34tOS 9.4OtO9
l.97+10 5.12+08 1.06tll 2.60110 3.76tlO
6.18-02 1.08-01 3.86tOO 5.98tOO 4.OOtOO
1.86897 1.86898 1.86899 I.86903 1.86918
6.IZtll 3.43tlO 1.12+12 1.8Otl3 7.81410
8.17tll 3.4JtlO 1.99t13 3.33113 4.26tlJ
l.OltlO 4.QJtOS 7.33tll 2.JOt13 1.08+12
l.lOtlO 2.16tlO 1.59tll l.47tlJ ?.69+09
1.48tOO 5.37400 2.16-01 6.39-01 7.15-O)
1.06159 1.86159 1.86162 1.86165 1.86166
3.84tlJ 7.35+12 6.73+12 2.32tl3 3.48tl3
4.37tl3 2.25tlJ 7.32+12 3.48tl3 1.57+14
1.12tll l.JSt12 2.19tll 6.37tlO 8.85tl2
3.92tll 1.7ltl2 3.9ltll l.lltll 7.45+12
3.5OtOO 1.23100 1.79tOQ 1.33tOO 8.41-01
1.86928 1.86960 1.86996 1.87017 1.87029
3.43+10 2.64tll 4.3ltll 3.07tlO 9.04tlO
3.89tll 4.26tl3 5.05tll 1.48t12 8.17tll
4.8Otll l.Q8+12 3.16t06 2.25tO7 l.OltlO
1.14tll 2.60110 1.62t07 1.87tO6 2.21tOD
2.37-01 2.42-02 5.13tOO 8.30-02 2.19-01
1c92p.
(I)
ls.?pmld.(5/2)ls*2s*,d.(3/2)Is.2p-Jd-(3/2)ls.Zp.lp.(J/Z)ls*2p_4d.(5/2)-
-
11.1s*
K K K K II K
(0)
4dr(3/2) 4f-(5/2) 3d*(5/2) 4Sm(l/2) 4d*(5/2)
364
Jp-(l/2) 3p.(3/2) 3dm(J/2) 3d.(3/2) 3dm(3/2)
II II
Atcmfc Oata andNuclear Data Tables, Vol. 38.No. 2.Manh1998
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 2 = 26 TRANSITION
Is~2s*Sp.(3/2)1~.2s*3s.(1/2)-
K]Jde(3/2) EK]Sp.(l/Z)
ls.2p.Jp.(l/2)K]4p*(3/2) ls*2p*3de(3/2)EK]4d.(3/2) ls.2p.3p*(W)-[K]4p*(3/2)
ls~2p.3p.(1/2)-[K]4p*(3/2) ls*2pe3p.(5/2)K]4p.(3/2) Is.Zp*3de(5/2)t K]lde(3/2)
ls*2p~3p~(3/2)ls.2s~3s.(1/2)ls.2s.3~.(1/2)-
K 4pe(l/2) K 4p.(1/2) II K 4pe(3/2)
A(if)
A(lol)
Qd
tw
1.87073 1.87077 1.87103 I.87131 1.87252
3.64tlO 3.76tlO 2.57tlO l.SltlO 3.63tlO
1.02+13 7.34tll 2.57tlO 5.85+12 3.63tlO
7.94tll 1.3atl3 8.25t07 3.81111 2.96t06
1.05110 1.85tll 4.93+08 4.65tOS 1.18+07
1.33-02 l.3,-92 5.$8+09 1.27-02 4.OOtOO
1.87308 1.87352 1.87391 1.87405 1.87412
2.06tl3 3.37tl3 3.49tll 2.96tlO 1.25tll
2.06tl3 3.37tlJ 7.10113 6.Qltl3 5.00t12
2.47tll 2.25tl3 l.JOtl2 l.SJtl2 4.3Otl3
4.87tfl 8.10113 1.25+10 2.57tOS 2.25+11
l.97too 3.5VtOO 9.67-03 1.68-03 5.23-03
1.87456 1.87485 1.87523 1.87557 1.87562
1.59tl3 5.95tlO l.Olt13 5.06tlO 4.97t12
1.59tl3 5.95tlO 1.02t13 1.99+13 4.97+12
l.IOtll l.BOtO8 7.94tll 7.33tll 2.65110
2.72+12 1.07tOV 2.94+12 7.19tOQ 5.26tlO
3.83+00 5.98tOO 3.70100 9.81-03 l.VStOO
1.87753 1.87758 1.87886 1.89296 1.89759
l.QStlO 8.10410 6.97tlO 9.49+12 3.83t12
8.96tlO 2.06tl3 6.96tlO 1.93tlJ l.SJtl3
3.08tO6 2.47tll 3.08tO6 1.42tl4 1.42tl4
2.74t06 1.92tOS 9.60106 1.67r13 1.73tlJ
8.118-01 7.76-03 3.11tOO 1.18-01 1.22-01
1.96424 1.96456 1.96595 1.96707 1.96715
4.17tlO 2.63tlO 7.97+10 6,OJtlO 8.37tlO
3.5Oti4 4.4ltl4 4.63+14 4.6ltl4 4.86+14
1.36tlJ 1.27tlO 1.73+13 2.9Ot13 3.22t07
3.12+09 3.02tO6 l.l5tlO 2.14tlO l.lltO4
2.29-04 2.38-04 6.64-04 7.3a-04 3.45-04
1.96715 1.96805 1.96865 1.36872 1.96909
5.86tlO 3.tJtlO 2.73tlO 7.06+10 5.39t10
4.38tl4 4.61+14 4.38t14 8.51t13 4.04+14
3.56+13 2.90+13 3.56+13 6.05tlO 1.23tlJ
1.76tlO l.litlO 8.21tOS 4.01+08 3.19tOS
4.95-04 3.83-04 2.31-04 6.63-03 2.59-04
1.96930 1.96932 1.98994 1.97065 1.97069
5.1atlO l.SStlO 3.85tfQ l.aJtlO 1.16+10
4.12+14 2.74+14 2.74t14 1.12+14 2.85tl3
7.56tll 2.50tl2 2.50+12 3.12tlJ 1.97+10
3.80+08 3.60+08 6.95t08 2.3atlO 4.S3t07
5.02-04 1.44-04 2.78-04 7.64-04 2.45-03
1.97157 ! .97269 1.97359 1.97404 1.97431
3.4OtOv 2.51tlO l.S7+10 1.65tlO 2.lStlO
6.03tl3 7.95tl3 7.88+13 1.6vtl3 2.20tl3
4.74409 3.95+12 6.60,10 6.64tll 1.07+12
2.96t06 4.75tOV 4.41+07 Z.SOtO$ 6.!1+09
6.24-04 1.20-O) 1.43-03 3.76-03 5.10-03
1.97482 1.97524 1.97530 1.97550 1.97556
1.93tlO 2.5atio S.SJtlO 3.18tlO 1.22tll
2.16+13 1.57+14 2.20tl3 8.21tll 1.63+13
4.34tO9 a.a5tf2 l.Oltl2 4.21tl3 6.64tll
2.33tO7 5.51tos 2.77tlO 1.25tll l.aStlO
5.36-03 6.23-04 2.5a-02 2.96-03 2.79-02
1.97640 1.97654 1.97954 1.96355 i.sa4ia
3,lOtlO 4.03tlO 1.77tlO 2.96tlO 4.satlo
6.aStl3 a.56+13 6.32t13 3.33tlJ 3.33tt3
4.92t12 4.26+13 l.lltll 2.3Otl3 2.30113
a.27tOV 2.67+10 1.2Bt08 2.42tlO 4.oatlo
l.la-03 6.2a-04 1.12-03 1.05-03 1.77-03
1.98515 2.22427 2.23249 2.237116 2.23797
1.3atlO 6.a4tlO 1.15tll 4.0StlO l.lJtll
6.91+13 2.52tl4 6.23tl4 2.12tl4 7.05tl4
1.53tl2 2.64tl3 3.47tlJ I.40114 1.02+12
1.20109 1.3OtlO 2.42tlO 9.76tlO 3.26t08
7.111-04 4.91-04 6.97-04 6.96-04 3.19-04
2.23032 2.24371 2.24960 2.25259 2.25321
6.47tlO 2.75tlO 7.57t10 5.27tlO 3.85tlO
3.63t14 1.7atl4 4.a3ti4 1.17tl2 1.7atl4
1.25+14 7.7StlJ 9.40+09 1.06+14 7.79t13
6.63110 l.67tlO 5.8sto6 2.OStll 2.3StlO
5.30-04 2.15-04 6.27-04 1.96-03 3.01-04
2.25345 2.38928 2.39877 2.40635 2.42362
5.14tlO 2.62tlO 1.56tlO 2.24tlO 2.35tlO
3.1atl4 2.52tl4 6.23tl4 7.05+14 4.83tl4
3.a4tl3 2.64tl3 3.47+13 1.02t12 9.4OtOt
l.IltlO 4.97tOV 3.29tOS 6.5ltO7 l.aJtO6
2.89-04 l.BB-04 9.49-05 6.36-05 1.94-04
2.42609
2.35tlO
3.18tl4
3.a4tl3
5.06tOS
1.32-04
L AUBDA
365
AUGER
AtomkOataandNucbarOataTables.Vd.38.No.Z.MarchlS88
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE
II. Wavelengths. Radiative and Auger Rates, Satellite Intensity Factors, and Line %&escence Yields fo; Satellites of He-like Ions Seepage 344 for Explanation of Tables
I = SO
2 = JO
IRANSlIION
A(tot)
L AlmA
A(il)
1.11266 1.11324 1.11598 1.11617 1.11768
9.93tlJ 1.7ot13 6.75tlO 8.42+10 9.64tlO
9.93+13 1.70tlJ 7.99+14 8.12tl4 7.70tt4
0. 0. 2.83tll 2.JOt1, 5.02t09
0 0. 9.56+07 4.96t07 2.52106
3.ootoo 3.00+00 J.JB-04 2.07-04 5.01-04
ls~2p~4s*(3/2)-[K]Zs.(l/Z) ls.Zp.4d.(l/Z)K]259(1/2) ls.2p.4d.(J/2)I K]Zs.(l/Z) Is~Zpeld-(3/Z)-[K 2s.(1/2) IsQp.ld.(W)-[K 3 2s.(1/2)
1.11952 1.12106 1.12107 1.12111 1.12162
4.75t10 1.96tll 6.8JIll 4.52tll 3.24tll
4.70+12 1.07t14 1.13t14 1.03+14 1.85+13
9.09t12 1.48tO9 3.08+10 2.75tlO 6.02tlO
1.25tll 5.43+06 7.42+08 4.83108 4.20+09
Is~2s~4p~(3/2)-[K]Zs~(l/2) 1~.2s~4p.(l/Z)K]?sa(l/2) ls.2p.4~.(1/2)1 K]2s*(1/2) ls*2p*lp*(1/2)-[K 2pe(l/2) ls~2p*4p.(J/Z)-[K 3 2p-(l/2)
1.12179 1.12218 1.12237 1.1224J 1.12256
2.Jlt13 1.9JtlJ 6.34t12 2.24+,2 2.35+12
J.74tlJ 4.87tlJ 1.01t14 7.91t14 8.09t14
8.44+12 1.5ltlJ J.50+12 4.99t12 5.56+12
ls*2pels.(3/2)-[K 25*(1/2) ls.2p.4~*(1/2)-[K 1 2s.(1/2) 1~.2~*4pe(3/2)-[K]2p-(l/2) 1~.2p*lp.(1/2)-[K]2p.(1/2) ls~2p.4f*(J/2)-[K]2p~(1/2)
1.12273 1.12297 1.12298 1.12299 1.12367
2.60+12 1.09+12 1.10412 1.73t12 J.5JtlO
1.27+14. 1.94+13 8.07+14 8.27t14 1.70t12
1.12429 1.12469 1.12508 1.12545 1.12545
1.72+12 1.54tll 5.12tlO 6.87+13 2.51+12
1.12551 1.12557 1.12569 1.12599 1.12600
AUGER
Od
A(i1)
A(lol)
1.17660 1.17676 1.17795 1.17829 1.17187
2.02tll 2.1&12 J.24+11 1.6lt12 7.2JtlJ
2.86+13 l.Jltl4 J.38tlJ 5.98+14 1.02tl4
2.75t13 1.32t12 4.69tO9 I.48+13 l.OJ+lJ
3.96+11 8.71tlO 1.79t08 7.75410 2.65+13
1.44-02 6.59-02 3.83-02 5.24-OJ 2.57+00
l.JB-02 3.66-03 2.41-02 1.76-02 6.96-02
1.17691 1.17945 1.18001 1.11002 1.18011
3.57+12 2.24+12 2.16tll 1.03t14 5.39tlO
7.96t14 1.52+14 7.89tl4 1.31tl4 7.82+14
1.93tlJ 4.62tlJ 1.25tlO 4.05tll 3.57+13
J.JOtll 1.05+12 6..95+06 6.JJtll 9.40t09
1.75-02 2.27-02 5.47-04 1.56+00 2.63-04
1.70tlJ 9.12+12 4.25tll 2.6ltlO 6.4ltlO
2.01*00 6.04-01 1.22-01 5.64-03 1.15-02
1.18087 1.1809J 1.18137 1.18161 1.18182
2.66tlJ 2.70t13 8.63t12 5.52t12 3.15t12
5.16tl4 1.20+14 3.8ltlJ 5.98tl4 1.28+14
2.23+12 1.99tl2 4.7OtlO 1.48+15 2.JOtl2
2.46tlI 1.75t12 2.lJtlO 2.66+11 2.22+11
1.10-01 8.81-01 4.53-01 1.80-02 9.66-02
6.35+11 2.32tll 1.18tl3 2.12tlO 1.99+10
5.lBtlO 2.58tlO 6.35tlO 8.87+07 1.63tO9
1.16-02 1.11-01 5.J9-03 4.18-OJ 6.21-02
1.18223 1.18264 1.18283 I.18295 1.18JOJ
8.01+13 2.01+12 5.59tlJ 1.18+14 9.59413
7.96+14 I,10113 8.26t14 1.20+14 1.21+14
1.93tlJ 1.75t12 2.35+13 1.26+12 1.41+12
7.60+12 3.29tll 9.29+12 2.44tl2 4.55+12
3.93-01 1.88-0, J.95-01 1.94+00 J.OWOO
1.00114 5.OOtlJ 1.40+13 6.88t13 7.91tl4
2.9Jtl2 1.59t12 5.37tll 1.94+12 4.99t12
9.74tlO 1.9OtlO 7.59+09 J.76+12 3.15tlO
3.33-02 1.19-02 1.41-02 1.94tOO 6.32-OJ
1.18334 1.18344 1.1837J 1.18406 1.18413
1.mt14 4.94tl3 11.78t12 4.3Jtl3 9.09+12
7.119+14 7.82t14 1.80113 4.60tlJ 9.17+12
1.25+10 3.57+lJ 2.99111 1.12tl2 1.03tll
5.9&09 8.61tl2 5.72tll 4.lOtl2 2.Oltll
4.78-01 2.41-01 1.9ltOO J.68tOO 1.96tOO
5.64tlJ 2.44tlJ 3.5l+lJ 2.04+13 1.49tlJ
5.13tlJ 8.09114 8.34+14 8.07tl4 1.51+13
1.81+12 5.56+12 5.67t12 1.18tlJ 5.92tll
6.78112 6.66+11 1.42t12 1.17t12 2.26t12
3.75tOO 1.20-01 2.51-01 9.98-02 5.82100
1.18420 1.18423 1.18426 1.18450 1.18505
4.4OtlJ 1.6Ot14 1.72+14 1.90tl4 1.45+12
5.16tl4 1.75+14 J.JOtl4 2.58+14 7.66tlJ
2.23t12 2.96+1J 1.17+13 5.J6+11 5.37+1,
3.8Otll 1.39tl4 2.Jlt13 7.87+11 2.02+10
1.70-01 4.69tOO 2.OltOO 1.47tOO 5.75-02
1:::~:::rI:::~I~:j:~:~~~~~
1.12600 1.12604 1.12678 1.12679 1.12692
3.65t13 3.18+12 7.6JtlO 8.66tlO 1.20tll
6.27+14 J.22t12 1.16414 1.4Jt12 5.a9+11
2.12+10 7.95110 2.17t07 1.68+10 1.65tlO
1.67409 1.53+11 5.72+04 6.17t09 1.97+10
8.82-02 1.93too 2.63-03 3.67-01 1.19too
1.18514 1.18516 1.18573 1.18598 1.18643
9.59t12 7.16tlJ 2..91t13 J.lOt13 3.12tlJ
5.Jl413 1.2&l+ 3.2Jtl3 4.lOtlJ 1.58+14
1.24412 2.30412 1.33t13 1.75t12 1.99tll
6.72+11 5.05412 4.90tl3 5.07t12 1.57tll
7.06-01 2.19*00 3.69tOO 2.90tOO 7.119-0,
ls.2s.4de(3/2)ls~Zp.lp*(1/2)ls.Zpelp.(J/2)1~.2pelp.(1/2)ls.Zp.4~.(5/2)-
K]2p.(1/2) I K]2p.(3/2) K 2pe(1/2) K 2pe(l/2) fl K 2p.(J/2)
1.12717 1.12731 1.12741 1.12744 1.12750
1.74t12 6.09tlJ 6.95tlJ 8.30413 4.97tlJ
4.12t12 1.00+14 1.95t14 1.8&14 4.9(1t13
2.47tll 2.93t12 7.54+12 5.57+11 1.23t13
3.92t11 3.45+12 l.OJtl3 4.91t11 5.89+13
1.59too l.lBtOO 1.37too 8.81-01 4.(10+00
2pe(112) 2p.(3/2) 2pm(l/2) 2p*(J/2) 2p.(J/2)
1.18664 I.1117011 1.18727 1.18761 1.187.95
1.49+13 2.90tll 1.59tlJ 8.42tll 2.66+12
4.28rlJ 1.80+13 2.07t13 3.3Ot14 2.58+14
4.68+10 2.99tll 4.2Ot12 1.17+13 5.36411
3.27tlO I.89110 1.07tlJ 1.15tll l.lltlO
6.98-01 6.33-02 2.55tOO 9.117-03 2.07-02
2p*(J/2) 3 2p.(J/2)
1.12771 1.12774 1.12782 1.12807 1.12811
4.18113 3.4lt12 1.29tl3 1.45tlJ 1.24tlJ
5.OOtlJ 9.64+13 3.54+13 1.52tlJ 1.40*13
1.59+12 6.84tll 1.74t12 4.43+12 5.37+11
5.16+12 4.80+10 2.4lt12 1.96tlJ 1.8J+12
J.24+00 7.03-02 l.JOtOO 4.42+00 J .42tOO
11*2s.J1*(1/2)-[K lr*2s*Jd-(3/2)ls.2pe3pe(l/2)ls*2p.Jp.(5/2)ls.2s.Jde(1/2)-
K K K II K
2pe(l/2) 2p.(l/2) 2p.(3/2) 2p.(J/2) 2p_(l/2)
1.18814 1.18839 1.18840 1.11844 1.181148
1.98t12 1.40+12 b.JLItll 3.46tll 5.76+11
5.05tl3 6.63+12 7.66tlJ 1.09tl4 3.77+12
2.38t13 1.84tO8 5.37tll 6.9Jtl2 1.09tll
1.27+12 1.55tO8 .9.88+09 1.24tll 3.25tlO
5.34-02 8.42-01 1.65-02 1.79-02 2.97-01
1:::~::~:1::2'~IE:j2~~~~~~~ ls.2s.4~.(1/2)K 2pe(1/2) ls-2s-4d*(5/2)K 2p.(J/2) ls*2pe4f.(5/2)ij K]2p*(J/2)
1.12817 1.12839 1.12876 l.lJOO6 1.13010
1.22tl3 8.22+12 8.84tll 7.37t10 5.7OIlO
l.JJt14 2.5OtlJ 2.82tlJ 5.39tl2 1.91t12
6.06tlO 1.15tll 8.45+12 1.0.5t12 5.2Otll
2.2JtlO 7.52+10 4.08+11 7.JLItlO 7.33tlO
3.67-01 6.54-01 4.83-02 6.84-02 1.41-01
ls.2peJp.(J/?)ls.?p-Jp.(J/?)ls*2peJp.(1/2)ls*2a*Jd*(J/2)lso2s*Jd*(5/2)-
K K K K II K
2p.(3/2) 2p*(J/2) 2p*(J/2) 2p.(3/2) 2p.(3/2)
l.18849 1.18979 1.19000 1.19064 1.19061
4.19tl2 3.90*12 1.40+12 4.12tll 3.9Otl2
5.31+13 1.51t14 4.28+lJ 2.07+13 4.41+12
1.24+12 1.99+11 4.6lltlO 4.20,12 J.47tl2
3.8ltll 1.97+10 J.O7+09 2.78tll l.OJ+IJ
J.OO-01 o.lll)-02 6.55-02 6.63-02 2.97tOO
Ir.2p.lp*(J/2)ls.2p.lp.(l/2)ls.Zp.lp.(5/2)ls*2vld.(J/Z)ls.Zpe4pe(1/2)-
K K I1K K 11K
2pv(3/2) Zpa(J/Z) 2pr(J/Z) 2pe(1/2) 2p.(J/2)
l.IJO45 1.13047 1.13068 1.15074 1.13078
4.28tll 3.2Jtll 6.58+11 8.70tll l.14t12
1.95tl4 1.88+14 1.21+14 1.06t12 9.64tlJ
7.54t12 5.57tll 5.09t12 4.96tll 6.84+11
6.J7tlO 1.91+09 1.60+11 l.llt12 1.61+10
8.45-03 3.43-03 3.14-02 2.24400 2.35-02
lr~?s.Js*(1/2)ls.2s.3~.(1/2)ls.2s.Jdm(5/2)ls.2r.Sr*(1/2)ls.2p.ls.(J/2)-
K K K K II K
Zpm(l/?) 2~*(3/2) 2p*(3/2) 2p.(3/2) 3s.(1/2)
1.1912J 1.19151 1.19161 1.19462 1.50075
4.13tl2 9.83+11 1.97tll 3.26tl2 7.17tlO
7.84+12 5.0511J 1.35+12 7.84t12 7.70+,4
4.46tlJ 2.38+13 6.10+08 4.46+13 5.02+09
7.03+12 6.29111 5.34408 5.54+,2 1.87tO6
1.50-01 2.65-02 8.76-01 1.24-01 3.73-04
ls.2p.lp.(J/2)ls.2s*ld.(3/2)ls*Zp.4~.(3/2)ls.2p.lp~(1/2)ls.2,.4~.(1/2)-
K K K K II K
2p.(J/2) 2pe(l/2) 2p*(J/Z) 2p*(J/2) 2pe(1/2)
1.15066 1.13106 l.lJ121 1.13143 1.13220
4.98tll 3.25tlO 1.15tl2 2.88+11 5.85+11
3.54413 2.59tll 1.3Jt14 2.50113 1.23+12
1.74t12 1.65t09 6.06tlO 1.15tll 1.45tlJ
9.32tlO 6.23+08 2.09tO9 2.63+09 1.08+,2
5.36-02 4.99-01 3.45-02 2.29-02 7.43-02
1~.2p~4r.(1/2)ls*?p*4d.(1/2)ls.?prlp-(J/2)ls.2p.4pv(l/2)ls*2p*4p*(S/2)-
K K K K II K
Js.(l/2) 3s.(1/2) 3pm(l/2) lp.(1/2) Jp*(J/2)
1.30075 1.301011 1.3022, l.JO223 1.30300
5.39tlO 6.27tlO 1.83tll 7.34tlO 3.53tll
6.3ltl4 1.6ltl4 8.07+14 0.27+14 8.34tl4
2.12+12 5.10+11 1.18+13 2.12tlO 5.67+12
3.61tO8 3.96t011 1.05tlO 3.77,06 1.43tlO
1.70-04 7.77-04 8.96-04 1.77-O) 2.52-OJ
lso2se4d*(3/2)-[K 2p.(J/2) ls.2seld*(5/2)-[K 2p*(J/2) Is.2sr4s~(1/2)K 2p*(J/2) lsoZp*3d*(3/2)EKI 2s*(1/2) ls~2p.Jd.(1/2)-[K]2s~(1/2)
l.lJJ.50 ,.,3383 1.13527 1.17043 1.17099
6.21+10 3.72tll 3.73tll 4.09tll 5.77tll
1.06t12 5.89tll 1.2Jt12 7.50+14 7.67tl4
4.96+11 4.24+11 1.45tlJ 2.88411 2.53+11
7.92tlO 9.36tll 6.87tll 6.28+08 3.71t08
1.60-01 2.2lt00 4.74-02 2.18-03 1.47-03
l.JO308 l.JO344 1.30518 1.30543 1.30571
3.94tlO 9.62tlO 2.2,+,, 4.49+10 1.22111
7.98+14 6.00+14 ,.00+14 4.98t13 5.00113
2.92+12 5.63+12 2.93+12 1.23tlJ 1.59+12
8.63t08 5.49tO9 1.25tlO 5.32tlO 1.50410
2.95-04 9.75-04 4.28-O) 4.JJ-03 9.42-03
ls.3p* (1) - lS.lSS lr*2p.Jd.(J/2)-[K]2.s~(1/2) ls.2p*3d*(l/2)-[K]2s*(l/2) ls.3p. (1) - ls.ls* ,r.2p*Jd.(J/2)-[K]2s.(l/2)
1.17135 1.17163 1.172J2 1.17289 1.17J16
2.27tl4 3.02+11 l.llt12 J.68+13 6.7Jtll
2.27tl4 7.43+14 4.22tlJ J.68+13 I.07tl4
0. 2.60+10 6.2.9+08 0. J.50t09
0. 4.55t07 4.35+07 0. l.lltOl
J.OOtOO 1.62-03 5.25-02 J.OOtOO 5.26-02
1.305.91 l.J08,7 l.JO821 1.30673 1.30920
1.14+11 1.16+11 ,.5,+,, J.15+10 11.50410
6.06+12 1.95tl4 ,.8.9+,4 J.54+,3 l.JJtl4
5.51tll 7.54+12 5.57+11 I.74412 6.06rlO
7.62+10 1.73tlO 6.9lt08 5.9Ot09 1.55+08
l.JB-01 2.29-OJ 1.60-03 5.39-03 2.55-OJ
1.17363 I.17521 1.17526 ,.I7646 1.17653
2.16tll 1.15rll 9.3Jtll 4,OOtll 1.66+11
J.2ltlJ 7.20tl4 7.32+14 6.62tlJ 9.20tl3
1.66+10 I.24tlJ 2.97t09 9.68t12 2.55+10
5.05t06 J.91tO9 1.52tO7 1.99+11 9.29t07
2.72-02 5.15-04 5.10-03 2.05-02 J.64-03
1.30925 l.JO960 1.50992 1.30999 1.31130
2.67+11 1.74rll 3.26rlO 6.22+10 1.,6+11
,.8,+,J 1.74tlI 2,36+13 2.62tlJ 6.88t13
5.54r08 1.15110 2.69tlO 6.45112 1.94+12
4.90407 8.61tlO 2.37+06 2.67+10 6.J5t09
8.84-02 7.5OtOO 6.20-03 J.40-OJ J.26-03
1s.4p. (1) - lS.IS. Is*4p. (1) ,s.,s. Is.2p.4d~(3/2)-[K]2s.(1/2) Is~2p~4d.(1/2)-[K]2s~(1/2) ls~2p~4s~(3/Z)-[K]2s.(l/Z)
ls~2s*4p~(J/2)lsa2p.4pa(J/Z)ls.2p.4p.(5/2)ls.Zp.lpe(3/2)ls.Zs*4p.(3/2)-
(0) (0)
K 2se(1/2) K 2p.(3/2) 1'K]2p.(J/2) K]2p.(J/2) 1 K]Zs.(1/2)
lro2po4p.(1/2)K]2p*(3/2) 1~.2s*lp~(l/2)EK]2s.(1/2) ls~Zp~lf~(J/2)-[K]2p~(1/2)
ii:li'ii:~I~lir[311I'iliii I I ls*2p.+p.(5/2)-[K lvZp*lp.(J/2)-[I
(0) (0)
TRANSITION
91
LAMBDA
Is~~~~Js*(J/~)-[K]~s*(~/~) lsaPpeJd*(3/2)-[K 25.(,/2) ls*?peJd-(J/Z)-[K 21*(1/2) lr*2p*Jp.(l/2)-[K I 2p.(l/2) lw2srJp.(3/2)-[K]2.0(1/2)
ls~2$*Jp.(1/2)-[K]2~*(1/2)
ls.2pmJp.(3/2)ls*2p*Jp*(J/2)ls*2p*Jp-(5/2)1,.2p*Spe(3/2)ls*2pm3pe(J/2)-
K 2pm(112) K 2p*(3/2) K 2po(3/2) K 2p.(J/2) I K1 2pe(1/2)
ls.?s.4f.(5/2)-[K]3dm(3/2) Is.2..41.(7/2)-[K Jd*(5/2) Is.2pmld*(5/2)-[K I Jd.(J/2)
366
AUGER
Od
91
J. NILSEN
TABLE
Dielectronic SatelliteSpectrafor Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
2 = JO
2 = 30
LAMBDAA(il)
IRANSIlION
A(if)
A( lot)
ls*2p.3d*(3/2)-[Kj3s*(l/Z) Is*Zp*Jd.(l/Z)K]3s*(l/Z) lsr2p-3d.(3/2)t K]3s~(l/2)
1.31137 1.31204 1.37276 1.37352 1.37441
9.63+10 2.4ltlO 1.7WlZ 2.22+12 1.72+12
5.6.3+13 1.51+13 7.50+14 7.a7+14 7.43+14
1.81+12 5.92+11 2.e.8411 2.53+11 2.8Otlo
1.16+10 3.64+09 2.73+09 1.43+09 2.59,08
6.40-03 6.15-03 9.49-03 5.65-03 9.26-03
lS*2~~3~.(5/2)-[K]3p*(3/2) ls.2p.41.(3/2)K]4p*(3/2) ls~2~.4sn(l/2)EK]4de(3/2) lr*2p*4~(3/2)-[K]4d.(3/2) 1~*2~.4fe(3/2)-[K]4p.(3/2)
1.38018 I.38043 1.38059 1.311060 1.311065
7.70+14 5.39+11 3.29tll 1.40112 8.37+10
8.26+14 1.70+12 6.31+14 7.70+14 1.12+12
2.35+13 1.99tlO 2.12112 5.02+09 4.25+09
1.28+14 2.49+10 2.20+09 3.65+07 1.26+09
5.44+00 1.25+00 1.04-03 7.26-03 2.97-01
Is.Zp*3d~(l/Z)ls.2p*ld.(J/Z)IS*.?p*4d~(l/2]ls*2p*Jd*(3/2)ls*Zp*4d.(3/2)-
1.37536 1.37606 1.37634 1.37654 1.37663
8.68+12 1.26+12 1.31+12 1.41+13 4.(13+11
4.22tlJ 7.99+14 8.12+14 1.07+14 7.94+14
8.28+08 2.83tll 2.39+11 3.50+09 LI.14+09
3.40+011 1.78+09 7.74+01 1.114+09 1.911+07
4.11-01 6.30-03 3.24-03 5.26-01 2.43-03
ls.2p.3p.(1/2)-[K]3p.(l/2) 1~.2p*ll~(5/2)-[K]lp~(3/2) ls*2p*4s*(3/2)-[K]4d*(5/2) lv2p.lp*(l/2)-[K 4pm(l/2) ls~2p*Jp~(l/2)-[K I 3p.(3/2)
1.38070 1.38077 1.38078 1.38080 1.36.088
2.01+14 3.22+10 2.00111 l.ll+lJ 1.13+13
5.16+14 5.89tll 7.70+14 1.00414 7.89+14
2.23112 1.6StlO 5.02+09 2.93112 1.25+10
1.73+12 5.26+09 5.22+06 6.30+11 3.58+08
7.76-01 3.19-01 1.04-03 2.15-01 2.86-02
ls.2p*4l.(J/.?)-[K]4p.(l/2) Is*Zp~Jdm(l/2)K]3$.(1/2) ls*2prJde(3/2)EK]JS*(l/2) Is~Zp~3p.(l/2)-[K]3~~(l/ZJ 1~.2p~4f~(S/2)-[K]4p~(3/2)
1.37692 1.37693 1.37716 1.37718 1.37738
3.00111 5.09tll 7.95+11 1.115+13 6.37+11
Il.11+14 6.28+11 3.21+13 5.98114 8.09+14
2.26tlO .5.27+09 1.86tlO 1.41)+13 2.06+10
3.35+07 1.32tlO 1.e4+09 8.9Stll 9.75+07
1.48-03 1.60+00 9.91-02 6.05-02 4.72-03
ls*29~4d.(l/2)ls*2~*3pe(3/2)lwZpe3d_(3/2)-[K lr*?p.Jd~(l/2)-[K lv2p*29*(3/2)-[K
1.38096 1.38101 1.38106 1.38116 1.38118
1.71412 4.92+12 4.95+12 2.67+12 5.97+12
1.61+14 7.82+14 6.82+13 9.20+13 1.07+15
5.10111 3.57+13 9.68+12 2.55+10 4.23+13
1.08+10 8.59+11 2.46+12 1.48+09 9.08411
2.12-02 2.41-02 2.54-O) 5.01-02 2.15-02
ls*2pn3dn(3/2)-[K]Jd.(3/2) ls*2p~4l~(3/2)-[K]4p*(3/2)
1.37743 1.37749 1.37705 1.37790 1.37796
1.66+13 2.04+11 7.31+14 7.82+12 2.79414
7.50114 e..11+14 7.50+\4 4.76+14 6.64+14
2.mt11 2.26+10 Z.88tll 2.80+13 1.10+13
2.55+10 2.28+07 1.12+\2 8.69+11 2.72+13
8.86-02 1.01-03 3.90+00 3.10-02 2.48+00
1.38123 1.38124 1.33l25 1.38125 1.38128
6.88+11 3.41413 1.54+12 2.88+12 2.5Otll
1.12+12 1.07+14 1.43+12 2.86+13 3.15+11
4.25+09 3.50+09 1.68tlO 2.75+13 4.07+08
1.04+10 4.46+09 9.35410 5.65112 2.59+09
2.44+00 1.28tOO 5.56tOO 2.06-01 6.35tOO
1.37796 1.37800 1.37801 1.37802 1.37.905
1.88+13 3.54+13 2.04+13 l.lOtll 7.90tl4
a.o9+14 7.91+14 7.99+14 7.96+14 8.09+14
2.06tlO 4.99+12 2..93+11 1.93+13 2.06tlO
2.mto9 4.43+11 2..59+10 1.6ltlO 1.2ltll
1.40-01 8.81-02 1.02-01 8.32-04 5.86+00
1.38129 1.311132 1.38135 1.38137 1.38137
2.02+12 5.94+12 4.37+11 2.63113 6.44+10
3.55+13 6.06+12 5.eot11 1.00+14 3.15+11
2.34+09 5.51+11 1.65+10 2.93+12 4.07+08
5.34+08 3.97+12 7.15+10 1.49+12 6.66+08
2.28-01 7.19+00 4.33400 5.11-01 1.6ktOO
1.37106 1.37815 1.37819 1.37620 1.37820
8.11+14 6.56+14 7.77+14 7.85+14 8.00414
8.11+14 7.94+14 7.99+14 7.87+14 8.00+14
2.26+10 4.50111 2.83tll 2.53111 4.12tll
9.04+10 2.97+12 1.10+12 5.04tll 4.12+12
4.00+00 6.60+00 3.89+00 1.99+00 9.99+00
1.38141 1.38142 1.38144 1.38144 1.38147
5.56+11 2.58+12 4.23+12 2.40111 9.13+12
7.5ltll 3.40+12 4.70+12 2.40111 3.55tl3
2.33+08 1.64410 9.09112 8.26+07 2.34tO9
1.38+09 7.45+10 l.lZ+lJ 8.26+08 2.41+09
5.92tOO 4.54+00 1.23+00 l.OO+Ol 1.03~00
1.37822 1.37823 1.37128 1.37829 1.37836
2.18+14 1.39+14 1.40+14 8.lOtl4 7.74+14
7.66+14 7.94+14 7.92+14 8.12+\4 7.91+14
4.42tl2 4.5Otll 2.38+10 2.39tll 2.82tO.9
7.50+12 6.2.9tll 3.38+10 4.77+11 1.66+09
1.7OtOO 1.4OtOO 1.42+00 2.OOtOO 5.6.7+00
1.38147 1.38150 1.38154 1.3cll57 1.38160
3.66+13 1.95+11 1.28+12 1.44+14 8.14+11
l.Jltl4 7.5ltll 2.61+12 I.))*14 3.40+12
1.32+12 2.33108 1.29+09 4.31,lO 1.64tlO
1.46+12 4.114+08 2.53+09 3.44+11 2.35+10
l.ll+OO 2.08+00 1.96+00 7.99t00 1.43400
1.37837 1.37838 1.37838 1.37840 1.37845
6.52+14 8.13+14 3.85+14 5.48+14 1.77+13
7.92+14 ll.13+14 6.64+14 7.66+14 7.91+14
2.38+10 0. l.lO+lJ 4.42+12 2.82+08
1.57+11 0. 3.76413 1.89+13 3.110+07
6.58+00 3.00+00 3.42+00 4.27+00 1.34-01
1.38163 1.38166 1.38167 1.311172 1.38172
1.19+11 1.67+13 5.79+13 1.44+12 1.26+12
6.28+11 1.78+13 1.07+14 4.66+12 2.61412
8.27+09 7.59+10 3.50+09 4.65+10 1.29+09
3.09+09 4.28+11 7.57409 .5.52+10 2.49+09
3.73-01 5.63tOfJ 2.17+00 1.63+00 1.93+00
1.37850 1.37852 1.37u57 1.37858 1.37863
5.62+14 5.73+14 7.51+14 7.76+14 6.31+14
7.98+14 5.98+14 7.91+14 7.94+14 6.31+14
2.92+12 1.48+13 4.99+12 8.14c09 2.12+12
1.23tlJ 2.76+13 9.41+12 3.18tlO 4.22+12
4.2ltOO 1.87+00 1.89too 3.91too 1.99+00
1.38185 1.311186 1.38186 1.38191 1.38197
1.04tll 1.66+13 I.49412 3.22+12 7.98+12
1.04tll 3.21+13 1.56+12 4.66+12 5.00+13
l.lO+ll 1.86tlO 1.08+14 4.65+10 1.59112
4.27tll 3.85tlO 5.88+12 1.9ltll 9.86tll
3.119+00 2.07+00 5.45-02 4.11400 6.19-01
1.37864 1.37867 1.37869 1.37675 1.37876
7.68+14 a.ooti4 2.35+14 7.82+14 1.79+13
7.70+14 8.00+14 7.98+14 @..09+14 7.94+14
5.02+09 5.63+12 2.92tl2 S.56412 8.14+09
2.0ltlO 4.47tl3 5.15tlZ 2.14+13 7.32+08
3.99+00 7.94+00 1.76+00 3.114+00 6.99-02
1.38200 l.38200 1.38205 1.38208 1.38209
1.89+10 Z.Ll5tll 2.42+14 1.49+13 1.02+12
1.40+13 1.28+14 5.16+14 1.75+14 1.78+13
5.37+11 2.30+12 2.23+12 2.96413 7.59+10
2..50+09 2.01+10 2.09112 1.29tlJ 2.60+10
5.21-03 0.74-03 9.35-01 4.37-01 3.43-01
1.37882 1.37884 I.371194 1.37896 1.37900
7.85114 7.59t14 7.9&14 4.33+14 1.59+14
8.07+14 6.27+14 .3.34+14 7.93+14 1.61+14
1.11+13 2.12+10 5.67+12 4.15+12 5.10+11
4.51+13 3.90+10 3.23+13 1.35tll 1.01+12
3.84,00 1..93+00 5.7otoo 3.26tOO 1.97+00
1.38223 1.31228 1.38232 l.38244 1.38251
3.66+10 1.44tlJ 7.08+10 4.68+14 7.49411
4.98+13 J.Zl+lJ 4.98+13 4.76+14 1.52tl3
1.23tlJ 1.86tlO 1.23+13 2.110+13 4.43+12
4.34+10 3.34+10 8,40+10 5.20+13 1.01+12
3.54-03 1.110+00 6.84-03 1.86+00 2.29-01
1.37909 1.37915 1.37933 1.37933 1.37934
7.37+14 6.77tl4 2.44+13 1.66+11 7.17+14
7.43+14 6.77+14 3.55+13 1.09+14 7.20+14
2.1)0+10 1.34+13 2.34+09 5.56412 1.24+13
1.11+11 1.05+14 6.43+09 4.53+09 2.43+13
3.97+00 7.14+00 2.74+00 8.15-04 1.96+00
ls.lp*ld~(5/2)ls.2p.4pm(3/2)ls..2s'2p.(l/2)lv2p*Jde(7/2)lr.2p.3d-(5/2)-
Jd.(3/2) 4p.(3/2) 2s.(l/2) Jd.(5/2) Jd.(5/2)
1.38254 1.38257 1.38261 1.38267 1.38296
1.57+13 1.51+12 4.09+14 2.26+12 1.9.9+13
3.56+13 1.40+13 4.09+14 2.26+12 3.56+13
Ll.69+09 5.37+11 6.92+13 J.OO+ll (1.89109
2.36+10 2.24+11 1.1llt14 2.12+12 2.97+10
2.66+00 4.17-01 1.71+00 7.06+00 3.34+00
1.37936 1.37938 1.37939 1.37940 1.37941
7.12+14 3.59+14 9.86+10 3.01+13 7.29t14
7.96+14 7.93+14 8.07+14 8.27tl4 7.32+14
1.93+13 4.15+12 1.18+13 2.12tlO 2.97+09
6.75+13 1.12+13 5.67+09 1.55+09 1.18tlO
3.49tOO 2.7ltOO 4.12-04 7.29-02 3.98+00
1~.2p*Jp~(3/2)-[K ls.?p~Jd~(3/2)-[K ls.?p*3p.(3/2)lr.2p.4$*(3/2)lr*2p*4.*(3/2)-[K
3pm(l/2) JS*(l/?) K 3p*(3/2) 1 K 46.(3/2) 44.(5/2)
1.31312 1.36312 1.38335 1.38341 I.38359
2.94+11 3.64tll 5.31+13 4.00110 3.74+11
4.10+13 3.38+13 1.28+14 4.70+12 4.70+12
1.75tl2 4.69+09 2.30+12 9.09412 9.09+12
4.92tlO 2.01+08 3.75+12 1.06tll 9.87+11
2.75-02 4.30-02 1.63+00 1.16-02 1.09-01
1.37950 1.37951 1.37953 1.37958 1.37960
1.24+12 4.08+12 5.89114 7.19tlO 5.05+11
1.24+12 7.43114 7.89414 2.61+12 8.34+14
4.69+09 2.80+10 1.25tlO 1.29+09 5.67+12
9.35+09 6.16+08 1.87+10 1.42+08 2.05+10
1.99+00 2.20-02 1.49+00 1.10-01 3.61-03
I.38380 1.3.5386 1.30406 1.38412 1.38413
2.05+11 9.15+11 2.96+12 5.29+11 4.27+12
1.13+14 1.03+14 7.20+14 7.32+14 3.23tlJ
3.08+10 2.75110 1.24113 2.97+09 1.33+13
2.23+08 9.77+08 l.OOtll .3.59+06 7.46+12
7.24-03 3.56-02 8.08-03 2.89-03 5.62-01
1.37966 1.37986 1.37997 1.311005 1.38008
7.28+14 1.13+12 1.76+11 3.25+13 3.53tll
7.82+14 1.70112 8.07+14 4.22+13 1.12+12
3.57tlJ 1.99tlO 1.18tIJ 8.28+08 4.25+09
1.27+14 5.20110 l.Ol+lO 1.27+09 5.32tO9
3.56400 2.62+00 8.60-04 1.54+00 1.25+00
1.38415 1.38438 1.38447 1.38455 1.38456
1.23+12 8.15112 7.7ltl2 1.81+12 5.44+10
1.23+12 1.02+14 4.lOtlJ 7.32+14 1.16+14
1.99+09 1.03+13 1.75+12 2.97+09 2.17+07
1.19+10 2.99+12 1.26+12 2.94+07 4.08404
5.99100 2.90-01 7.22-01 9.89-03 1.88-03
Isr2p~lf.(3/2)lsoZp.41.(7/2)ls.?p.ld*(3/2)lsrZp.3d.(l/Z)ls.2p.41.(9/2)-
K 3s.(l/Z) K 4s.(1/2) K 41.(1/Z) K]JS*(l/2) i K]4s.(1/2)
i
K 4fe(S/2) K3 4fe(5/2) K ld*(S/Z) K Jde(J/Z) KI 41~(7/2)
ls.2p.4f.(7/2)-[K]4fn(7/2) 1s*zp. (1) - Is*ls*
Is.2p.4d.(5/2)ls~i'p~3p~(l/Z)ls.Zp*lp~(l/Z)-[K
ls*Zp.Jd.(3/2)lsnZp*3d*(7/2)ls~2p.4d~(J/Z]ls.?p*4p*(3/2)ls*2p*3r.(1/2)-
ls.Zp.Jpe(3/2)-[K ls*2p*lf*(3/2)-[K ls.Zp.41.(3/2)-[K
(0)
K Ide(312) K 3p.(J/Z) fi 4p.(3/2)
K]Jd.(3/2) K]Jd*(5/2) K]46.(1/2) K]41.(5/2) I K]Js.(1/2)
Jpe(ll2) 4p.(1/2) 4fe(5/2) 30.(3/2) I 4~.(1/2)
A(lo1)
AUGER
Od
TRANSITION
9*
L AYBDA
K 4dm(3/2) 1 K 3p.(3/2) 3s*(l/2) 3s*(l/2) I 2p-(112)
16*2p*4d.(3/2)-[K]4d-(3/2) ls*2p*4d~(7/2)-[K]4d.(5/2) Is.2p.4f.(7/2)-[K]lf.(7/2)
Is~Zp*4de(5/2)ls*2p@lp*(3/2)-
367
K]lds(5/2) t K]lp.(J/Z)
K K K K K
II I
Atomic Data and Nudear
AUGER
Od
9w
Data TaMes. Vol. 38. No. 2. March
1988
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation
of Tables
1 = JO TRANSITION
2 = 30
LAYBOA A(if)
A( tot)
AIJCER
Od
TRANSITION
91
LAMBDA
A(il)
A( lol)
AUGER
Od
(1
1.38462 1.36469 1.36513 1.36514 1.36516
6.52tl2 5.OetlO l.lltll l.sstll 1.49t14
l.e0+13 3.74tlJ 1.16t14 4.12t12 1.52tl4
2.99tll 6.44t12 2.17+07 2.47t11 4.62tl3
5.56tll 3.74tlO e.JOtO4 4.4et10 6.94tlJ
l.ebtOO 4.43-03 3.62-03 1.62-01 1.5OtOO
ls*2p-Jda(7/2)-[K]JdB(5/2) ls.2p.4d-(J/2)-[K]4d*(5/2) ls.2p-Jd*(5/2)-[K]Jd*(5/2) Is.~s.~~.(J/~)-[K 4d-(J/2) lsa2p.4~-(1/2)-[K I 4p-(l/2)
1.36676 1.36660 1.36662 1.36667 1.36696
9.46tlJ 2.99111 2.7ltll l.PSt12 1.49tlJ
9.46tlJ 1.65tlJ J.OJtl3 3.74tl3 2.50113
2.11t12 6.02110 4.55tOS 6.44tl2 1.15tll
1.65tlJ 3.66tOS 2.45tO6 1.47tl2 1.36tll
7.6JtOO 6.45-02 5.36-02 1.74-01 1.16tOO
1.36523 1.36534 1.36542 1.36550 1.36550
6.46tl4 4.74tlJ 2.66tl2 2.2et13 6.94tl2
6.46tl4 J.JOtl4 f.e,tlJ 4.e7t13 1.95tl4
4.65tll 1.17tlJ 5.54tOe 1.51+13 7.54t12
1.66+12 6.4etl2 4.EetOe 1.oet13 l.JJtl2
4.OOtOO 5.56-01 6.60-01 7.14-01 1.76-01
ls.2p-Jp.(1/2)K]Jp*(J/2) l%.2~.4p.(J/2)t K]4d*(5/2) ls*2p..4p*(5/Z)-[K]4f*(7/2)
1.36702 1.36705 1.36711 1.36722 1.36723
6.54tlJ 1.23+13 6.76tlO 9.26tlJ 1.96t12
2.56tl4 3.74+13 1.21tl4 !.?Otll 1.33+14
5.36tll e.44*,2 5.09+12 I.99112 6.06tlO
2.71tll 9.04t12 1.64tlO 6.04tl2 3.56tOS
5.05-01 1.07too 3.22-03 J.OJtOO 5.66-02
1.36550 1.36553 1.36554 1.36554 1.36556
1.03tll 1.24tlJ 5.06tl2 3.95tlO J.bJtlO
5.39+12 1.2StlJ 1.66tl4 l.J4tl4 l.9ltl2
1.06+12 6.46tlO 5.57tll 6.92t07 5.2Otll
l.OJtll 3.61tll J.OOtlO 1.64t05 4.67tlO
9.53-02 5.6etOO 5.39-02 2.37-03 8.99-02
1.56747 1.36755 1.36755 1.36756 1.36776
6.65tl2 1.22t14 1.35+13 1.6Jt12 2.66t12
4.67tlJ l.23t14 2.62+13 2.5OtlJ 1.01t14
1.5ltlJ 9.94tll 6.45+12 1.15111 3.5ot12
J.lStl2 5.65tl2 6.22tl2 1.4st10 l.S?tll
2.09-01 5.6StOO 7.36-01 1.30-01 5.50-02
1.36560 1.36561 1.38563 1.36567 1.36567
1.52tl3 5.55tlJ 1.34tl4 l.lOtll 7.55tlJ
1.61tlJ 1.23+14 1.34t14 2.56tl4 1.2ltl4
5.54t06 1.5ltlO 6.92tO7 5.36tll 1.36+10
2.79t09 4.06tlO 5.53tO6 4.55tO6 5.14tlO
5.OJtOO 2.7OtOO 6.00tOO 6.49-04 3.74tOO
1.36777 1.36763 1.36764 1.36766 1.36790
3.70+12 1.ost14 2.94+13 3.2et13 3.51t13
7.66tlJ 1.09+14 3.ett13 J.JetlJ 5.31tIJ
5.37tll 6.9Jtl2 4.7ot10 4.69tOS 1.24t12
5.26tlO J.SOtlJ 7.26tlO 1.e2t10 3.20*12
9.60-02 5.62tOO l.54tOO 3.eetoo 2.59too
1.36570 1.36571 1.36571 1.36572 1.36573
6.77tlJ 5.44tll 1.16t14 1.20114 3.66tl2
1.23+14 4.12tl2 1.16t14 1.2Otl4 1.22tl4
l.SltlO 2.47tll 2.17t07 6.64tlO 7,lltlO
4.96tlO 1.23tll 6.67tO7 6.63tll 1.26tlO
J.JOtOO 4.96-01 J.SStOO 9.99tOO l.60-01
1.36797 1.36612 1.36614 l.3eela 1.36629
1.25tl2 1.3et13 2.05+12 4.7eti4 3.3st11
1.2Jtl4 2.e2t13 5.14t12 4.79+14 3.JetlJ
9.94+11 e.45t12 3.1ot10 5.4OIlJ 4.69+09
6.0JtlO 6.35112 7.41t10 9.71*13 1.6etO6
6.07-02 7.51-01 2.39too 1.110t00 4.01-02
1.36574 1.36574 1.36576 1.36576 1.3.5577
2.03+13 1.06tl5 1.23+14 4.57tlJ 4.29t13
1.74t14 1.07t15 1.23tl4 1.21+14 1.13t14
3.07t10 4.23+13 4.9et10 1.3et10 3.06tlO
2.15+10 1.e2t14 3.9et1i 3.11*10 4.67tlO
7.01-01 J.eJtoo 6. ootoo 2.2etoo 1.51too
1.36631 1.36632 1.36650 I.36650 1.36657
1.1et14 2.44+11 4.06tll 3.29t14 3.0et12
1.5et14 1.27+14 1.27+14 3.2st14 5.14t12
1.99+11 6.35tll 6.35tll 1.22t14 3.1ot10
5.94t11 4.66tOS 6.14tOS 5.34t14 1.11t11
2.9etoo 7.66-03 1.26-02 4.3etoo 3.5etoo
1.36577 1.36576 1.36579 1.36563 1.36569
1.07+14 9.16tlJ 6.16tlJ 6.12t13 1.92t13
1.07t14 1.01t14 6.62tlJ l.oJtl4 9.2oti3
1.46tOS 3.5Otl2 9.6etl2 2.75tlO 2.55tio
2.96t09 6.14t12 3.06tlJ 6.54tlO 4.94t10
2.ootoo 1.7etoo J.lbtOO 2.3etoo f.s4*00
1.36659 1.36666 1.36914 1.36946 1.36957
2.42tlJ 2.7ltll 2.22t12 3.31t12 1.94t13
4.2etlJ l.SltlJ l.02tl4 2.07tlJ 1.02+14
4.66+10 2.32tll l.OJt13 4.2Otl2 l.OJtlJ
5.2StlO 6.4OtOS 6.15tll 2.23tl2 7.lOtl2
l.lJtOO 2.76-02 7.92-02 5.32-01 6.69-01
1s*2p_ (1) - ls*ls* (0) lv2pm4d*(5/2)-[K]4d*(5/2) [email protected]~(3/2)K 4d*(5/2) ls~2s*3d.(J/Z)K 39*(3/Z) fs~2s*3p.(l/2)II K Js*(l/2)
1.36569 1.36591 1.36595 1.36597 1.36597
1.25t14 1.1et14 6.96tlJ 2.64tll 1.17t13
1.25+14 1.22t14 1.13t14 1.eot13 1.31+14
0. 7.11+10 3.00*10 2.99t11 4.05t11
0. 4.14t11 7.57t10 1.72+10 7.1et10
3. ootoo 5.e2too 2.45too 5.76-02 1.77-01
Jpr(J12) Jd.(J/2) 3pr(J/2) Jt.(l/2) Jr*(l/2)
1.36967 1.36994 1.36996 1.39001 1.39012
5.00112 6.34tll 2.23+12 1.50+12 2.67tlJ
1.56tl4 1.52t14 4.2et13 1.20tl4 1.21tl4
1.99111 4.62tlJ 4.eet10 1.2etl2 1.46+12
2.52tlO 2.96tll 4.eoto9 3.12tlO 1.29112
1.27-01 6.41-03 1.04-01 2.46-02 6.73-01
ls.tp.Jr~(3/2)lsm2pe4d.(7/2)ls~2p.lp-(l/?)-
I.36596 1.36599 1.36600 1.36601 1.36601
1.65tl3 1.13*14 6.62t13 4.03tt3 e.99+10
2.66tl3 1.13t14 9.64tlJ 1.03*14 e.99t10
2.75tlJ 1 .52tl2 6.64tll 2.75*10 2.69tOS
3.23tlJ 1.2OtlJ 1.24+12 4.30+10 2.09tlO
1.1etoo 7.estoo 1.12too 1.57too 7.77too
K 4..(1/2) K 1 3p-(l/2) K 3d.(J/2) K 1 2p.(1/2) I K]Jp*(3/2)
1.39056 1.39065 1.39073 1.39060 1.39062
i.e1t12 2.13tl3 1.66+13 1.67tll 1.07t12
5.est13 5.05tlJ 1.3ltl4 3.17tl3 2.07*13
1.e1t12 2.36+13 4.05tll 1.27tl2 4.2ot12
2.17t11 1.36tlJ 1.02tll 2.56tlO 7.25t11
1.20-01 5.72-01 2.52-01 2.03-02 1.73-01
1.36606 1.36606 1.36612 1.36613 1.36614
1.16tl4 7.1Otll 9.94t13 6.66+12 3.2ltll
1.95tl4 5.JStl2 1.eet14 3.54tlJ l.Slt12
7.54+12 l.Oet12 5.57t11 l.74t12 5.20tll
1.7JtlJ 7.12tll 5.17t11 1.26t12 4.13tll
2.29100 6.59-01 1.05tao 7.36-01 7.94-01
i.39066 1.39069 1.39099 1.39106 1.39106
5.iotil l.llt14 5.15tl2 2.26tll l.Oltll
4.4ltf2 7.04t14 6.63tl2 2.59tll l.Oltll
3.47+,2 1.19+14 1.64tO6 1.65tOS 9.34+06
f.35+,2 6.4ltlJ 5.72tOU 5.74tOS l.67t07
3.66-0, 5.36-01 3.1ltOO 3.46tOO 2.OOtOO
1.36616 1.36617 1.36617 I.36620 1.36622
2.1et13 l.54tl4 4.50112 5.64t12 1.26tl2
2.3et13 1.74tl4 5.39ti2 l.Jltl4 6.62tlJ
2.est10 3.07tlO 1.oati2 1.32tl2 9.66t12
1.5et11 1.62tll 4.5ltl2 2.25t:l 6.35tll
5.47too 5.3OtOO 4.ietoo 1.70-01 6.56-02
I.39111 I.39112 1.39112 1.39114 1.39ll7
3.06tl2 e.?ltlO 1.26tll 2.70tl4 1.57t11
3.77tf2 6.21tlO 1.06tl2 1.2lt15 5.est1,
l.OStll 7.2OtOS 4.Setll 1.40+12 4.24t11
1.74t11 3.97tlO 1.6ltll 6.24tll 3.94t11
1.59too 5.52tOO 3.25-01 4.46-01 9.29-01
1.36623 1.36629 1.36630 1.36633 1.36634
1.49112 1.65t12 5.9Jtl4 1.07+14 l.ZJt14
l.Slt12 4.12tl2 7.04tl4 l.07tl4 1.27tl4
5.2Otll 2.47tll l.lSt14 5.05tll 6.35tll
1.92t12 3.72tll 3.44tl4 J.OOtl2 2.46t12
3.69tOO l.51tOO 2.66tOO 5.94tOO 3.66tOO
1.39129 1.39132 1.39133 1.39139 1.39146
7.51t10 3.79+10 4.36tlO 4.39*10 6.46tlO
7.51t10 1.51t13 4.JetlO 3.22t12 6.46tlO
1.03to7 5.92t11 6.29109 7.95110 2.65t06
1.1otoe 5.73*09 4.40tlO 2.11tos 2.27toS
6. ootoo 9.67-03 7.ootoo 2.66-02 7.97too
1.36634 1.36639 1.36641 1.36642 1.36643
2.06tl2 J.OOtlJ 6.99t12 7.07tlJ 1.20tl4
2.36t13 J.OJtlJ 2.66tlJ 7.66t13 1.21tl4
2.6StlO 4.55tOS 2.75tlJ 5.37tll 5.OStl2
l.JOtlO 2.7OtlO 1.76tlJ 9.65tll 2.Sltl3
5.17-01 5.94tOO 6.41-01 f.63tOO 5.72tOO
I.39155 1.39156 1.39165 I.39199 1.39202
2.56t12 6.69tlO 5.95tlO 1.47tll 2.62tlJ
4.60tl3 6.69tlO 5.69tll 1.2Otl4 5.05tl3
l.l?tlZ 6.92tOS 4.24tll l.SStl2 2.36tl3
2.43tll 4.65tlO 1.5Otll 9.54tOS l.6et13
2.17-01 5.44tOO 3.52-01 4.79-03 7.05-01
1.36651 1.36654 1.36655 1.36657 1.36662
5,JStll 4.2ltl2 9.3Wl4 3.69tl2 1.79tlJ
1.07tl4 5.JltlJ 1.21t15 9.64tlJ l.65tlJ
5.05tll t.24+12 1.4ot12 6.64tll 6.02tlO
1.5ltlO 3.6Jtll 2.17+12 5.20+10 2.32tll
3.00-02 3.10-01 1.55too 7.61-02 3.65tOO
lsn2r~Jd.(5/2)-[K]3p*(JI?) lsn?s*Sd-(J/2)-[K]Jp*(J/2)
1.39215 I.39236 1.39242 1.39246 1.39275
1.15t12 7.93tlO 5.09tll l.lltl, 2.70tll
1.35tl2 6.63t12 l.tOtl4 3.77tl2 1.2Jt12
6.lOtO6 l.64tOe l.SSt12 l.OStll 1.45tlJ
3.12tOS 6.7StOl 3.3ltlO 6.27tOS 4.96tll
5.12tOO 4.76-02 1.66-02 5.71-02 3.43-02
1.36663 1.36665 1.36669 1.36670 1.36670
6.66tlJ 1.16t14 1.1ot14 1.51tlJ 1.6OtlJ
l.Jltl4 l.JJtf4 3.3ot14 3.54tlJ f.94tlJ
1.32t12 6.06tlO 1.17t13 1.74tl2 2.52tll
3.46t12 2.14tll 1.50t13 2.6Jtl2 4.26tll
2.62tOO 3.53tOO 1.29too 1.6JtOO 1.64tOO
ls*2s*4p*(5/2)-[K]4d*(5/2) ls.?s*4p-(3/2)-[K]4d-(3/2)
1.39300 I.39332 1.39354 1.39355 1.39406
7.91t10 6.lJtlO 6.72rlJ 2.65tlO 1.16tl4
7.91t10 1.51+13 6.72tlJ 1.36tll l.l6tl4
1.5stoe 5.92tll 6.66tll 4.62t06 4.37tlJ
9.54toe 9.26tOS 1.32tl2 4.06t06 l.SOtl4
5.99too 1.57-02 1.96tOO 6.41-01 4.36tOO
ls.2p.Sd*(5/2)-[K ls*?p*Zp*(J/2)lr*Zp.41-(7/2)-
Jd-(J/Z) K 2p*(J/Z) K tl 41-(5/Z)
K Jd-(312) K 4d*(5/2) II K 4p.(l/2)
lr~2s*lp.(3/2)ls.2r.3s.(l/2)Is.2r*Jp.(1/2)lr.2p.2p*(3/2)ls~2$.3d.(J/2)-
lr.2s*Sd-(3/2)lr*Zs.4d-(J/2)lr*Zs*4d.(1/2)-
ls.21.46.(5/2)ls.2p~3s.(3/2)l..2r*3s.(l/2)-
K Jp-(l/2) K 4p-(l/2) II K 4p.(1/2)
K 41~(7/2) K Jd-(3/2) II K Jp.(3/2)
ls*2p.2~.(5/2)-[K]2~*(3/2)
368
AtankDataandNuckarDataTables,Vol.36.No.2.MarchlS~
Dielectronic Satellite Spectra for Helium-Like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 1 = so IRk~Slil0~
LAMBDA
A(il)
A(tol)
1.39413 1.39478 1.39480 1.39488 1.39491
1.07tll 5.73113 7.61tll 4.5ltll 5.67tlO
l.JStll 5.73+13 1.20+14 7.a4tl2 1.21t14
4.62+06 1.6lt12 1.26+12 4,46tlJ l.latl2
1.52t07 6.2at12 1.5atlO 7.67tll 2.84109
J.lWlO J.aOtOO 1.26-02 1.72-02 1.92-03
1.39542 1.39555 1.39572 1.39635 1.39645
3.15tl3 1.67tll 1.6at13 1.43tll 7.31tlO
3.17tl3 1.17tll 1.6at13 4.60+13 9.17+12
1.27t12 J.a7tOa 5.03tlO 1.12+12 l.OJtll
4.a7t12 2.32+09 1.00111 1.35+10 1.62+09
3.83tOO 5.99tOO 1.99tOO 1.21-02 1.58-02
1.39714 1.39652 1.40706 1.41179 1.46386
6.74tlO 1.99+11 1.79tlJ 1.36tlJ 3.3atlO
2.66tll 2.66tll 3.15tl3 3.15tl3 7.43tl4
6.56406 6.56+06 1.45tl4 1.45tl4 2,aOtlO
6.64+06 1.96+07 2.94+13 2.24+13 5.10+06
l.OltOO 2.99tOO 2.02-01 1.54-01 1.82-O)
ls*2p*Sp.(3/2)-[K]lp~(3/2) 1~.2~.3~*(5/2)-[K]4p*(3/2) ls~Zp.3p~(l/2)-[K]4p~(1/2) 1~.2~*3p-(3/2)-[K 4p.(1/2) lw2p.3d.(7/2)-[K I 4de(5/2)
1.46475 1.46567 1.46581 1.46596 1.46638
l.Oltll a.93tlO a.66+10 a.32tlO 9.4QtlO
7.96tl4 6.26tl4 7.89tl4 7.82+14 1.44tl4
1.93t13 2.35tl3 1.25tlO 3.57+13 4.31tlO
9.62tOQ 1.4atlO 2.75tO6 1.45tlO 2.27tOa
4.98-04 6.31-04 2.19-O) 4.07-04 5.28-03
1~.2~.3p.(1/2)-[K]4p~(l/2) ls.2p~3~.(1/2)-[K 4,.(1/Z) 1~.2p*3s.(3/2)-[K 3 41.(1/Z) lsn2~*3p*(3/2)-[K]4p.(3/2) 15*2p.3d.(5/2)-[K]4d.(3/2)
1.46713 1.46724 1.46732 t .46925 1.47136
5.90t10 a.oot10 7.2atlO 3.57+10 2.2ot10
5.16tl4 7.20tl4 7.32tl4 1.2atl4 1.74+14
2.23+12 1.24t13 2.97+09 2.30112 3.07tlO
5.09tO8 2.71+09 1.1ato5 2.52tOQ 2.33t07
2.211-04 z.ia-04 3.91-04 1.09-03 7.59-04
ls*2?.3d-(3/2)-[K ls*2s*3d.(5/2)-[K
1.47155 1.47170 1.47113 1.47209 1.47237
1.76tlO 2.5atlO 4.attlO 2.69tlO 2.9at10
1.aot13 1.25t13 2.a6t13 3.03+13 3.30+14
2.99+11 6.4a+lo 2.75+13 4.55+09 1.17+13
1.15t09 7.96toa 9.52tlO 2.43+07 4.07+09
3.a4-03 1.23-02 3.46-03 5.34-03 3.50-04
lsnZs*Jd*(5/2)K]41*(7/2) ls.2s~34-(3/2)EK]ll.(5/2) Is.2s~3p~(3/2)-[K]4s.(1/2) 1~.2p~3s.(l/2)K]41.(1/2) ls*?peJp.(3/2)I K]lp.(1/2)
1.47246 1.47286 1.47295 1.473115 1.47572
1.62tll 1.74t11 3.13t10 5.44+10 3.46+10
1.25t13 i.aoti3 1.02t14 1.52tl4 i.5ati4
6.4atlo 2.99+11 1.03+13 4.62+13 1.99+11
5.00+09 1.14tlO 1.40+10 2.54tlO i.75toa
7.73-02 3.10-02 1.36-03 5.50-04 (1.77-04
lr.2~*3~*(1/2)-[K]4p~(1/2) 1~.2~.3~~(1/2)-[K]4p~(3/2) lsn2~~3p.(3/2)-[K]4s.(1/2) Iao2p*2p~(l/2)K]3p.(3/2) Is.Zp*2p.(3/2)i K]3p.(3/2)
1.47837 1.47902 1.47944 1.659113 1.66456
3.86tlo 5.44t10 2.05+10 9.66+10 1.47t11
5.05t13 5.05t13 1.21+14 4.76+14 1.07t15
2.36t13 2.3atl3 1.4ati2 2.aot13 4.23tlJ
2.48tlO 4.12tlO 9.92toa 1.07+10 2.23tlO
1.05-03 1.73-03 6.70-04 3.114-04 5.2a-04
lt.2p.2~.(5/2)-[K]3p.(3/2) 1~.2p~2p*(3/2)-[K Jpe(l12) lw2p.2p*(l/2)-[K 3 Jpe(l/2) 1s.2s*2p*(I/?)-[K]3s~(l/2) 1~.2s*2p*(3/2)-[K]Ss.(l/2)
1.6685.9 1.67006 1.67042 1.674011 1.67791
4.72tlO a.93tlO 1.4Qtll 4.91tlO 9.95+10
3.29tl4 7.04+14 1.21tl5 4.09114 a.46+14
1.22+14 1.19+14 1.40+12 6.92+13 4.65tll
7.67tlO 5.latlO 3.46tOa 1.42+10 2.19tOa
6.21-04 4.34-O) 2.47-04 2.05-04 4.70-04
1.68056 1.61225 1.79a61 1.80911 I.81485
7.02tlO 5.77tlO 3.03tlO 2.9atlO 2.96tlo
1.56~12 4.79+14 1.21+15 6.46+14 4.79+14
l.Oatl4 5.40113 1.40+12 4.65tll 5.40413
2.77tll 1.17410 7.02+07 6.55tO7 6.01t09
2.57-03 2.17-04 5.01-05 1.41-04 1.11-04
4p.(1/2) 3 4p.(3/2)
iEi~~l%riiili~~~ill'iiiii
369
AUGER
Od
Ql
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line -&orescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
2 = 36
2 = 36
IRANSIllON
L AMBOA
ls.lp. (1) lse15. lr.4p. (I) - 1S.1.~ Is.Zp~4d.(J/2)-[K]2s.(l/2) Is.Zp~4s~(J/2)-[K]2r.(I/Z) Is~2p~4p.(1/2)-[K]Zp.(1/2)
(0) (0)
A(if)
A(lo1)
AUGER
Qd
9”
LAMBDA
A(if)
A(lol)
.60727 .60727 .60774 .607&l .&O&O2
2.21112 l.Ilrl2 l.J9+l4 1.6OtlJ l.40+12
1.22t15 1.07tl4 I.&It14 l.JJtlS 2.64+14
J.I5tll 3.54tlO 1,76+lJ l.65tl2 2,OltlZ
t.l4+09 l.&OtO9 4.69tl3 J.OS+IO 4.25tlO
3.62-03 4.52-02 2.79+00 2.40-02 2.11-02
5.09-03 3.13-02 2.06-03 1.26-03 2.20-03
.&O&60 .&O&&6 .&O&93 .60936 .&Q950
6.55tll 2.44+14 5.&3+11 9.6JtlJ 2.lQtlJ
2.94rl4 3.19tl4 6.6Stl3 3.56+14 1.17tl5
5.24+13 l.OJtl2 1.20t12 3.99+12 I.b2tlJ
1.9&+11 1.56t12 I.12110 4.36t12 5.76+11
J.79-OJ 1.53tOQ 3.42-02 1.09tOQ 3.55-02
3.17rOQ 5.&4+09 2.01t13 3.40*10 4.65tO9
7.26-03 5.90-02 2.07400 1.16-02 3.37-03
.&Q9b7 .&Q97& .&lo20 .&IO29 .&lo35
4.lOtlS 1.76+14 1.42+14 2.QOt14 1.5Ot14
1.65+14 1.56tl5 1.67tl5 2.03rl4 2.65+14
l.lJ+IO 2,IltlJ 1.72tlJ 6.46tll 8.67rlI
5.72t09 9.25t12 6.66t12 1.66tl2 2.QOt12
5.07-01 4.36-01 5.03-01 1.96+00 2.26tOO
I.52413 5.65t12 9.2ot11 1.4ot11 2.03+12
1.49tlJ 2.76tll 5.09tlO l.l9+10 4.00+12
9.64-01 4.66-02 5.53-02 6.46-02 1.97tQO
.&lo63 .&lo70 .&lQ94 .&lo96 .&IQ99
1.23t13 4.92+14 2.&4+14 3.bJtl4 1.15+14
2.09t13 1.22415 3.06t14 7.29tl4 1.61+15
J.tJ+lQ 3.15tll 2.56t13 1.41+13 J.46tlJ
7.59+10 2.54tll I.32tl4 2.76tl3 9.77t12
2.35100 6.06-01 5.lOtQQ 1.96tOQ 2.61-01
1.54t15 l.lJt14 1.56tl5 1.64t15 1.61415
5.37t12 1.76+12 6.59412 4.4btl2 2.3JtlQ
1.72tlO 6.57+12 6.7ltll 1.26412 2.75*09
3.20-03 3.74tOO 1.32-01 2.66-01 1.16-01
.&llQ6 .&I132 .61135 .&1145 .a1145
4.06tl4 1.14+14 2.5Qt13 1.51+14 &.66+12
7.12t14 I.2ltl4 2.56t13 2.64+14 1.23+14
3.4JtlI 1.67+12 l.J?tll 2.Olt12 l.34t12
3.91tlI b.lQtl2 2.66+11 4.59tl2 3.74tll
1.14+00 J,lltOO 1.95tOO 2.26tOO 2.79-01
4.36113 4.36tl3 9.5ot12 l.l5+12 9.Q6tlO
1.54t15 4.40*13 9.74t12 4.65tlJ 2.67tr2
1.15t13 9.15t11 l.l6+11 4.36tll 9.19+09
1.30+12 3.55112 2.23+11 4.09tlO 1.74+09
1.15-01 J.&&+OQ 1.93+00 9.37-02 1.69-01
.&1176 .&I224 .&I237 .&I259 .&I270
4.30+13 9.22t13 6.01tlJ 7.lOtl2 l.I2+14
J.OJtI4 1.04tl4 6.69413 1.5ot14 3.24+14
l.J6+12 1.91+13 l.20+12 2.96t12 1.24tl2
3.65tll 6.56tl3 4.25tl2 5.51t11 1.71+12
2.63-01 4.49100 J.53tOQ 1.63-01 I.J&tOO
.77126 .77129 .77131 .77156 .77161
1.51tll 9.66*10 1.34+1! 3.92t12 1.15+14
5.69112 3.73tI4 l.OOtl2 1.16tl3 2.17*14
3.62tlO 2.06tO6 6.26tO9 4.6Itll 2.66t12
3.69t09 2.19+05 4.96109 6.23111 3.01+12
1.02-01 1 .Ob-03 7.95-01 t.JQtOO 1.05tOO
.&1271 .I1343 .&1351 .&13b4 .&140&
3.16tl3 1.35t13 2.42tl2 4.J6t12 t.s3t11
9.6ltlJ 6.lltlJ 1.56tl3 6.97tlJ 2.09*13
6.42tlO 1.96+0& l.lltl2 2.3&+13 3.23+10
4.22tlO 1.7ltQ6 J.l&tll 1.64412 9.411tO6
6.57-01 6.74-01 2.65-01 7.72-02 2.93-02
.77171 .77172 .77172 .77162 .77193
O.OOt!J 1.66t14 1.45tl4 &.95+13 1.75tlJ
9.OltlJ 5.19+14 5.05tl4 1.07+14 7.05tlJ
l.Qbtl3 2.66tll 7.i&+l2 1.44t12 1.76t12
5.69tlJ 1.7Otll 6.25t12 4.74tl2 1.70112
5.36tOO 6.39-01 l.lJtOO 3.29tQQ 9.67-01
.61443 .61452 .&1465 .61491 .61522
2.00+12 1.13+12 4.90+11 3.43*12 2.94+11
7.29+14 7.12t14 3.56+14 1.2Jt14 3.03tl4
I.4ltlJ 3.43tll 1.2OtlJ 1.34tl2 1.36+12
1.52+11 1.09+09 9.59tlO I.46tll 2.64+09
1.07-02 3.16-03 7.97-03 l.lO-01 1.94-03
.77204 .77220 .77222 .77232 .77242
2.42tlJ 4.22+13 2.4btlJ 4.lQtlJ 1.7btlJ
3.27tl4 4.35tl3 2.67tlJ 4.2&+14 6.62tlJ
1.13tt2 6.Qlt12 4.42tll J.&OtlQ 1.75tll
1.66tll 3.07tlJ I.Ll+lZ I.4ltlO 9.lJtlO
1.47-01 5.12tQQ 3.63rOO 3.91-01 5.21-01
.&I547 .61605 .61615 .&l617 .&1616
7.96+12 3.4Ot12 4.12t12 5.40+11 l.JOtl2
1.39+13 1.50+14 6.25tl2 3.24tl4 9.61+13
4.69tl3 2.96tl2 3.09+12 1.24+12 6.42410
1.23t13 2.64tll 6.72+12 6.22+09 1.74+09
2.62-01 6.66-02 2.16+00 6.65-03 2.70-02
5.64tll 1.47tll 5.09tll &.56+!1 4.Olt12
3.75t12 6.17tlJ 1.5&tlJ &.97+13 1.39tlJ
7.23+09 1.96+06 1.11+12 2.3&+13 4.69tl3
6.5ltO9 I.&&+06 6.69tlO J.S&tll 6.1&+12
9.00-01 9.52-03 6.00-02 1.51-02 1.32-01
.lbJ23 76374 : 76484 76590 :76751
1.91+14 4.69113 7.43t10 l.OOtll 2.11t12
1.91t14 4.69tlJ 4.65t14 1.27tIJ 1.54t15
0. 0. 2.67tO9 &.35+12 5.37+12
0. 0. 1.64tOb I.59tll 1.46+10
3.00t00 3.00100 6.13-04 1.91-02 2.73-03
Is*Zp*4p*(J/?)-[K 2p-(l/Z) ls*Zp.ld*(J/Z)-[K I Zs.(l/Z) Ir.Zp~4p.(3/2)-[K]Zp~(l/Z) Is.?p.4p.(l/Z)X]ZP.(l/Z) ls.Zp.4de(l/2)t K]2$.(1/2)
.76755 .76197 76797 : 76798 .76&01
2.02t12 2.6ltl2 6.06411 l.Oltl2 3.93t11
1.56t15 J.S&tll 1.54tl5 1.61+15 3.56+14
6.59t12 9.36tlO 1.15t13 2.33+10 5.92tQ6
J.JStlO 2.9JtO9 2.39+10 2.92t07 1.30+06
tS~2p.lf*(J/2)K]Zp.(1/2) Is.Zpe4de(J/2)K]?s*(1/2) ls.Zs~4p.(J/2)I K]Zs*(1/2) lsw2p~4p~(l12)-[K]2p~(112) ls~2p.4p.(3/2)-[K]2~-(1/2)
7b805 :76&32 .76&42 .76&51 .76&72
&.&&tlO 9.45tll 4.69tlJ 1.3Ot12 9.16+10
4.IIst13 6.40tlJ 6.49113 2.17tl4 1.07tl4
4.36tll 9.90t10 9.72+12 2.66tl2 I.44t12
.766&J .76694 .76916 .76926 .77060
4.52tlJ 6.14t12 5.34t12 2.91t12 1.4$+14
7.67tlJ 3.26tl4 3.65+14 6.66+13 1.44t14
.77060 .77064 .77064 .77073 .77107
2.46tl2 1.06+14 5.26tlJ 7.90t13 9.51t13
.77107 .77109 .77111 .77115 .7?121
ls~2p~4pw(1/2)-[1(]2~~(3/2) Is.Zs~lp*(J/Z)K]Zs*(l/2) lr.Zp.4p.(3/2)t K]Zp.(J/2) lr.2p.4p-(5/2)-[K]2~*(3/2) ls.2p.4p~(1/2)-[1]2p~(J/2)
lS.2p*lp.(5/2)ls.Zp.4p.(1/2)ls~Zp~4p*(J/Z)-[K ls*2p*lp*(J/2)ls.2pelp.(3/2)-
K 2p*(3/2) EI: 2pm(1/2) Zpm(1/2) K Zp*(3/2) t KI 2p.(1/2)
IRANSIIIQN lS*2~~3~~(1/2)-[K 1¶*2pmJde(3/2)-[K ls*2s*Jp*(3/2)-[K
ta.2pm3~.(1/2)-[K ls.2r.Jp.(3/2)-[K ls.?r~3p~(I/Z)ls~2pnJp*(3/2)ls*2pm3p*(3/2)-
ls*Zp~Jp*(3/2)Is*?p~Jp.(l/2)1~.2pe3p.(5/2)ls.?pe3p*(3/2)Is*2p-3~-(1/2)-
Zpe(112) 2r.(1/2) I 25.(1/2)
2p-(112) ts*(1/2) K I 2S.(1/2) K]lp.(JII) I K]2~.(1/2)
K K K K II K
2~*(3/2) 2~4(3/2) 2~*(3/2) 2~*(3/2) 2pa(3/2)
AUGER
Od
96
1~.2r~4s.(1/2)ls.2s.4d.(J/Z)lS*2$.4dm(3/2)!s*2~-4f.(5/2)ls.2S~4s.(l/2)-
K EK K K II K
2pe(1/2) 2p.(1/2) 2p.(l/2) Zp.(J/?) 2p.(1/2)
.77265 .77JbJ
l.49t12 1.66r12
5.79t13 2.21+12
9.35+12 4.3&+11
4.13ttl l.lQtl2
4.42-02 2.5ltOQ
:77456 77367 .77469
&.32+10 1.51tt1 l.lJt12
l.QQt13 1.25112 2.47tl2
2.95*09 1.13tl2 1.57+13
5.06tlQ 1.44*09 1.95t12
4.66-01 4.47-02 1.24-01
.&lb74 .61691 .&I696 .61712 .&l&96
ls*2p.4p*(1/2)ls.2p.4p.(3/2)lr*Zp.4~*(5/2)ls.2p.4~.(3/2)ls*Zp~4p.(l/2)-
K 2po(J/2) K 2p*(J/2) I( Zp*(J/Z) K Zp*(S/Z) I K I 2p.(3/2)
.77464 .774&4 .7749? .77505 .77517
3.39+11 5.04tll 6.09tll 2.62tll 1.06t12
5:19tl4 5.05+14 3.75t14 7.05tlJ 3.27tl4
2.66tll 7.26tl2 6.72112 1.76tl2 l.lJtl2
J.47tO6 2.66+10 b.44tlO 2.74tlO 7.24+09
1.31-03 3.94-03 9.56-03 1.56-02 6.43-03
.69177 .&8179 .&9257 .6925& .6&335
1.06+11 l.&&tll 2.3Qtll 1.19tll 5.OOtll
1.09tl5 1.3&+15 1.54t15 1.61+15 1.64415
3.12tlO 2.71412 l.lS+lJ 2.3JtlQ 4.46+12
1.22+07 6.50+06 6.61+09 3.44tO6 6.12tO9
3.90-04 2.40-04 5.91-04 1.46-04 I.&Z-03
lsrZp~4p.(3/2)-[K ls~2p.4p.(l/Z)-[K lS*2r*4d.(5/2)IS*ZS*4s*(1/2)lS.2p.Jd.(3/2)-
2pr(J/2) 2p*(J/2) K 2pr(J/2) K 2p.(J/2) II K 2S.(l/2)
.77543 .77556 .776&Q .777&4 .60136
1.00+12 2.67tll 4.13tll 4.20tll 3.49tll
4.26tl4 6.62tl3 l.Idtl2 2.47tl2 1.47t15
3.60tlO 1.75tll 3.5Otll I.57tlJ J.Ol+ll
3.37+0& 1.47tO9 5.67411 7.26tll 3.72t06
9.37-05 6.40-03 1.62tOO 4.6J-02 9.50-04
.I9337 .69370 .&9454 .&94&2 .&95QO
5.74tlO t.46tll 2.96411 l.<ll 1.39tll
1.56tl5 1.56tl5 2.17+14 1.07t14 l.l7+13
3.99t12 5.15+12 2.&&+12 l.44t12 4.92+11
&.79+06 J.65tO9 7.79+09 9.bltO9 4.47tlO
2.20-04 7.47-04 2.71-03 6.67-03 9.06-02
.60166 .&020 .6024Q .&Q293 .&032&
5.29tll 4.64tll 1.22tl2 5.95+11 1.55+11
1.50tl5 1.43t15 l.Iltl4 2.05t14 6.37cl3
3.76tll 5.53+10 2.49tQ6 4.79+09 1.33tlO
2.66tQ6 7.17t07 5.19+06 5.57+07 l.29tO6
7.04-04 1.30-03 2.09-02 1.16-02 9.72-03
.69764 .&9764 .&g&45 .69&72 .69&90
1.95t11 l.b9+11 1.99+11 3.6btll 9.lbtlO
5.19+14 5.05t14 4.26tl4 3.69tlJ 5.79tl3
2.66tll 7.26tl2 3.60+10 9.64t06 9.35t12
2.00106 9.56tQ9 &.70+07 5.74t07 2.55tlO
7.50-04 1.32-03 1.66-03 5.95-02 2.73-03
(0)
.a0471 .60472 .&04&O .60553
1.20+12 4.73+11 1.10114 5.lJtll
1.45*15 1.47t15 1.10114 6.21tlS
7.07*11 l.IOtlJ 0. J.OStlJ
2.34*09 7.59+09 0. 5.56tll
j.Jl-Q3 6.36-04 3. oo+oo 1.62-02
.69905 .&9949 .&9954 .90015 .94171
2.67tll 1.7Qtll 1.3Otll 4.65410 1.54tl2
7.30111 1.44tl4 1.13+14 4.4OtlJ 1.47+15
2.&4+10 2.03412 1.76t12 9.15tlI 3.9ltll
&.OltlO 4.72tQ9 7.92tO9 3.96tO9 1.64+09
2.62400 2.32-03 4.51-03 4.33-03 4.20-03
2p-(l/2) 2pe(l/2) 21.(1/2) 2Sw(l/Z) 2s.(l/2)
.&ObO9 .&0637 .60640 .&0643 .&0645
1.69t12 2.94+12 7.29tl2 3.49rll J.Jltll
1.17t15 1.56tl5 3.5ltl4 3.23+14 2.64tl4
1.62+13 2.11t13 5.02+10 l.JO+lO 7.04tOQ
4.63+10 1.53t11 4.17409 2.6lt07 3.27+07
2.65-03 7.32-03 6.31-02 2.16-03 4.65-03
,942s) .9427& .94311 .943bl .943&5
1.73112 2.6&+12 9.72112 3.4lt12 1.02t13
7.5OtlS 1.43415 1.17+14 1.04t15 2.05tl4
3.7&tl1 5.5J+lO 2.49t06 3.02tlJ 4.79t09
6.66tO6 4.45406 4.14tO7 1.9Jtll 9.5Jt06
2.30-03 6.05-03 1.66-01 6.39-OJ 1.99-01
lS.2p*Jd~(l/2)-[K]2s.(1/2) Is~2p*Jd~(3/2)-[K]2s*(l/2)
1sw3p* (1) - lS.lS. ls~2p~3~~(3/2)-[K]2~~(1/2) la92p~Js.(1/2)-[K]2S*(l/2) Is.Jp. (1) - 11.1s* l..2p*Js~(J/2)-[K]2s.(l/2) ~S.~P.~P*(I/~)-[K lr*2p*Jp*(3/2)-[K ls.Zp.3d.(J/2)-[K
i
lsm2p.4d.(5/2)lt*2p*44r(?/Z)ls*2~.4p*(1/2)ls*2p*4pr(3/2)Is.?p.4d.(7/2)-
K K K K K
36.(3/Z) 3d*(5/2) Jp~(JI2) 3~*(3/2) Jda(5/2)
II
(0)
Ir.2p.J4~(1/2)lS.2p.Jd~(3/2)-
K]Jr*(1/2) t K]3s*(1/2)
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables
1 = 36
1 = 36
TRANSITION
L AYBDA
A(il)
A(lOl)
AUGER
Od
$6
lr.Zp.4d*(3/21K]4s*(i/Z) Ir.?p.Jd.(1/2)1 K]Jw(I/Z) ls.2p.4d.(l/2)-[K]4s~(1/2) ls.2p.k(3/2)K]Js*(1/2) lr*2p.ldm(3/2)t K]ls*(l/2)
.94405 .94418 .944JO .94433 .94444
1.08tl2 5.26tll 1.17t12 2.29tll 7.7Jtll
1.56+15 7.91tll 1.59*15 6.37tlJ 1.55t15
3.17+11 J.23tOB 2.84tll l.JJtlO 1.70tlO
8.76+08 4.2StOB 4.21408 1.91tO.Q 3.40t07
2.77-03 l.JJtOO 1.48-03 1.44-02 1.99-03
ls02p.Jp~(1/2)K]3p.(1/2) ls*2p.41.(3/2)1 K]4p-(l/2) lr.Zp.3p~(3/2)-[K]3P.(1/2) ls.ZprJd*(J/Z)-[K Jd.(3/2) lS.2p.4l.(5/2)-[K 3 4pa(J/2)
.9444.9 .94454 .94487 .94502 .94503
1.06tlJ 2.96tll J.63t11 1.37t13 a.20t11
1.17t15 1.56t15 1.5at15 1.47+15 i.5atl5
1.62+13 1.66tlO 2.lltl3 3.9ltll 1.49tlO
2.90tll 1.25t07 l.Qltl0 1.46tIO 4.63t07
4p*(3/2) 2p.(l/2) 4p.(1/2) K]Jd.(3/2) t K]lp.(l/Z)
.94513 .94519 .94527 .94528 .94533
J.02tll 3.22t12 2.3lt13 3.49tl4 a.iatio
1.5at15 2.14tl5 1.54tl5 1.36tl5 1.58+15
1.66tlO 4.79tl3 5.37+12 8.79tl2 6.59t12
lS.Zp.4d.(3/2)-[K]4d.(3/2) ls*2p.4!*(5/2)K]4fm(5/2) Is*2p*Jd,(3/2)K]Jd.(5/2) lso2p*ld*(5/2)K 4d.(3/2) ls~2p*ll.(5/2)i K3 4l.(7/2)
.9454J .94544 .94546 .94553 .94553
1.86+13 2.25+13 1.46t15 2.36tl4 1.56tl5
1.56tl5 1.56+15 1.47415 1.51415 1.56tl5
lr~2p~4f-(3/2)-[K]41-(5/2) IS.2p*lf*(7/2)-[K 4le(5/2) ls.Zp.ldr(l/2)K 4S.(l/2) ls.2p.4l.(9/2)t1K]41.(7/2) la*2pn4d.(J/2)-[K]4d*(5/2)
.94554 .94556 .94558 .94561 .94562
1.56t15 7.46tl4 9.61+13 1.56t15 1.54+15
ls.2p.41.(7/2)ls.2p.41.(7/2)18*2p.3d.(l/2)ls*Zpr4d.(l/2)is.2p. (I)
.94562 .94565 .94568 .94568 .94569
Is.Zp.Jd*(5/2)Is.2p.4~.(3/2)-
-
K 4fe(5/2) K3 41.(7/2) K Jd.(J/2) 1 K! 4dw(J/2) 11*1s* (0)
TRANSITION
LAMBDA
ls*2p.cp*(3/2)-[K]4~-(112) Is*2p.Jp*(3/2)-[K 3p.(l12) ls*2p.4d*(3/2)-[K 3 4de(3/2)
A(il)
A( toI)
AUGER
Od
SW
.34711 .9471J .94717 .94716 .94725
1.39+11 7.67tll 6.59+12 a.76t1J 5.91*11
1.07tl4 2.64t14 4.85tl4 2.05+14 6.75tll
I.44+12 2.01tl2 2.67tos 4.79t09 4.11+08
7.35+09 2.32tlO 1.45+08 8.22tOB 2.6Jt09
5.11-03 1.15-02 5.44-02 1.72tOO 6.aatoo
1.79-02 7.48-04 9.05-04 J. 73-02 J.ll-03
.94726 .94726 .94730 .¶4732 .9473J
1.45tl2 2.7atl2 6.25+12 3.72tll I.37tl2
5.6Qtl2 2.87ti2 8.65tl2 1.09+15 1.36tl5
J.62t10 *.i*t09 1.53tlO J.lZtlO 2.71tl2
J.54+10 5.J2tIO 6.&9+10 4.27+07 5.37t09
9.77-01 5.79100 4.JJtOO 1.J7-03 1.98-03
1.27+07 2.82t11 1.61tll 1.35tlJ 1.35tOB
7.64-04 5.89-03 2.99-02 1.53too 2.06-04
.94733 .94734 .94735 .94736 .94737
7.96tll 9.46tlO 1.16tlJ 6.55112 5.02tlJ
l.OOtl2 6.75tll 1.17tlJ 4.85+14 5.55+13
6.26+09 4.11+06 4.92tll 2.67tOB l.Htll
2.98tlO 4.6lt06 3.73tl2 1.68+08 7.46tll
4.75+00 1.12tOO 7.59tOO 7.05-02 5.42tOO
3.17+11 1.49tlO 3.9ltll 3.39+12 1.49tlO
1.51t10 1.27tOB 1.55+12 3.17+12 6.80+10
4.75-02 6.55-02 3.96tOO 9.35-01 5.9ltOO
.94737 .94736 .94740 .94740 .94741
l.lltl2 5.5ltl3 2.76tll 4.54t11 l.lQtlJ
1.48tl2 2.17tO 6.02tlJ 4.54t11 1.27+13
2.44t06 2.66tlZ 1.65tll i.74toa 6.35+12
1.46tO9 1.44tl2 1.13t09 1.74+09 1.68+13
5.97tOO 5.00-01 6.85-03 i.ootoi 2.25tOO
1.56115 1.55+15 9.72+13 1.56+15 1.56+15
1.66tlO 3.27tll 2.25tll 3.95tll 3.17tll
6.66tlO 1.26+12 4.44tlI 3.95tl2 1.25+12
4.OOtOO J.85tOO l.97tOO l.OOtOl 3.95+00
.94744 .94745 .94746 .94749 .94750
7.96+13 2.52+12 3.75tll 2.40112 2.43+14
a.21ti3 9.62tl2 1.48+12 6.65112 1.22+15
3.05t13 1.78tO9 2.44+06 1.59+10 3.15tll
a.65t13 1.66tOB 4.95+08 2.65+10 1.25tll
2.63too 1.05tOO 2.02tOO 1.66tOO J.96-01
8.13t14 8.05tl4 1.50+15 1.59+15 1.59+15
1.55+15 1.55+15 1.50115 1.59+\5 1.58115
1.51+11 3.27tll J.76tll 2.64+11 0.
6.Jltll 1.36+12 7.54t11 5.67tll 0.
4.19too 4.15tOO 2.00+00 2.ootoo J 00100
.94750 .94750 .94751 .94755 .94762
2.69+14 9.27tl2 2.64tll 2.14+12 1.06tl4
2.6Stl4 l.OBtl5 7.9ltll 7.42tl2 2.05tl4
2.5ltlO 3.12tlO 3.23409 3.54tlO 4.79t09
2.0Otll 1.06+09 2.15+09 6.06tlO 9.QJtOQ
8.OOtOO 3.41-02 6.66-01 1.72+00 2.07tOO
.94569 .94571 .94572 .94572 .94577
1.5Jtl5 7.41+14 1.01t15 1.2atl5 1.30t15
1.55+15 1.55+15 1.36t15 1.51t15 1.56tl5
6.42+07 1.51+11 6.7Stl2 J.JBt12 3.99+12
4.¶8+08 5.76411 3.69tl3 1.71tl3 1.99t13
5.92tOO J.62+00 4.43too 5.05too 4.99t00
.94763 .94767 .94769 .94770 .94774
2.07412 3.58tlJ 4.26.tlJ 1.74tlJ 5.29tl2
9.62+12 6.37tl3 4.29t13 1.07t14 7.42+12
1.78+09 1.33tlO 1.06tl4 1.44tl2 3.54+10
1.53tOB 2.99tlO 1.23+14 9.24tll 1.5Otll
8.62-01 2.25100 1.13tOO 6.42-01 4.25tOO
.9457a .¶4578 .94563 .94565 .94567
4.70t14 2.06tl3 1.54t15 1.51+15 1.14+15
4.65t14 1.55tl5 1.55tl5 1.54tlJ 1.17+15
2.67tos 6..42+07 1.7OtlO 5.37tl2 1.62tl3
1.03~0 6.79406 6.75+10 1.05tlJ 3.11+13
3.67too 8.07-02 3.96tOO 1.96tOO 1.92tOO
.94781 .94762 .94790 .94801 .94604
5.25t12 2.42tl3 5.46tl2 1.89+13 1.06tll
5.55tlJ 3.0.9+14 1.6ltlJ 4.96tl3 9.Oltl3
1.36+11 2.56.tlJ 3.48+13 2.99tOB 1.06+13
7.12t10 1.12+13 4.63tll 6.83tO9 6.72tlO
5.66-01 4.J5-01 1.33-02 2.28tOO 6.33-03
.94590 .94592 .94593 .94594 .94596
1.56tl5 1.53t15 1.01415 1.38tl5 2.58tl4
1.56tl5 1.58+15 l.OBt15 1.38tl5 1.56tl5
5.15tl2 6.56tl2 3.12tlO 2.7ltl2 3.99+12
4.lOtlJ 2.5Jtl3 1.24~11 5.4Ot12 3.95112
7.97tOO 3.65tOO 3.96+00 1.$9+00 9.91-01
.94810 .94.924 .94626 .94627 .94628
2.74tlJ 2.26tl4 1.32+12 l.JOtl2 l.OJtl5
6.37tlJ 1.33tl5 1.32tl2 4.35+!J 1.04+15
1.33+10 1.65+12 3.96tll 6.01+12 3.02+13
2.29110 5.59tll 2.44tl2 9.45tl1 5.65tl3
1.72tOO 3.40-01 6.16tOO 1.57-01 1.94400
.94596 .9459a .94601 .94601 .94601
1.50+15 1.50115 1.06tl5 a.ootl3 1.46tlJ
1.61t15 1.54t15 1.54+15 a.o2+13 1.55+15
2.33tlO 1.15t13 6.32tl2 1.65tll 1.70+10
4.34tlO 4.44+13 2.65tlJ 3.2atI1 6.4lt06
1.66tOO 3.65too 4.2OtOO 1.99*00 5.76-02
.94630 .94630 :94639 .94645 .9485J
1.06*15 2.03tl2 4.86tlO 3.07tl3 l.lOtl4
1.06tl6 2.67tl3 6.69tl3 4.96+1$ 2.64t14
5.83+13 4.42tll l.lOtl2 2.99+09 2.01+12
1.11+14 1.33tll 3.45*09 1.11t10 3.34+12
1.9otoo J.OO-01 2.67-03 J.72tOO 1.66tOO
.94605 .94606 .94610 .94610 .94611
1.56tl5 5.03+12 1.43tl5 4.59tl3 4.64tl4
,.64t!5 9.62+12 1.4Jtl5 4.85tl3 1.22+15
4.46t12 1.76C69 5.5JtlO 4.J6tll 3.15+11
2.54t13 J.7ltOB 2.2ltll 1.64+!2 2.49tll
5.69tOO 2.69tOO 3.89+00 3.75tOO 7.92-01
ls*2p.Jd*(3/2)ls.2pe3d.(l/2)ls*2pmJd.(3/2)ls.2p.4$.(3/2)ls.?p.4~.(5/2)-
K Js*(l/2) K 3s*(l/2) K 3s*(l/2) K 4d*(5/2) t K! 4d*(5/2)
.94665 .94669 .94671 .94699 .94931
1.47+13 6.74tll 7.83+12 7.52tll 7.69t11
3.51+14 3.23t14 2.64tl4 1.27tlJ 7.astll
5.02+10 1.36tlO 7.04+09 8.35tl2 5.87tos
6.39409 5.42tO7 7.79toa 1.19t12 3.50t10
1.67-01 4.17-03 1.10-01 1.45-01 5.96tOO
.94621 .94625 .94625 .94626 .94631
5.42tll 1.4Otl5 1.33tl5 4.12tl2 1.45tl5
5.42tll 1.56+15 1.3Jtl5 5.89+12 1.45+15
1.96t06 2.lltl3 1.22tl3 3.62tlO 7.07+11
3.92tO6 7.40+13 9.67tlJ l.Oltll 2.62+12
Z.OOtOO 3.50+00 7.9JtOO 2.76tOO 3.99tOO
ls*?p.Jp-(5/2)ls.2p.Js*(3/2)ls*2poJs1(1/2)ls*2poJp.(3/2)lS*2p.3d.(J/2)-
K K K K Ii K
3~*(3/2) Jd-(3/2) Jd.(3/2) 31.(3/2) Js*(l/2)
.94961 .94966 .94967 :94976 .94915
1.19t13 1.04+12 2.44tl2 6.16tl2 3.3.Qtll
1.04t14 1.45+15 1.47t16 6.69+13 1.07tl4
1.91*13 7.07tll 1.19t13 1.2Ot12 3.54tlO
1.10+13 2.OltOQ 3.9ltlO 4.37tll 4.47tO8
5.77-01 2.85-03 J.26-03 3.6J-01 1.26-02
.94633 .94633 .94644 .94645 .9465X
1.47t15 2.35tll l.Ottl4 4.60+14 1.49tl5
1.47tl5 1.56t15 1.17tl4 1.54tl5 1.61+15
l.lBtl3 6.59tl2 2.49t06 6.32t12 3.48tlJ
2.36413 3.66t09 4.51+08 1.13413 l.26+14
1.96tOO 5.90-04 l.lltOO 1.76tOO J.62tOO
lsh*2pr(3/2)-[K ls*2p.Zp.(3/2)II ls*2p.Js~(3/2)K ls.2p.2~.(3/2)Ii K lS*2~.3p.(3/2)-[K]3.*~1/2)
2sa(1/2) 2~*(3/2) 3d*(5/2) Zp.(\/?)
.94986 .94989 .95010 .95024 .95050
1.63tl5 2.14+15 9.98tll 1.27tl5 1.31+12
1.63t15 2.14tl5 1.45tl5 1.57415 1.8ltl4
2.3Otl2 4.79tlJ 7.07tll 1.16tl4 1.76tlJ
9.2Ot12 1.67tl4 1.94t09 3.46tl4 4.63111
3.99tOO 3.9ltOO 2.74-03 S.OltOO 2.64-02
.94655 .94656 .94657 .94669 .94679
6.lltll 6.74+11 1.26+13 1.37tl2 4.55tl3
1.64tl5 1.54t15 1.6lt15 4.85+13 2.17+14
4.46tl2 l.IStl3 2.33tlO 4.J6tll 2.68+12
9.92tO9 2.59+10 3.70*06 4.SOtlO 1.19+12
2.23-03 2.25-03 1.59-02 1.12-01 4.13-01
.95057 .95067 .35067 .95073 .95080
4.96t11 6.24tll 1.76t15 5.63tl2 7.J5tll
3.5atl4 3.20tl4 2.32+15 2.09tl3 lJ.2ltlJ
9.36tlo 6.3OtOB 1.44t12 3.2JtlO 3.05tlJ
5.1atoa 4.9lt07 2.20112 3.49tlO 7.96tll
5.54-03 7.79-03 1.5JtOO 1.08tOO 2.61-02
.94662 .94685 .94665 .94692 .94697
1.5Jt15 l.OBtl5 1.7ltll 6.95tlO 1.16tl2
1.67tl5 1.33tl5 5.89412 l.OOtl2 9.72+13
,.72+13 1.65tl2 3.62+10 6.26+09 2.25+11
9.36+11 2.69+12 4.17tOP 2.59+09 5.38tOB
5.44+00 1.6JtOO 1.15-01 4.14-01 2.J¶-02
.95101 .95120 .95124 .95127 .95132
6.6Jtlo 5.09tlJ 1.06tl2 2.lltl2 2.42tll
3.73t14 7.2Stl4 6.2ltl3 6.49tl3 7.12tl4
2.06toa 1.4ltl3 3.05tlJ 9.72tl2 J.43111
1.51405 3.87tl2 1.15112 8.69tll 2.JJtOa
I.J4-04 2.74-01 J.78-02 6.94-02 6.78-04
J. NILSEN
TABLE
Dielectronic Satellite Spectra for Helium-like Ions
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions . See page 344 for Explanation
of Tables 2 = 36
LAYBOA
A(il)
A(Ic.1)
.95142 .95152 .95160 .95161 .95165
1.05+11 f.Jltff 2.I&ll 8.B0t11 6.76tll
1.16+13 3.65tl4 3.73t14 I.62tl4 9.25tll
4.8ltll 4.79+10 2.06+08 2.11tlO 1.76t12
I.66tlO 1.03+08 4.82+05 6.89t08 2.66+12
5.46-02 2.15-03 2.34-03 3.26-02 l.51+00
.95166 .95l66 .95167 .95170 .95177
5.43t14 1.04+13 3.66+12 2.92+14 5.04tl2
5.43+14 5.05+14 5.19tl4 2.94414 3.89t13
9.64413 7.28+12 2.66tll 5.24tf3 9.64t08
4.91+14 5.92tll 3.75+09 8.84+13 7.50+08
f$*Zp.lf.(5/2)K]4p.(3/2) l$~2pe41-(5/2)K]lp*(J/Z) ls.2p.3p*(3/2)I K]3p-(l/2) l$*Zr.,p~(l/2)-[K]4$*(1/2) I$.2$~4f~(7/2)-[K]4d.(5/2)
.95180 .95183 .95185 .95189 .95189
2.59+12 2.35+12 2.4ltt2 1.85113 4.63tll
1.54tlJ l.OOtl3 1.23tl4 7.67tl3 7.3OtlI
1.04tl2 l.l3tl2 1.34+12 I.52tlJ 2.Ll4tlO
lr~2p.4f*(712)-[K]4f~(5/2)
.95190 .95193 .95196 .95196 .95198
7.74,lO 1.13+13 2.29+12 3.35+13 3.87t12
4.06tl4 3.65+14 3.73tf4 3.89tl3 7.05113
.95198 .95200 .95200 .95201 .95201
3.20+12 3.87+14 4.06+14 4.09112 4.07+13
.95201 .95202 .95203 .95203 .95204
A(if)
A( lot)
.95274 .95274 .95275 .95275 .95286
4.17+13 2.57+14 1.42tl2 l.35+12 2.77+13
4.57+13 3.56+14 3.27tl4 1.17+14 0.49113
5.16tlo 3.99tl2 1.13tl2 1.78+12 9.72tl2
2.82411 1.14+13 9.74+09 I.05110 1.14tIJ
5.47+00 2.85tOO 8.65-03 4.52-02 1.17tOO
5.lOtOO 8.14-02 1.41-02 1.69+00 7.7.9-01
.95295 .95309 .95309 .95317 .95318
1.42tll 3.37+13 3.96,14 1.23tf4 3.23tl2
3.75t14 5.79+13 3.98+14 1.65+14 4.28+14
6.72+12 9.35112 l.62+12 l.lJ+lO 3.6OtlO
1.50tlO 9.37*12 9.65+12 f.h&lO 1.09+09
2.23-03 1.00*00 5.94tOO I.49+00 3.02-02
9.87tll 1.43tl2 1.04tll 6.12+12 1.39tll
9.47-01 f.26tOO 7.75-02 4.03-Of 4.88tOO
.95318 .95322 .95325 .95330 .95332
3.56tl4 1.04t14 1.09tl4 l.JOtlJ 7.85tl4
3.56tl4 1.07t14 1.23tl4 7.67tl3 7.35+14
1.2OtlJ 3.54+10 l.34tl2 1.52tlJ 7.68+13
6.97tlJ l.JBtll 4.68tl2 4.29+12 I.40+14
5.8OtOO 3.91+00 3.49tOO 2.82-01 1.82tOO
5.42+06 4.79tlO 8.39tlO 9.64+08 1.76tl2
8.27tO3 8.93+09 3.lOtO9 4.98+09 3.76tll
1.53-03 1.87-01 3.69-02 5.16tOO 2.14-01
.95333 .95341 .95347 .95353 .95357
3.16+12 1.29tl4 3.21+12 2.04112 2.11tl4
6.82+13 1.50tl4 3.28tl4 3.98tI4 3.24tl4
1.75tll 2.98tl2 5.65+12 1.62+12 1.24+12
1.62tlO l.OOtl3 1.09tll 4.97+10 3.2ltl2
9.25-02 3.36tOO 1.92-02 3.06-02 2.6OtOO
3.58+14 3.97+14 4.06t14 1.16+13 2.84+14
9.36tlO 2.73+0.9 5.42+06 4.8lttl 2.85110
3.35tO9 1.60+09 I.33107 6.5Otll 2.45tlO
3.58-02 5.86tOO 8.OOtOO l.JStOO 8.59-01
.95359 .95366 .95366 .95368 .95381
6.08+13 9.04tll 2.26+13 1.2Otl2 4.65tll
9.61+13 1.07+14 5.79+13 3.03+14 3.85+14
6.42tlO 3.54tlO 9.35+12 1.36tl2 9.20111
8.12tlO 1.2OtO9 6.29+12 1.07tlO 4.43+09
1.26tOO 3.38-02 6.73-01 7.16-03 4..9l-03
4.36+13 3.72tf4 3.79tl4 3.5Jtl4 3.57+14
3.51tl4 3.73tl4 3.79tl4 3.65+14 3.511+14
5.02+10 2.06+08 l.Jltll 4.79tlO 5.92+08
2.49tlO 8.23+08 1.3lrl2 2.78111 1.1.9+09
4.97-01 4.OOtOO l.OO+Ol 5.8ltOO 2.00+00
.95388 .95399 .95400 .95403 .95411
5.3ft12 5.22tll 4.78411 8.85tll l.IStI4
1.81+14 6.86+13 3.85+14 2.03+14 2.65+14
1.76+lJ 1.4Otll 9.2Otll 8.48tll 8.87+11
1.87+12 2.13+09 4.56+09 7.38+09 1.53+12
1.07-01 1.52-02 4.96-03 8.70-03 1.72tOO
.95205 .95205 .95206 .95206 .95207
1.61+14 3.22+14 3.16+14 3.83tl4 5.lOtl3
1.62+14 3.23tl4 3.28tl4 3.83+14 3.19tl4
2.11tlO l.JOtlO 5.65t12 8.40+10 I.03t12
1.26tll 2.59+10 I.07+13 6.72+11 3.3Otll
5.97+00 l.99tOO 1.90+00 8.OOtOO 3.19-01
.95432 .95458 .95458 .9546l .95467
3.62tlJ 4.78+13 5.64tlO 1.95+11 5.51+12
1.81+14 6.17tl3 2.2ltl2 l.44tl4 1.13+14
1.76+13 1.96+08 4.38tlI 2.03+12 1.76+12
1.28tl3 6.05tO8 3.72+10 5.44+09 3.37tll
7.28-01 3.10100 1.50-02 2.68-03 1.92-01
.95208 .95208 .95210 .95211 .95212
3.18+14 2.33tl4 9.45tl2 3.92+14 1.04tl2
3.20+14 2.84tl4 3.97+14 3.92t14 1.19tl2
6.30+09 7.04t09 2.73108 0. 4.OltO9
2.5ltfO 2.3ftlO 3.90+07 0. 2.78tlO
3.97tOO 3.28+00 1.43-01 3.00*00 6.94+00
.95468 .95482 .95487 .95494 .95496
6.24+12 1.09+13 5.21+13 1.08+12 4.13+12
1.58+13 1.50+14 fJ.97tl3 1.23+12 8.25412
l.llt12 2.9lltf2 2.38tl3 2.95tO9 3.09112
8.2Otll 6.49+11 2.18+13 1.03+10 6.75+12
7.36-01 2.85-01 9.17-01 3.5OtOO 2.19tOO
lr*2$.3d.(3/2)K]3~*(3/2) lw2pe4d.(5/2)EK]4d*(5/2) ls*2p.4~.(1/2)-[K]4P.(l/2) 1$.2pe4d.(5/2)K]4dm(3/2) ls.2p.4d.(7/2)f K]4d*(5/2)
.95213 .95215 .95216 .95217 .95217
2.55+12 3.70tl4 3.01+14 7.49+12 3.7Otl4
2.09tl3 3.73+14 3.27+14 I.31Cl3 3.70+14
3.23+10 8.39clO I.13112 1.35+11 2.26+12
1.511+10 5.00tll 2.06tl2 4.59tll 1.79+IJ
4.89-01 5.96tOO 1.83tOO 3.4otoo 7.95tOO
95496 95498 95500 .95508 .95513
4.57tll 3.03+14 2.37+12 1.05+12 1.02tll
4.57411 1.57tl5 9.61tl3 2.94+14 1.02+11
6.19+07 1.16414 6.42tlO 5.24+13 7.08t09
1.24tO8 II.SO+lJ 3.17tO9 3.lStll 3.97tlO
2.OOtOO 7.18-01 4.93-02 6.08-03 5.6ltOO
lr.?pmlf.(7/2)1$.2pe4f.(5/2)1$.2pwLp*(l/?)-
.95217 .95221 .95222 .95225 .95226
3.51t14 4.03112 1.54*11 4.75+11 3.49*14
3.5&14 1.54+13 1.19+12 1.00+13 5.19*14
9.36+10 1.04tI2 4.01t09 1.13+12 2.66tll
3.67+11 1.54+12 4.12+09 2.1)9*11 3.511t11
3.93+00 1.47+00 1.03+00 2.55-01 1.34too
.95517 .95522 .95526 .95527 .95536
4.93tIl 6.48,ll 2.57tll l.23tll f.35+11
2.2lt12 l.I8+12 2.57tll 1.23tll 4.4Otf3
4.38tll J.SOtll 2.36+07 l.lJtO5 9.15+11
3.26tIl II.BOtll 1.41+08 4.52+05 f.tOtlO
7.44-01 2.54~00 6.OOtOO 4.00+00 1.20-02
.95226 .95227 .9522.! .95230 .95231
3.49t14 1.47+12 2.5Etl4 4.02+12 8.74+12
5.05t14 3.2Otl4 3.03+14 4.57413 1.54*13
7.211t12 6.30+09 l.36+12 S.lttlO 1.04+12
1.9nt13 1.16+08 2.31+12 2.72+10 3.33+12
2.72100 1.84-02 1.7otoo 5.27-01 3.2otoo
.95539 .95541 .95544 .95545 .95546
2.34tll 5.41+14 2.42411 6.83tl2 2.38+13
9.74412 2.32tf5 2.42+11 1.2ltl4 J.lOtl4
1.16+11 1.44+12 5.42tO8 1.67+12 1.03+12
5.51tOO 6.7Otll 4.33+09 3.7ltll I.54tlt
4.75-02 4.66-01 7.98+00 2.22-01 I.49-01
.95234 .95236 .95239 .95240 .95243
7.12t12 5.56+12 3.04tI4 3.79+14 3.51+12
1.00+13 1.31+13 J.BStf4 3.15+14 l.l6+13
1.13tl2 l.JstlI 7.3ltll 9.20+11 4.11+11
4.33+12 3.42tll 4.37+12 3.61+12 5.57*11
3.83+00 2.54+00 5.96*00 3.93+00 1.16+00
.95550 .95551 .$5573 .95577 .95599
l.IS+ll 3.29tll 1.19+11 3.19tl2 3.03rll
2.15tll 2.56tlJ 1.18+12 3.75t12 6.lltl3
2.07tlO 1.37tll 3.50+11 7.23+09 1.96r08
l.lJtll 3.50+09 I.63411 3.6.9tlO 3.83+06
5.47+00 2.56-02 4.66-01 5.09tOO 1.96-02
.95244 .95245 .95245 .95252 .95252
3.74t14 2.43tf4 2.05tl4 6.2ltl3 4.32+13
3.75+14 2.84+14 3.5ltl4 6.40tl3 2.114+14
6.72+12 2.85tlO 5.02tlO 9.9OtlO 7.04+09
3.95+13 1.47tll 1.63+11 3.84tll 4.28+09
5.88too 5.14+00 3.25+00 3.88+00 6.09-01
1$.2$*4p~(l/2)l$*?r*Jd~(l/2)I$*2p.3$.(3/2)l$~2p.2p.(I/2)1r*2r*4r.(1/2)-[K
.95603 .95610 .95614 .95616 .95619
l.57+11 6.68+12 1.94tll 4.05t14 9.2ltll
1.44tf4 1.58tl3 3.56tl4 4.05414 2.47tl2
2.03+12 l.fltf2 3.99tl2 I.68tl2 1.57tlJ
4.36t09 8.78tll 6.6OtO9 3.35412 1.59+12
2.15-03 7.87-01 2.15-03 1.99tOO 1.01-01
.95252 .95257 .95258 .95258 .95256
3.40114 6.23+11 3.82+14 4.89113 6.52tlJ
3.4Otl4 3.85414 4.2Etl4 7.05113 6.86+13
3.74tl2 7.3ltll 3.6OtlO 1.76+12 1.4Otll
2.96+13 7.09+09 1.28tll 4.75tf2 2.66tll
7.91+00 9.70-03 3.57+00 2.71,OO l.9OtOO
1$.2$*4p*(3/2)-[K]4d~(5/2)
.95628 .956211 -95642 -956511 .95665
1.43tll 3.24+13 2.82rlI 8.66tll 4.01+14
l.lJtl4 8.97tlJ 2.82+11 3.56+14 4.Oltl4
1.76+12 2.38413 3.68+08 3.99+12 7.25+13
8.71t09 f.36+13 2.20109 3.85110 3.69+14
4.95-03 5.71-01 5.99tOO 9.63-03 5.08tOO
.95260 .9526.9 .95271 .95272 .95274
3.lJtl4 6.11+12 9.36+11 3.05tl4 4.69+13
7.29+14 (1.49+13 6.40tlJ 7.12+14 6.82tl3
1.41+13 9.72+12 9.9OtlO 3.43tff 1.75tll
2.38rlS 2.51412 5.78+09 2.93tlI 2.4ltll
1.68tOO 2.59-01 5.84-02 6.55-01 1.37tOO
.95667 .S5678 .95702 .95726 .9573.9
l.lO+ll 2.17+11 2.42+14 3.52tll 1.98+12
4.62411 4.40+!3 2.42+14 4.62tll 1.39413
1.13+07 9.15tlf 3.86+12 1.13107 4.69tlJ
l.OBt07 1.77tlO 1.52tlJ 3.46+07 3.05tl2
9.52-01 1.94-02 3.94tOO 3.05100 6.50-02
l$o2p(1) 11.1s* 1$.2p-4I.(7/2)-[K]41-(5/2)
(0)
K 41*(7/2) K 4f.(5/2) II K 4p.(3/2)
ls.2p-rd.(3/2)-[K 4d*(5/2) 1$.2p~3p*(1/2)-[K 3 Jp*(3/2) 1$*2p.4p.(l/2)-[K]4p.(1/2)
AUGER
Od
9"
TRANSITION
1$.2~.4p.(l/2)-[K]4p*(3/2) l$~2$*3d*(3/2)-[K]3pe(l/2)
K 4dm(3/2) K3 3p.(3/2) K 3de(3/2) I K 2pm(l/2) I 4pm(l/2)
LAMBDA
AUGER
Od
9"
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage 344 for Explanation of Tables 2 = 36 IRANSITION
LAMBDA
A(il)
A(101)
AUGER
Od
91
In.Zr.3p.(l/Z)-[K]3d.(3/2) Ir.25.3p.(3/Z)-[K]3d.(3/2) lr.Zp~2~.(3/2)-[K]2~~(3/2) Io~Zr~Jp~(5/2)K]3de(3/2) Ir.Zr92p.(I/2)1 K125*(1/2)
.95744 .95751 .95752 .95753 .95774
2.18+12 1.59+11 1.16tl4 6.96tlO 6.93tlJ
2,OJtll 2.65+14 1.17tl4 7.5ltll 6.93t13
8.48+11 8.87tll 1.78t12 9.91+08 6.87tlO
1.82+10 2.13+09 6.93+12 5.50+08 1.37tll
2.14-02 2.40-03 3.89tOO 5.56-01 2.ootoo
lv2r.Jp*(5/2)-[K lr.Zr.3r.(3/2)-[K If*Zr.3p~(3/2)-[K lt~2r~3p.(1/2)lr.2s.3~.(3/2)-
36*(5/2) Sp.(l/Z) I 3(-(3/I) K]3d.(3/2) 1 K]3p.(3/2)
.95797 .95872 .95887 .95892 .96015
6.8ltll 2.79+11 4.43tll 2.06411 6.09tll
7.51t11 8.88tll 1.21tl4 2.56tl3 8.88tll
9.9ltO8 2.29t07 1.67+12 1.37t11 2.29t07
5.39+09 2.88+07 t.lltlO 2.19109 6.29t07
5.44too 1.28tOO 1.44-02 1.60-02 2.74too
lr~2~~2r.(l/2)-[K 2p.(l/2) Is.2r.2t.(l/2)K 2p*(3/2) lr~Zp.3~*(3/2)11K14~*(3/2) lr.2p.3~.(5/2)-[K]4~.(3/2) ls*Zp'3d*(7/2)-[K]4d*(5/2)
.96437 .96926 1.00558 1.00822 1.00638
4.05+13 1.81tl3 1.40tll 1.40tll 1.33tll
5.87tl3 5.87t13 1.58t15 1.67t15 2.69+14
1.51+14 1.51tl4 2.lltl3 1.72tl3 2.5ltlO
5.84+13 2.6lt13 7.39+09 8.55tO9 9.89+07
3.87-01 1.73-01 3.49-04 4.97-04 3.95-03
1.00678 1.00716 1.00752 1.00753 1.01175
1.30tll 1.85tll l.OBtll 1.33t11 4.99+10
1.61+15 1.33tl5 1.45+15 1.47t15 2.84tl4
3.48tlJ 1.65+12 7.07tll 1.19+13 2.85tlO
1.10110 4.58+08 2.09t08 2.13109 3.00407
3.17-04 2.78-04 2.98-04 1.79-04 1.05-03
1.01226 1.01227 1.01289 1.01362 1.01477
2.5Otll 4.77tlO 2.83tll 7.59t10 4.57tlO
9.25tll 1.8ltl4 2.09tlJ 2.94+14 3.24+!4
1.76+12 1.78t13 3.23+10 5.24tlJ 1.24+12
9.8ltll 1.68tlO 1.63tO9 2.3OIlO 6.95+08
5.59-01 9.80-04 5.03-02 4.39-04 5.63-04
1.01838 1.14098 1.14330 1.14587 1.14864
4,OOtlO 1.45+11 2.04tll 5.44t10 1.35+11
2.65+14 1.04t15 2.14+15 5.43+14 1.57+15
8.87tll 3.02+13 4.79413 9.64t13 t.l6+14
5.34+08 8.21+09 1.79+10 4.92+10 3.69110
6.02-04 2.72-04 3.73-04 5.11-04 3.19-04
1.14927 1.15132 1.15311 1.15362 1.15801
2.06tll 9.38tlO 3.51+10 1.36tll 9.8ltlO
2.32t15 1.08tl5 4.01+14 1.63tl5 4.29t13
1.44+12 5.83+13 7.25tlJ 2.30412 1.08tl4
2.55+08 9.74tO9 3.22+10 7.68tO8 2.8ltll
1.77-04 1.87-04 4.44-04 3.33-04 2.60-03
1.15872 1.24588
6.52tlO 3.92tlO
7.85tl4 1.63t15
7.68+13 2.30+12
l.lbtlO 2.21+08
1.51-04 9.80-05
lr.2~.3p.(3/2)lr.Zp.2~.(1/2)Is*2p~2~~(3/2)lre2p*2~*(5/2)lr.Zp.2p.(3/2)-
K]41*(1/2) 1 K]Jp.(3/2) K 3p.(3/2) K 3p*(3/2) il K 3p-(l/2) Jpm(1/2) Jn.(1/2) Jp.(3/2) 3r.(l/2) 3d.(5/2)
373
Atomk
Data and Nudesr
Data Tables.
Vol. 38. NO. 2. Mlrch
1982
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions Seepage344 for Explanation of Tables 1 = 42
1 = 42
TRANSITION
LAUBOA
A(if)
A( l-21)
AUGER
ls.1:. (0) 11.11. (0) K]ls*(l/2) K 2p.(l/2) II K 2p.(1/2)
.55435 .55463 .55490 .555aO .55562
J.JBtl4 1.0&14 1.09tll l.Satl2 1.57tl2
3.36+14 l.o6+,4 2.77tlJ 2.72tl5 2.62+,5
0. 0. 7.95tl2 5.65112 7.0lt12
0. 0. 9.73+10 6.5UtOQ 1.56tlO
3.00too 3.00t00 1.22-02 1.16-03 2.23-03
K]Zp-(112) K]2p.(l/2) K]2p.(1/2) K 2s.(l/2) 1 K 1 2s.(l/2)
.55623 .55624 .55641 .55726 .55734
4.23+11 6.6ltll l.latl2 5.66t12 5.46tll
2.72+15 2.63+15 5.54tl4 6.JJtl4 6.52tl4
4.74+09 1.21413 2.94412 1.16411 6.05t09
,.48+06 ,.12+,0 1.25+,0 3.14t09 1.04+07
ls.2p.4d~(J/2)-[K]2s*(1/2) l~.2~*4p~(J/2)-[K]2s~(l/2) ,s~2s*4p.(l/2)-[K 2s.(1/2) Is*2p.ls.(l/2)K Zs.(l/2) ls*2p.lsr(J/2)K]Zs*(l/?) t1
.55750 .55757 .55796 .55607 .55622
2.37t12 9.32tlJ a.73413 1.29tlJ 9.79tl2
2.14tl4 1.7Otl4 1.16+14 6.97tl4 6.60t14
1.47tll l.OJtlJ 1.59tlJ 7.65tl2 1.27+12
Is.2p.4s.(1/2)-[K]2s.(l/Z) I1~2~.4~~(1/2)-[K]Zp.(3/2) Ir*2p*4p*(J/Z)K]Zp.(3/2) ls.2s.lp*(l/2)K]2s*(1/2) ls*2s.4~.(3/2)I K]2s1(,/2)
.55626 .55695 .55697 .55a99 .55902
5.60tl2 2.47+12 l.OOtl4 2.67tl4 1.68+14
2.24+,4 2.72+15 2.62+15 2.69tl4 2.05tl4
,s~2~.4p~(5/2)-[K 2p.(J/2) ls*2p.4f*(3/2)-[K 12p.(J/2) ts*2p.41~(3/2)-[K]2p~(J/Z) ls~2p.4f~(5/2)-[K]Zp.(J/2) ls.2~.4f~(3/2)-[K]2p~(l/Z)
,559OJ .55919 .55929 .55932 .55937
t.5Jtl4 4.67tll 2.17tll 1.54tll l.lltll
ls.2p.lp-(1/2)lsa2p.lp-(J/2)ls.2s.4p.(J/2)-
.55939 .55940 .55945 .55946 .55956
Od
IAANSIIION
LAUEOA
AUGER
A(i1)
A( tot)
.56746 .5874a .56774 .5a777 .56601
3.36+14 3.29tl4 1.54tl4 2.67tl4 1.46+14
2.65+15 6.62tl4 5.9Otl4 J.Olt15 ,.76+14
2.,atlJ6.JOtl2 1.56+11 l.Ja+lJ 2.74tll
1.02tlJ 1.24tlJ 6.l4tlO 7.66tl2 4.6Otll
4.66-01 1.97tOO 5.21-01 5.71-01 l.latOO
3.11-04 9.29-04 4.25-03 2.72-02 1.29-03
.5D04 .5aaO4 ,566lJ .56120 .5aa26
I.24tlJ 1.2Jtl4 6.20+,4 4.75tl4 6.73+14
2.12tlJ 6.52t14 1.7Jt15 5.latt4 l.JJtl5
5.55ttt 6.10109 7.34tll 2.JltlJ 1.6ltlJ
1.27+12 4.59+09 6.96tll I.??+14 3.22tlJ
2.26+00 7.53-01 9.50-01 5.27+00 2.00tOO
6.5JtO9 2.IltlJ 2.1OtlJ 2.79tll 5.65tlO
4.43-02 2.07tOO l.JZtOO 3.65-02 4.45-02
.56634 .5aa52 .5aa55 .5aa66 .53677
7.33+14 3.;5+14 l.JOtl2 1.6Jtl4 l.OOtl4
1.52tl5 5.5at14 3.22tt4 2.a7tl5 2.6ltl5
1.69+1, 4.32tll 6.56tll 3.57tlJ ,.lltlZ
1.62tll 1.07tl2 1.36tlO 7.99+12 7.94+,0
9.61-01 2.47+00 1.62-02 2.24-01 7.15-02
4.95+09 5.65tl2 7.Ott12 2.01412 1.65112
2.57tOa l.OJ+lO 9.94tll 3.95tl2 6.OZt12
5.16-02 1.62-03 1.42-01 1.97tOO 3.64tOO
.56890 .58BQl .5a915 .5a924 .5a944
2.41+14 5.56ttJ 1.40+14 3.26ttJ 2.,4+,4
2.57414 5.76+13 7.65t14 5.35tlJ 2.2Qtl4
2.15tl2 1.47tll t.QJtt2 4.22+,2 2.16tlJ
a.OOtl2 2..QJtll 7.OJtll 9.54+12 I.llt14
3.72tOO 1.9JtOO 3.64-01 2.26tOO 5.13tOO
2.9Jti5 1.14tlJ t.07tlJ l.67+12 a.71t14
3.73+12 7.05tOa 2.52tlO 2.OOtOQ 7.03+06
1.17+12 1.15tOa 2.04t09 1.11+09 3.59+05
3.14-01 1.63-01 8.09-02 5.54-01 5.11-04
.5a950 .5a961 .51962 .5.9990 .59004
l.llt14 3.95tlJ l.lbtl4 1.42+,4 2.76tlJ
l.lbtl4 1.20+14 5.OJtl4 6.46+,4 1.26tl4
l.Oltt2 2.64tlO 1.72tlO 8.35+09 3.64tll
J.altl2 l.a7tlO 1.56tlO 7.32+09 1.6Otlt
3.79tOO 6.57-01 9.16-01 6.77-0, 4.40-01
2.49114 6.51ttJ 9.56tlJ 2.17+13 4.83112
2.72+15 2.63+15 9.66tlJ 2.25+13 1.95ttJ
4.74tOQ t.2lttS l.15t12 1.35tll 6.17tft
6.69106 1.44+12 4.52+12 Z.6Otll 7.75tll
1.113-01 1.20-01 3.9ltOO 1.92tOO 9.49-01
.59033 .59152 .5Qlal .59206 .59209
4.55tl2 i.jjtl3 1.66tl2 6.61+11 3.23t12
l.Jatl4 2.35+13 l.SJtl5 6.3Otl4 3.22tl4
2.59+13 5.01t13 l.lttlJ t.60+13 a.56411
1.44tl2 i.altl3 a.66+10 7.73110 3.42tlO
5.55-02 3.62-01 5.51-03 4.63-03 4.00-02
.55957 .55962 .55969 .55969 .55969
1.5Ot14 ,.52+14 2.99t14 2.86+14 1.69tl4
5.54+14 1.52tl4 1.14tl5 9.97+,4 2.04t14
2.94+12 9.52tl2 1.22ttl 7.9Otl2 I.36112
1.5at12 5.37tlJ 6.JatlO 9.01+12 4.55t12
5.30-01 5.64tOO 5.24-01 l.lt+OO 3.29too
.5927a ,592aJ .59315 .59317 .59327
1.16t12 3.64+,2 6.OQtll 1.32+12 l.Oatl2
5.35tlJ 2.23tlJ 1.20tl4 5.OJtl4 7.12tl2
4.22t12 2.99+12 2.a4tlO 1.72tlO 2.JJtlO
J.39+ll 2.57+12 2.116+06 1.6ltOO 2.11+10
6.02-02 6.62-01 1.01-02 1.05-02 9.05-01
.55979 .56004 .56006 .56009 .56023
6.69tt2 6.69tlJ 9.JOtlJ 4.53113 9.56tlJ
2.15tl4 7.44tl4 9.46tlJ 4.77t,J 9.aJtl4
l.Olt12 l.JOtl2 6.94t12 3.93+11 4.64tlO
1.6Jtll 2.33111 3.81tlJ 1.46tlZ 1.60110
1.61-01 1.79-01 5.49+00 3.77too 3.69-01
.59354 .59359 .59369 .59509 .64705
9.27+11 9.62tlt l.OOtl2 4.2Otl2 1.52tll
6.46+,4 1.26tl4 l.JItl4 2.S5tlJ 2.72+,5
8.35tOS 3.64tll 2.59+13 5.0lt13 I.23411
4.79tO7 5.55t09 3.16tll 5.72+12 2.75+07
5.74-03 1.52-02 1.22-02 1.14-01 2.24-04
ls.2p.4p~(l/Z)-[K]2p.((/2) ls~2~.4sr(l/2)-[K 2pm(l/2) 1~.2~.4d.(Jl2)-[K 1 ?pm(l/Z) ls.21.4d.(J/2)-[K 2p-(l/2) Is.~s.~s.(~/~)-[K 1 2p.(l/2)
.56025 .56041 .560a7 .56106 .56173
3.04tlJ 1.74t12 2.QJt12 5.60tll ,.a9tl2
1.67t14 ,.12tl4 4.4atl2 4.altl2 4.27t12
2.22+11 l.OJtlJ 3.97tll 3.72tO9 1.7OttJ
8.05+10 2.94tll 9.55tll l.7JtO9 J.Oltl2
3.62-01 2.64-02 2.4OtOO 4.66-01 1.77-01
ts*2p.4~.(1/2)ls.2p.lp.(l/2)-
K]Ss*(f/Z) t K]Jpe(l/l)
,647Oa .64757 .64759 .64635 .64a65
2.29tll 1.64tll J.l6+l, 6.74tll 2.03111
Z.73tl5 2.72tt5 2.a3t15 2.93415 2.76tl5
3.29t12 4.74tOQ 1.2ttl3 3.7Jtl2 4.aJtl2
3.51tOa 5.73+05 5.40+09 5.15tO9 Z.a4+09
1.67-04 1.21-04 4.411-04 t.J6-03 5.117-04
ls.2p-4p*(J/2)-[K ls*2p-4p.(5/2)-[K ls.2p.lp.(J/2)ls*2p.4p.(l/?)ls.2~.4p.(Ji2)-
,562aQ .56296 .56299 .56324 ,56343
3.52tll 4.56+11 2.52ttl 6.7Otll 7.lltll
9.97tl4 6.67tO 2.15+14 7.44tl4 9.aJtl4
7.90+12 6.05112 l.Olt12 t.JOt12 4.64tlO
1.1ttlO 2.5JtlO 4.7JtO9 3.03109 1.34tOa
1.40-03 3.14-03 4.67-03 2.33-03 2.09-03
1~.2p*4p*(l/?)ls*2p*4p*(3/2)lr*2p*4dn(7/2)lr*Zp.lp*(3/2)ls.?p-4p.(l/2)-
K K K K II K
Jp*(J/2) Jp.(J/Z) Jd*(5/2) Jpe(112) 3p.(l/2)
.64906 .64924 .64944 .65226 .65227
3.41tll 2.54ttl 1.57+,, 2.55+1, 2.5Qt11
5.54tt4 2.04tl4 2,OOtlJ 9.97t14 1.,4+15
2.94tl2 l.Jatl2 4.2Otll 7.90t12 1.22tll
3.60+09 6.a4tOQ 2.59+10 a.OltOQ 5.52t07
1.22-O) 4.95-03 6.15-02 1.01-03 4.54-04
r:::,p::,d;l:::~:El~~~:~~~~~
.56410 .56076 .56117 .5alJ4 .SalJ(I
4,OJtll 2.66tll t.lJ+ll 5.Z7tll ,.Z4t12
2.55tl2 2.60+15 2.35t15 2.44tl5 5.04tl4
2.9atll 4.61+11 4.72+,1 7.7atlO 1.77tlO
2.5Jtll 1.69+06 l.lOtOU 6.7JtO: a.72+07
6.49-01 4.11-04 2.33-04 0.65-04 4.94-03
lr.2pe4p-(J/2)l~~Zsr4f~(5/2)tsr2r*4p*(1/2)ls.?$.4p.(J/2)lsr2$*41.(7/2)-
K K K K K
Jpe(l/2) Jd-(J/2) 3$*(1/2) Js.(I/?) Jd*(5/2)
3.51+11 5.16tll 2.4ttt1 1.75+11 3.66tll
s.ajt14 4.31tlJ 2.69tl4 2.05+14 1.7Ot12
4.64ttO 3.92+09 2.01+12 1.65tl2 3.19+10
6.63+07 2.a2t06 3.57+09 5.62tOV 5.7ot10
1.43-03 7.20-02 1.78-03 3.40-03 1.79+00
lS*Zp*Jd.(J/2)K]Zs.(l/2) ls*ZQ.Js.(J/2)K 2s*(l/2) ls.2p.Js.(1/2)II K 21.(1/2) 1s*Jp. (1) - ls*l1* (0) l~.2p*Jp.(l/2)-[K]2p~(l/2)
.58,72 .56335 .563&J .5aJ59 .5aJa6
3.56tll l.JJtl2 7.56tll 7.82+14 1.34+12
4.67+14 2.56t15 2.6atl5 7.a2tl4 2.07+15
2.21+09 1.9Ott2 1.15tlJ 0. 1.72tlJ
6.75tO6 3.95t09 6.44+09 0. 2.22tlO
3.05-03 2.07-03 5.62-04 3.00t00 1.29-03
lsr2~*4p~(J/2)lr*Zp*Jde(3/2)lsr2p*2p.(l/2)lr*2p~Jd.(t/2)ls.Zp*Jd~(J/Z)-
K K K K K
Js.(1/2) Js.(1/2) ?p.(l/Z) Js*(1/2) Js*(l/2)
.65408 .6aJ40 .61356 .68396 .6a421
7.9atto l.l7+12 1.45tl2 4.75t11 3.aatl2
9.66tlJ 2.6Ott5 1.95*15 2.35tl5 2.44+15
1.15tl2 4.61tlt 3.24+13 4.72tll 7.7at10
3.77tOQ 6.3otoa 4.75+10 l.QltOa 4.95t011
3.27-03 t.ao-03 1.47-03 4.05-04 6.36-03
ls.2p.Js.(J/?)-[K 2s.(l/Z) ls*2p*Jp*(J/Z)-[K I 2p.(l/2) ls.2p.Jp.(1/2)-[K]2p-(1/2) 1s.Jp. (1) - 13.1s. (0) lr.2p*3p.(J/Z)-[K~2p~(1/2)
.5aSa9 .5a4oI .56465 .58485 .56502
6.9ltll 2.21t12 4.37t12 2.46t14 7.75+1,
2.lJt14 2.115t15 1.73+15 2.46t14 5.56+14
2.54tlJ 2.1at13 7.34tll 0. 4.32ttt
J.lOtll 6.71tlO 3.72+09 0. 2.40109
1.50-02 3.oa-03 5.06-03 3. ootoo 5.55-03
lso2p*Jd*(l/2)lr~?p*2p~(J/2)1$.2p*Jd.(3/2)ls*2p*3de(l/Z)Is.lp*4d*(J/2)-
il II
.65300 .65334 .65345 .65349 .65366
K K K K II K
Js.(1/2) 2p-(l/2) 3s9(1/2) 3r*(t/2) 41*(1/2)
.(a426 .6a441 .6a473 .6a506 .6a527
1.03+13 1.60tt2 6.64t12 4.5ot11 11.45+11
5.04t14 3.ast15 4.67tl4 9.67tll 2.77t15
1.77t10 4.90+13 2.21tos 3.74toa 3.25+11
7.25t06 7.96t10 l.JOtO6 a.,Jtoa 3.97tO6
4.11-02 1.63-03 5.66-02 9.31-01 1.22-O)
ls*Zp.Jd.(J/2)-[K 2s.(1/2) ls*2p*Jp.(l/2)-[K I 2pe(l/2) ls*2p.3d.(l/2)-[K]Zs~(l/Z) ls.Zp.Jd.(J/2)K]2s*(1/2) lS.Zp.Jd.(J/2)1 K]?s.(l/2)
.56526 .56526 .50539 .5a540 ,565aQ
,.JStlJ 6.50tl2 4.,0+1, 2.a5tll 3.,4+12
6.2Jtt4 2.alt15 6.04tl4 6.14+14 2.76tl4
9.25tlO l.lttl2 2.44tlO 4.9atOa a.65+10
6.27tO9 5.14tOQ 2.49tO7 9.26tO5 J.QZtOS
6.78-02 4.63-03 1.02-03 1.66-03 4.53-02
ls.?p~Jp*(l/2)K]Jp-(l/2) ls.lp.4d.(l/2)1 K]ls*(l/2) ls.2p~3p.(J/2)-[K]Jp.(1/2)
.665JJ .66550 .66553 .6055a .6a556
6.01412 9.59+1, 5.3Stll Q.,Jtll 2.52+11
2.07t15 2.aOt15 2.(15+15 2.75tl5 2.60115
1.72tlJ 3.,7+11 2.,at,3 2.50ttO 1.21+10
9.96+10 2.17+06 1.64tlO 3.32t07 4.37t06
5.76-03 6.64-04 7.51-04 1.33-03 3.60-04
ls.2p.Jp.(J/2)-[K]Zp~(l/2) lr.Zs.Jp.(J/2)-[K Zs.(l/2) 15.2p.Js.(l/2)-[K I 2s*(l/2) ls~2s*Jp.(l/2)-[K]2s*(1/2) Ir.2p.Jp.(l/2)-[K]Zp.(3/2)
.56600 .5a617 ,567tl .56727 .56734
2.45+11 2.52+14 5.02tlJ 5.56+14 5.06tlJ
l.lttt4 3.2ltl4 5.44tl4 6.07tl4 2.07tl5
l.Oltl2 2.2ltlJ 5.4lt13 a.20+12 1.72tlJ
6.40109 6.49+13 9.06t12 l.46tlJ 6.37+11
6.34-03 2.94tOO 1.66-01 l.61tOO 4.66-02
.611603 .666Oa .6a612 .66614 .66616
9.QQt12 9.02tll ,.45+,3 2.5ltll 3.66+,,
2.6Otl5 2.60+15 2.72t15 2.62+15 2.60tl5
4.61tlI 1.06410 5.65t12 7.Oltl2 1.21tlO
7.OOtOQ 2.04t07 6.04tlO 2.49+09 6.JJtO6
1.52-02 1.93-03 1.07-02 3.56-04 5.22-04
lse4p. (1) lS*lp(1) ls.2p.4~.(3/2)ls*2~*4p*(l/Z)1s*?p.lp.(J/Z)ls.2p.4p~(1/2),s.?p.4~.(3/2)IS*Zp.4p*(t/2)Is*Zp.ld~(J/Z),s*2pm4d.(l/2)-
-
K 2p9(3/2) K 2p*(J/2) I1K]2s*(l/2)
:::::::~:~:::~I~:~:~~~~~~~
2p.(J/?) I 2p*(J/2) K 2p.(J/23 K 2pe(3/2) Ii K 2p*(J/2)
I::::::~:1:::~:I:~:n:~~~~~ ls~2p*3d~(l/Z)-[K]Zs~~l/Z)
9Q
l~.2p*Jp*(3/2)-[K]2p*(J/2) ls*2s*Jp*(J/2)-[K]2~~(1/2) lS*2p~Js~(1/2)-[K]2~~(1/2) r::::r:::I:::~r~:~:::~~~~~
ls~2s~Jp.(J/Z)lr.Zs~Jpe(l/Z)ls~2p~JQ~(l/2)-[K ls*2s~3iI*(3/2)ts.Zp.Jp~(5/2)-
K 2s.(t/2) t K 2r.(1/2) 2pm(1/2) K 2pm(l/2) K t I 2p*(J/2)
I1:::~::;d:I:::~:~:~:~~~~~~~ I::::::::I:::~:~:~::~~~~~~ 1:::~::~:I:::~:~:3::~~~~~~ ls~2p*4I.(J/2)-[K]4p*(J/2)
374
~tomlcDataandNudearOetaTables.Vd.38.No.2.March1988
Od
9Q
Dielectronic Satellite Spectra for Helium-like Ions
J. NILSEN
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line blu&escence Yields fo; Satellites of He-like Ions Seepage 344 for Explanation of Tables 2 = 42
1 = 42
L AUFJOA
A(il)
A(lOl)
.68619 .68620 .68634 .68637 :68641
3.62ti4 2.78t13 3.l9ti3 1.49tlJ 1.9ltl4
2.49t15 3.15t13 7.49ti3 2.77t15 1.73t15
6.6att2 5.97tlO i.oatoa 3.25tll 7.34tll
5.aotl2 1.05tll i.a4toa 6.99tO9 1.62tll
8.68-01 1.76tOO 1.70too 2.15-02 2.21-0,
14*2p*4d.(3/2)-[K]4d.(3/2)
1s*2p*4f.(5/2)-[K]4f.(5/2) ls+2p*4d*(5/Z)-[K]4d-IJ12) Is*2p*3d*(3/2)-[K]3dn(5/2) lr*Zp.41*(3/2)-[K 4pe(l/2) lw2p.ll*(7/2)-[K 1 4fw(5/2)
.68641 .66643 .68647 .68648 .68649
2.25tl3 2.19tl4 2.59415 4.69112 3.30114
2.8Otl5 2.7lt15 2.60tl5 1.14t13 2.75+15
1.06tlO 2.61tl2 4.6ltll 7.05+08 l.JJtll
5.09tO8 1.26t12 1.63tl2 1.21+09 1.27tl1
4.82-02 4.84-01 3.9&00 1.71too 9.59-01
lstZp*ld*(5/2)-[K 4d*(5/2) ls*Zp*3d-(l/Z)-[K 34_(3/2) ls*?p*4t-(7/2)-[K I 41*(7/2) 14.2p.Jd.(7/2)-[K]Jd~(5/2) ls.2p.4~*(5/2)-[K]4p~(3/2)
ls..2polf*(5/2)ls*2pe41.(3/2)ls.Zp*4d.(l/2)lw2p*lf-(7/2)-[K ls*2p.41*(9/2)-[K
.68650 .6865i .68653 .68654 .68655
2.77tl5 2.aoti5 4.alti2 2.44tl5 2.77tl5
2.80+15 2.aoti5 4.81412 2.77tl5 2.77tl5
1.06tlO 1.21tio 3.95t09 3.34411 3.69tll
6.29tlO 4.85+10 7.90+09 2.36t12 3.68tl2
ls.2p.ld~(J/2)K]4r*(l/2) 1~.2p*4d*(3/2)t K]4d.(5/2) ls~2p*4l*(7/2)-[K]4l~(7/2) 1s.2p. (I) - lstlst (0) lr*2p.4f.(l/2)-[K]4p.(l/2)
.68656 .68656 .68658 .68659 .68659
5.25t12 2.75tl5 2.42+15 2.altl5 6.4atii
1.33tl3 2.77t15 2.75tl5 2.alt15 6.4atil
5.95+07 3.25tll 1.33tll 0. 4.09t08
ls.2p.4f.(5/2)-[K]4f.(5/2) Ise2p*4d.(1/2)-[K lso2peJde(l/2)-[K ls*2p*4d*(5/2)-[K 1~.2prll.(3/2)-[K]4p~(1/2)
.68659 .68660 .68661 .68661 .68662
2.73t15 2.80415 2.34+15 2.49t15 7.52t12
2.75+15 2.80tl5 2.35+15 2.71tl5 l.OltlJ
.68663 .68664 .68664 .66.668 .68668
2.13115 2.52tl5 3.29t14 2.74t15 2.05+13
4p*(3/2) ! 4s*(l/2) 44.(5/2) K Jp.(3/2) tl K 4p*(3/2)
.68671 .6.5673 .68673 .68674 .68674
I:::~:::rl:::~r~:j:,~~~~~~ lr.Zp.4p.(l/2)K]lpe(l/2) ls*2p*4p.(3/2)K 4p.(l/2) ls.2p.4~.(5/2)ii K 4p*(3/2)
.68676 .6867a .66678 .68679 .68683
IRANSIIION
lw2p*lp*(l/2)-[K lw2p~4st(3/2)-[K Is*Zp*ldr(7/2)-[K ls*lp~3p*(l/2)lse2p*lp.(3/2)-
K 41.(7/2) K 4f.(5/2) il X 4~(l/2) 41.(5/2) ! 4f*(7/2)
46.(3/2) 3de(3/2) I 46*(5/2)
AUGER
Od
TRANSITION
A(il)
A(lol)
.66767
2.91tl3 2.65+13 l.Oltl4 6.46tll 4.04tl2
7.49113 2.77tlJ 5.54tl4 6.48tll t.33113
l.OBtO8 7.95+12 2.94t12 l.OtO9 5.95+07
1.6arO8 2.36tlJ 1.07t12 l.lJtlO 7.24tO7
1.55tOO 2.97tOO 3.64-01 9.96tOO 1.22tOO
.66769 .68770 .a6771 .68773 .66773
5.49tl2 5.17+11 6.3Otll 4.39tl4 1.15+11
1.94+13 9.67tll 2.63t12 4.33tl4 1.52+14
1.37tlO 6.74+06 2.6atO8 1.60tlO 9.52tl2
2.32tlO 9.33tO6 5.13tO8 1.26tll 4.05tlO
1.69tOO 1.07tOO 1.9ltOO 8.00tOO 4.26-03
5.95tOO 4.ootoo 2.00too 7.05tOO l.OOtOl
.68773 .66774 .66781 .66761 .66783
3.23tl2 2.lOtl4 5.64t13 1.63tl4 7.lOtl4
1.09tlJ 2.13tl4 9.06tl3 4.67t14 1.73tl5
2.66tlO 2.54t13 6.5Ot09 2.21409 7.34411
5.07410 6.95tl3 1.62tlO 3.47t09 6.04tlI
1.77tOO 3.52tOO 2.49tOO 1.57tOO 8.23-01
9.39tO7 1.29+12 9.33+11 0. a.iatoa
1.58tOO 3.98tOO 7.04tOO 3.00+00 2.ootoo
.66763 .66763 .66783 .68765 .66787
1.a3t14 3.36+13 4.75t11 4.02t12 1.04tl2
1.83tl4 2.04tl4 2.72+15 1.33*13 2.73115
1.09+14 1.36t12 1.23tll 5.95*07 3.29tl2
2.73+14 9.11tll 8.60107 7.19407 2.51t09
2.5ltOO 6.60-01 7.00-04 1.21too 7.63-04
2.21tO6 3.17tll 4.72411 2.6ltl2 2.52+10
1.3ltO7 6.33tll 9.43tll 1.44tl3 7.08tlO
5.96tOO 2.OOtOO 2.OOtOO 5.5ltOO 2.EltOO
.68792 .68792 .66793 .68801 .66802
1.3at13 7.69t12 4.24tl3 2.44tl3 1.6ltl2
1.6ltl4 1.09t13 5.18tl4 6.49t13 2.72t15
2.79tll 2.86+10 2.3ltlJ 1.07t09 1.23+11
1.41+11 1.2ltll 1.09t13 2.42t09 2.90t06
5.04-01 4.2ltOO 4.71-01 2.26400 2.36-03
2.49115 2.76t15 2.77t15 2.75415 2.75+15
6.68tl2 4.85112 3.34tll 2.5OtlO 2.21t06
3.42tl3 2.65t13 3.18411 9.96tlO 9.86+04
5.12tOO 5.46tOO 9.50-01 3.98tOO 4.47-02
.68625 .a6827 .86833 .66633 .68835
3.42tl3 1.7ltll 1.94tl5 2.20tl5 1.95tl4
9.06t13 1.16+14 1.95tl5 2.20t15 5.58tl4
8.50+09 l.Olt12 3.24tl3 5.16413 4.32tll
9.79tO9 6.07409 6.36tl3 l.Olt14 6.04tll
1.51400 6.03-03 1.97tOO 1.9StOO 1.40tOO
2.7Otl5 2.71+15 2.76tT5 2.0lt15 2.71t15
2.72tl5 2.72+15 2.76+15 2.07tl5 2.82t15
5.65+12 1.23tll 4.83412 1.72+13 7.0ltl2
1.12tlJ 4.9ltll 3.86tl3 3.32tl3 2.70+13
1.98+00 4.OOtOO 7.99tOO 1.93tOO 3.65tOO
l?.*?p*4pm(5/2)ls.?p*4p-(3/2)ls*Zp*Sd-(5/2)lr.2p.Jpm(S/2)1¶*2pt3p-(1/2)-
'IK
K 4p.(3/2) K Ip*(J/?) Jd.(5/2) K Spe(3/2) ii K 3pe(3/2)
.66642 .68844 .a6646 .86658 .66870
1.67tl2 2.4ltl2 4.05tlJ 1.55tlJ 1.06tl4
9.46tlJ 4.77tl3 6.49+13 2.67t15 2.61tl5
6.94t12 3.93+11 1.07tO9 3.57tl3 l.lltl2
6.85111 7.67tlO 4.02t09 7.6ltll 8.4ltlO
9.67-02 2.00-01 3.7000 2.13-02 7.57-02
2.73tl5 2.iatl5 2.47tl5 2.75tl5 2.77tl5
2.73115 2.6at15 2.72+15 2.83tl5 2.93tl5
3.29112 7.9atl2 4.74tO9 f.ZltlJ 3.73t12
6.57tl2 3.86tl3 8.62+09 4.66+13 2.12tl3
2.OOtOO 4.86too 1.82tOO 3.86tOO 5.68+00
1$*2p*4s*(S/2)lst2p.4~*(5/2)ls*?p*2p*(3/2)-
ld*(5/2) K 3 4d*(5/2) 2p*(3/2) K 2s*(1/2) K I I 2pe(l/2)
.661195 .88915 .66920 .a6935 .68947
1.13tl2 7.49tll 3.IIat15 2.75tl5 2.40115
2.77tl3 7.49tll 3.a9t15 2.75+15 J.Oltl5
7.95tl2 1.15110 4.90*13 3.94+12 1.14+14
l.Oltl2 6.82tlO 1.93t14 1.57tIJ 3.49114
1.27-01 5.91tOO 3.95too 3.99tOO 3.06tOO
4.85tl2 7.78410 2.5OtlO 1.77+10 4.32tll
2.55+12 3.lOtll 3.67408 3.45110 5.42tlO
5.26-01 3.9atOO 1.47-02 1.95tOO 1.26-01
.66962 .66964 .66965 .66969 .68970
1.49+13 1.19tl3 1.26t12 1.99112 4.66t12
2.29tl4 6.23tl4 2.56tl5 2.66+15 1.16+14
2.16tlJ 9.25tlO I.90112 1.15113 l.Olt12
7.71+12 5.37t08 3.81tO9 1.7OtlO 1.67+11
3.57-01 5.80-02 2.00-03 1.46-03 1.65-01
.66964 .aa9a5 .a9009 .69036 .69040
1.49tl2 3.00415 9.57tll 8.51tO 4.04tll
6.14114 4.04t15 2.56tl5 8.5ltl4 2.13+14
4.96tOa 1.21+12 1.90112 7.99tlJ 2.54t13
4.64+06 i.79+12 2.65+09 4.38tl4 I.73111
9.72-03 l.49+00 1.50-03 5.49tOO 6.79-03
96
LAYBOA
Is*2p*44+(3/2)-[K]4d*(5/2) ls*2p*4st(3/2)-[K]4~*(1/2) lr*2p*4p*(l/2)-[K]4~*(3/2) ls.2p*41.(9/2)-[K]4f~(7/2)
1$*21*2p.(3/2)-
ls*2p_2p.(3/2)-
.66764 .66765 .66765 .a6766
K K
AUGER
Qd
9w
1:::~::::1~::~:~~3:~~~~~~~ ls.2p.4d.(3/2)K]44*(5/2) IrrZp~3d*(l/2)K]Jde(3/2) ls.Zp.3p~(J/Z)i K]Jpe(l/l)
.68683 .68684 .68687 .68690 .68693
2.43tl4 2.43t15 l.Olt13 4.92tl4 I.75113
2.76tl5 2.44tl5 2.75tl5 5.04+14 5.5ttl4
1s*2p*Jp*(3/2)-[K ls*2p*Jd*(7/2)-[K lr*Zp*3s*(3/2)ls.2p*Js~(l/2)1,.2p.4~.(1/2)-
3pt(3/2) 3d.(5/2) K 3s.(l/2) K Js*(1/2) il K 4p.(l/2)
.68694 .68699 .66699 .68704 .68705
2.51+15 2.38+15 2.55tl5 2.68tl5 3.0ltl4
2.85tl5 2.38415 2.56t15 2.68tl5 5.54tl4
2.18t13 1.09tO 1.90412 1.15t13 2.94t12
7.63t13 8.72tl3 7.60+12 2.2.5+13 3.18+12
3.5OtOO 7.96tOO 3.99tOO 1.99+00 1.08tOO
lselp.4p.(3/2)lse2pe4f*(3/2)ls*2p*41*(5/2)ls*Zpo3pe(3/2)lsnZpeJd.(5/2)-
K IK K K ii K
4fe(5/2) 4p*(3/2) 4p.(3/2) 3p.(l/2) Jd.(5/2)
.68707 .68708 .68714 .68715 .68722
2.66tll 6.08+12 1.13tll 2.69115 5.04+14
2.82+15 l.l4+13 5.16+12 2..57+15 2.68tl5
7.01+12 7.05tO8 5.35t09 3.57tl3 7.98+12
2.64+09 1.50t09 7.04tOa 1.32tlA 8.96412
3.77-04 2.13+00 1.32-01 3.71tOO 1.12tOO
.89052 .69085 .69096 .a9099 .69109
2.46+11 1.79+12 3.23411 7.86tl2 3.46t12
2.76tl4 2.13t14 1.62t13 3.2ltl4 2.12t13
6.65tlO 2.54+13 3.15tlO 1.73tl2 5.55tll
3.07408 7.64+11 3.76tO9 1.69tll 3.53tll
3.55-03 3.01-02 1.19-01 9.74-02 6.37-01
Ist2p.41.(3/2)ls.Zp.lp*(3/2)ls*2p.lp*(5/2)ls*Zpn41.(5/2)lr*Zpe3d.(3/2)-
K cK K K i/ K
4p.(3/2) 4pe(l/2) 4f.(7/2) 4p*(3/2) Jd.(5/2)
.68722 .68723 .68725 .68727 .68728
4.66+11 7.57tll 6.43tll 1.86tll 6.66t12
1.07tlJ 2.04tl4 2.93+15 1.67+12 2.44t15
2.52tlO 1.38+12 3.73tl2 2.OOtO9 7.78410
4.39+09 2.04tlO 4.91tO9 1.34t09 8.5ltO8
1.74-01 1.48-02 1.32-03 6.69-01 1.09-02
.69129 .69140 .69141 .69142 .69142
2.72tll l.lOtll 1.59,13 7.93tll 4.45tl3
6.33tI4 8.52tl4 1.62tlJ 8.7Otl4 1.33t15
1.16+11 8.05tO9 3.15tlO 7.95tO9 1.6ltlJ
I.51408 3.02+06 I.85tll 3.76tO7 2.13tl2
1.30-03 3.75-04 5.67tOO 4.73-03 1.32-01
.68728 .68730 .68733 .6%737 .68739
2.59tl5 3.78112 2.72t15 2.76tl4 5.91tll
2.alt15 3.15+13 J.Olt15 4.67t14 2.83tl5
l.lltlZ 5.97tlO 1.38tlJ 2.21tO9 1.2ltlJ
2.05tl2 1.42tlO 7.46tlJ 5.24t09 l.OO+lO
1.85tOO 2.38-01 5.4OtOO 2.37tOO 8.30-04
1,.2~.4p.(3/2)K I$*lp.Jp*(J/t)K ls*2s*ld-(J/2)K ls.2p.lp.(3/2)ii K ls.2s.3d.(5/2)-[K]3p.(3/2)
.69176 .69160 .69166 .69205 .69205
4.58tl2 4.74111 5.66+11 1.02tl3 2.01tl2
1.7Otl4 3.22tl4 1.95t13 9.97tl4 2.35tl2
1.03tlJ 8.56+11 6.17tll 7.90+12 3.15t12
1.05tl2 5.03+09 9.40t10 3.2ltll 6.91412
1.02-01 5.a7-03 1.15-01 4.07-02 2.19tOO
.68745 .68747 .6875t .68751 .66755
1.39tl3 1.48t14 1.40t13 1.19t12 2.49tl2
7.49113 l.6lt14 1.94+13 1.19t12 1.07+13
1.08t08 2.79tll 1.37t10 3.91t01 2.52tlO
8.03+07 1.53t12 5.89tlo 3.13+09 2.34tlO
7.43-01 5.49tOO 4.30+00 11.00*00 9.29-01
ls*2pelp*(1/2)Is*?p.ll*(5/2)-
.a9206 .69209 .69216 .69216 .69221
2.15tl2 3.52tll 2.94tll 2.13tll 1.07+12
1.14tl5 a.lltl4 6.7ltl4 8.62+14 2.15tl4
1.22tll 6.33tlO 7.03+06 l.OOtlO l.Oltl2
4.5ato8 1.59tO8 9.51+05 1.57to7 2.01t10
3.77-03 2.51-O) 1.35-03 1.45-03 1.96-02
.68756 .66759 .66759 .66762 .68762
5.05t12 1.33tl2 2.03tll l.DStlJ 2.00112
5.16tl2 1.67tl2 2.03tll 2.00+13 2.63tl2
5.35tO9 2.OOtO9 7.7ltO9 4.2Otll 2.66t08
3.13tlO 9.55t09 7.42tlO 3.27+12 1.63t09
5.86tOO 4.77tOO 9.63+00 7.77tOO 6.OatOO
.6922l .69225 .69225 .69226 .69228
4.94tl4 2.09112 l.llt12 9.74tl2 2.70tlJ
5.44tl4 4.43tlJ 4.31tlJ 4.06~13 6.66tl4
5.4ltlJ 3.36tll 3.92+09 1.9,+12 6.85tlO
8.93413 9.4at10 3.34to9 2.61412 1.2atio
1.65tOO 2.61-01 8.51-01 1.37tOO 1.87-01
1~.2p~Jp~(l/2)-[K]Jp.(l/2) iiiirtIiiiili~~iiiiIiiI13i 1~.2p.4~-(3/2)-[K]4~.(3/2)
ls.2p.4l*(5/2)-[K]41~(7/2) ls*2p.4f.(5/2)-[K]4l~(5/2) lso2p.ll*(9/2)-[K 4f*(7/2) lso2p*4d*(7/2)-[K 46*(5/2) ls*2p*lf.(7/2)-[K I 41.(5/2)
ls*2pe3d.(3/2)ls~2p.Zp~(1/2)ls*2ptJs.(3/2)ls*Zp*2p~(5/2)ls*2~.3s.(3/2)-
3s*(1/2) 2pe(1/2) K 36*(5/2) K Zp.(J/?) II K Jd.(SII) K K
4sn(l/2) Jpm(l/2) 4pe(1/2) 4pe(l/2)
K]4p.(l/2) t K]lp.(3/2)
iiilih.ik3iiz]iiiiiiii 1s~2p.3s~(1/2)-[K]3..(1/2)
375
Atomk
Dataand
NudearDataTaMes.Vol.38.No.2,
March,9@
TABLE
II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables
1 = 42
1 = 42
TRANSITION
Is*Zp.ld*(5/2)Ir.2p.4f.(7/2)Ir*2p.41.(3/2)-
lr.2fL
(I)
lr.2p.4f.(5/2)lrr2peld*(7/2)Ir~2p-Jpe(1/2)lr.2p.lp.(3/2)lrr2p.lp.(I/?)-
lr.2p.Sde(5/2)ls~2p.3p.(3/2)Ir.Zpmlpm(J/?)Ir.2r.lp.(J/Z)lro2p~lp.(l/2)-
fs.2~*4~.(1/2)IrB2pwJd.(5/2)Ir.2p~lp.(I/?)1~.2pe3p.(5/2)lr.2p.Jd.(3/2)-
LAUEOA
LAYBOA
A(if)
A( lot)
AUGER
.69386 .69386 .69388 .69394 .69395
8.88tlJ 1.68+11 8.38tll 1.63+12 8.42tll
1.26tl4 4.48+12 8.8Otl4 2.69+14 2.24tl4
3.64tll 3.97t11 1.27+12 2.01t12 4.95+09
5.12tll 5.47t10 3.68tOS 2.4ltlO 2.84tO7
1.41too 1.38-01 2.90-03 1.20-02 5.74-03
.69399 .69405 .69407 .69416 .69417
1.65+13 5.71tl3 4.21+11 4.24tl2 1.70tl2
2.05114 3.21t14 8.8Otl4 4.81+12 1.99t12
1.65tl2 2.21+13 1.27+12 3.72tOS 3.05t08
5.28tlf 1.47tlJ 2.43t09 1.31tlO 5.2OtO8
3.19-01 6.65-01 1.91-03 3.53too 1.70*00
lsi2s~Jd~(3/2)-[K]Jp*(3/2) ls~2s~3s*(l/2)-[K]3~.(1/2) 16*2:.36*(5/2)K]3p*(3/2) lr*2pw2p.(3/2)K 2p.(3/2) Ir.2r*ll*(5/2)-[K It 4dm(3/2)
.69419 .69428 .89426 .69433 .69440
1.84tl3 S.OOtlJ 1.87t13 6.18tl4 1.07tll
5.35tlJ 1.38tl4 2.23tlJ 3.01tlS l.Oltll
4.22+12 2.59t13 2.99+12 l.Iltl4 7.1ltOS
5.39112 2.85tlJ 1.32tl3 9.01+13 4.00110
1.28+00 l.lOtOO I.43100 7.91-01 5.63400
2.00tOO 1.93+00 2.00+00 3.99tOO l.OOtOl
fs.2:.46.(3/2)Is*2:.4d.(5/2)Ir*?s.4fJ3/2)-[K Ir~2r*4fe(5/2)Ir~2~.4pe(3/2)-
K 4p*(3/2) I K 4p*(3/2) Id-(J/2) K i 4d.(3/2) f K]lr*(l/2)
.69447 .69450 .69452 .69452 .69465
1.38tl2 1.94+12 3.29+11 6.46+11 3.40+11
4.48t12 2.55+12 3.29tll 8.46tll 9.66t13
3.97tll 2.98tll 2.9ltO5 2.14tO7 1.15t12
4.5Ot11 1.22tl2 1.16tO6 1.28tO8 1.6ltlO
1.13tOO 4.08tOO 4.OOtOO 6.00tOO 1.39-02
3.78+11 5.07tll 3.18tlO 9.06+11 0.
5.97tOO 9.13-01 4.00+00 8.00+00 3.ootoo
Ir*2~.4pm(1/2)ls*?r*3pm(3/2)Ir.2$.41_(7/2)ls*2r*Jdm(1/2)Is*2pe2p*(1/2)-
K K K K 1K
4r.(l/2) 3s.(I/2) 4d.(5/2) 3p.(3/2) 2p.(3/2)
.69467 .69470 .69471 .69471 .69471
7.51411 1.5Otl3 4.89411 3.34tll 1.03+15
2.2StlJ 2.57+14 4.89411 1.20+14 4.04+15
1.35tll 2.fStl2 7.19tO8 2.84tlO 1.21tl2
8.98tOS 4.96tll 5.75+09 1.58tO8 8.Iltll
6.64-02 2.31-01 7.99tOO 5.56-03 5.12-01
1.30412 3.38+11 1.51+09 1.16tll 1.26+11
2.36+12 1.56+12 6.35+09 4.59411 7.55tll
l.OltOO 4.6ltOO 5.52tOO 3.97+00 5.99+00
ls.?r~Jpm(1/2)Ir*2r*3d-(3/2)16.2s.4dm(5/2)lr*2$*4de(l/2)1:.2:.3d-(5/2)-
K 3r.(1/2) KI Jp.(3/2) K]4p.(3/2) K 4p.(3/2) I KI 3p.(3/2)
.69472 .89473 .69474 .69478 .69487
1.55+12 2.26+12 3.74tll 2.95tll 6.04+12
5.76+13 5.03114 3.74tll 1.99t12 7.12tl2
1.47+11 1.72+10 3.32tlO J.OStO8 2.33tlO
7.91+09 3.10106 l.IJtll 9.01t07 1.18tll
5.38-02 1.80-02 5.51tOO 2.96-01 5.08tOO
6.62tl4 8.7OIl4 7.65114 9.97t14 1.14*15
1.06tlo 2.110*12 1.93+12 7.9Ot12 1.22+11
2.119+0(1 2.24+13 3.15+12 2.20+!3 1.79411
2.67-02 7.97*00 1.63tOO 2.79too 1.47too
1:.2:.4d.(5/2)Irn2p.2p.(l/2)Ir~?s.4p*(1/2)Is*2r.3p~(f/2)Ir*2sr4s*(l/2)-
K K K K iK
.69493 .89498 .69507 .69513 .69517
2.09+11 l.lltI5 3.6Otll 2.75t13 2.39tl2
2.55tl2 1.11+15 2.69tl4 6.07tl4 4.27tl2
2.98+11 2.72tl2 2.01t12 8.20+12 1.70+13
1.31tll 5.43112 5.34tOS 7.35+11 3.81+12
4.40-01 1.99tOO 2.66-03 8.96-02 2.25-01
5.10+13 7.94tl2 3,11+13 8.4ltl4 3.32tl4
5.32+13 4.43113 4.011+13 8.68+l4 6.62+0
1.73+11 3.38tll 1.91+12 6.85tlO 6.3Ot12
9.9ltll 3.6ltll 8.33t12 3.911+11 f.25tl3
5.74400 f.07roo 4.37too 5.111too 1.99too
Ir*2p.3p-(3/2)1$*2~4p*(3/2)Ir*2p~3p~(I/2)Is~2pe?pe(5/2)Ir~2ro4p*(5/2)-
K 3p.(3/2) K I 46*(5/2) K]Jp*(3/2) K 2p.(3/2) I K I 4d*(5/2)
.69523 .69531 .69531 .69535 .69539
1.65tl2 3.85tll 8.25112 9.27tf4 7.06+11
6.46tl4 2.05tl4 1.26tl4 9.27+14 7.06+11
8.35+09 1.65t12 3.64tll 8.93tlJ 7.41+08
8.55+07 1.24410 4.76tlO 4.09tl4 4.44t09
1.02-02 7.47-03 1.31-01 5.47tOO 5.99100
.69275 .69275 .69275 .69276 .69276
8.9lt14 8.69tl4 I.33+12 7.96tl4 U.67tl4
8.92+14 6.8W14 5.35t13 8.23+14 6.67tl4
9.59+11 1.27tl2 4.22t12 9.25tlO 8.05+12
5.74+12 5.01+12 3.90+11 3.58+11 4.71+13
5.99tOO 3.94too 9.23-02 3.117*00 5.94+00
Is*2s~lr.(3/2)ls.2r.2p~(3/2)Is.2r.3r.(1/2)Ir*2s.lp~(3/2)I,.2p_Js.(1/2)-
.6927.5 .69279 .69280 .69282 .69282
2.09tl4 I.33114 6.3Ot12 2.05+14 2.17t14
2.14t14 8.33+14 1.95+13 2.15+14 2.24t14
1.47tll 4.96t12 11.17t11 l.Oltf2 4.95t09
5.76tll 3.94*13 l.Olt12 3.84+12 9.62+09
J.SltOO 7.95too l.24tOO 3.80+00 1.94+00
Is~Zp-2p*(3/2)lr.2r.Jp*(3/2)Is.2r.3r.(1/2)ls.2r.3p.(5/2)lso21*2p~(1/2)-
3d.(5/2) 3p*(3/2) 4pe(l/2) 4dm(S/2) Ip.(l/?)
.69284 .69286 .69288 .69288 .69292
1.18tl4 6.11+14 8.83+14 I.87+13 1.32tl4
1.23tO 1.33+15 9.83t14 1.7ot14 1.67tl4
1.47tll 1.61+13 4.64tlO f.ostls 2.22tll
8.37+11 2.92+13 1.67tll 4.30t12 3.51t11
5.71*00 1.112+00 3.59+00 4.16-01 1.51too
lr.2:.41*(3/2)ls*Zp-34*(1/Z)Ir*?pm34.(3/2)Ir~Zs.Sp*(5/2)Is*2s.34*(3/2)-
4d*(5/2) 3p.(3/2) 4d*(5/2) 4d.(S/2) 3s*(l/2)
.69294 .69294 .69297 .69307 .69309
3.8ltll 7.92+14 2.46+12 5.31+13 4.34tf4
8.92+14 1.52tlS 2.14tl4 1.7Otl4 5.90114
9.59tll 1.69+fl 1.47+11 1.03tl3 1.56+11
2.45tO9 1.75+11 6.76+09 1.22tlJ 2.29+11
2.56-03 1.04+00 4.59-02 1.18tOO I.47tOO
ls.2sa3p-(3/2)lr.?s*3p-(l/2)ls.2s.3~~(3/2)Is*2p-2pe(1/2)!r.2..2~.(1/2)-
4p.(l/2) 3d.(3/2) 4p*(3/2) 3p*(3/2) Jde(3/2)
.69315 .69318 .69319 .69321 .69321
7.97tlJ 9.07tl4 3.33tll 6.30tl4 2.72+14
l.I?tll 9.06tl4 7.44tl4 8.3Otl4 2.78tl4
1.03tl3 2.07t12 1.30+12 1.60,13 8.65+10
I.35t13 1.24+13 1.16+09 9.42+13 3.39+11
1.3OtOO 5.9OtOO 8.94-04 5.88tOO 3.92tOO
Is~21.2r*(I/2)Is*2poSp*(3/2)lrB2p*Jd*(7/2)lr.2p.Jp*(5/2)Is.?p.Jpe(3/2)-
.69324 .69324 .69326 .69328 .69346
1.22tlS 3.17tl4 7.97tlJ 3.84t14 2.4lrl3
1.22tl5 3.22tl4 1.20tl4 5.03tl4 1.76tl4
9.81t13 8.56tll 2.04tlO 1.72+10 2.74tll
f.82+14 3.36t12 3.77tlO 5.26tlO 7.48*10
1.(15too 3.93*00 1.33*00 3.05too 2.73-01
.69349 .69351 .69352 .69353 .69360
3.40tl2 5.29tl4 1.92+13 4.79112 1.21tl3
9,83+I4 6.52+14 1.16+14 1.67tl4 3.2ltl4
4.64tlO 6.IOt09 1.59tl3 2.22+11 2.21tlJ
6.43t06 1.98tlO 4.63112 l.27+10 3.11+12
.69363 .69365 .69366 .69376 .69378
1.12t12 3.49tf2 1.88+12 3.07tlJ 5.01+14
9.08tl4 6.97t14 2.78+14 l.lZtl4 6.46+14
2.07tl2 7.65+12 6.65tlO 1.03tlJ 8.35+09
f.54tlO 7.56tlO 2.34tOQ 5.IQtl2 2.59tlO
K 46.(3/2) K 41.(5/2) [1K 41.(5/2)
-
lrDlr*
K K K K K II
K K K K Ii K
K K K K II K
(0)
41*(7/2) ld*(S/Z) 3pe(112) 4p.(3/2) 4p.(3/2)
A(if)
A( 1st)
AUGER
Od
91
IRANSITION
.69231 .69235 .69239 .69239 .69241
4.07rlI 1.31412 9.55+12 5.90112 2.77rll
8.23+14 l.IOtl2 1.16rl4 1.23tl4 8.33tl4
9.25+10 3.19tlO 1.59tl3 1.47tll 1.16+11
1.83+08 1.93tll Z..lOtlZ 4.2OtlO 1.54+08
1.98-03 6.06+00 1.45-01 2.86-01 1.33-03
.69241 .69242 .69243 .69244 .69247
1.89+12 J.lStl2 2.33+13 3.64413 7.82+12
8.36tl4 8.41+14 6.07tf4 4.31+13 1.95t13
1.26tll 6.33+IO 8.20+12 3.92t09 6.17tlf
1.7OtO9 1.42+09 6.22+11 f.99tlO 1.26tl2
1.35-02 2.24-02 7.58-02 5.08+00 1.54tOO
Ir*2~4p~(3/2)-[K ls.2rr3p.(3/2)-[K fs*2p-lr*(3/2)-[K Irn2$.4de(3/2)lr*lr*4dm(1/2)-
.69248 .69248 .69251 .69251 .69251
2.12t12 8.67tll 8.71+14 6.78+14 9.17tl4
5.32+13 2.8Otl2 8.7ltl4 8.62tl4 9.17tl4
1.73tll 1.5lt09 7.03t08 l.OBtIO 7.08+07
4.12+10 3.75t09 2.81+09 6.47tfO 5.67tO8
2.39-01 2.48tOO 4.00tOO 5.97tOO 8.OOtOO
.69251 .69252 .69252 .69252 .69252
8.04rl4 6.8ltl4 8.5ltl4 6.IZtl4 6.8ltl4
8.04+14 6.97+14 8.52t14 6.14tI4 8.81+14
2.44+10 7.65+12 8.05+09 4.98tO8 1.61+11
4.87410 1.48+13 1.61tlO 1.99tOS l.blt12
.69252 .69253 .69254 .69254 .69257
8.38tl4 4.96+12 6.69t14 8.85tl4 9.03tl4
8.4ltl4 2.12+13 6.70+14 8.65+14 9.03tl4
6.33tlO 5.55tll 7.95+09 l.IJ+II 0.
.69258 .69258 .69258 .69260 .69260
6.76+14 3.43tl3 1.93t12 6.27tl4 8.36t14
7.44+14 4.43tl3 2.6Otl2 8.33t14 8.38+14
.69260 .69261 .69262 .69266 .69267
3.92412 6.7Otl4 6.26tl4 7.00tl4 8.41414
.69267 .69267 .69270 .69273 .69273
I:::r;::;I:::~:~:~%:I:::~ ls*2pm4s*(3/2)-[K]4de(3/2) r::::r:~:I1::~-~:3::rl:::~ 48*(1/2) 36.(5/2) 46*(5/2) K 4p.(l/2) K t I Ipe(I/Z)
II
41.(7/2) 2pm(112) 46.(3/2) Jde(3/2) 4pm(l/2)
II
Od
9w
K K K K K
4pe(l/2) 21.(1/2) Jp.(3/2) 4d.(3/2) 3dm(3/2)
.69549 .69556 .69572 .69579 .69580
3.02tll 8.74tO 4.24tlJ 5.17tll 2.46+12
l.lOtl2 6.74t14 1.38+14 9.66tlJ S.SOt14
2.70107 6.61+12 2.59+13 1.15t12 1.56+11
2.96407 2.62tIJ f.34413 2.44+10 1.30+09
l.OS+OO 3.96+00 5.17-01 2.12-02 6.33-03
K K K K K
2p.(3/2) 36*(5/2) 3p.(l/2) 3dm(3/2) 21.(1/2)
.69587 .89588 .69591 .89600 .69605
3.13114 i.44+12 5.99112 2.05tll 2.Olt14
3.2lt14 6.62+14 2.35413 1.92+12 2.01+!4
I.73112 6.30tl2 5.OltlJ 2.lOt09 4.13tfO
6.73+12 5.43tIO 8.ISt12 1.34tOS 8.25tlO
3.68tOO 8.82-03 1.63-01 8.41-01 2.00100
.69610 .69817 .69622 .69645 .89678
8.02tll 4.OOt12 3.8ltll 1.71t12 8.14+11
l.lOt12 1.76+14 6.52+14 1.92+12 2.08+12
2.70t07 2.74+11 6.10+09 2.fOtOS 6.86t07
7.86t07 l.24tlO 1.42+07 1.12tlO I.04t08
2.9ltOO 4.54-02 2.33-03 5.35tOO 1.57tOO
3de(3/2) 3dm(3/2) Jp*(J/?) 2p*(3/2) 2p-(l/2)
.69742 ,697)) .69824 .69991 ,70030
9.45411 4.13+11 1.27tl2 6.88tll 8.12t13
2.57414 5.76t13 2.08t12 1.11+15 1.02tl4
2.15t12 l.47tll 6.66t07 2.72tl2 1.60tl4
J.IJ+IO 2.lOtOS 1.62t08 3.37tO9 9.93tl3
1.46-02 1.43-02 2.43tOO 1.24-03 6.21-01
K 2~~(3/2) K 4pg(3/2) KI 4d*(5/2) K 4p*(3/2) I K 1 Ipe(ll2)
.70531 73029 :73069 .I3073 .73146
2.03tl3 I.89111 1.68rll 1.98tll 1.95tlf
1.02tl4 2.85tlS 4.39t14 3.01+15 2.87tlS
1.6Otl4 2.18tl3 I.8OtlO 1.38tl3 3.57+13
2.49tlJ 5.74t09 4.89tO7 5.44t09 9.58t09
1.56-01 2.83-04 3.06-03 3.94-04 2.69-04
ls~2p*3p~(l/?)-[K]4p.(l/2) Is*2p*Js*(J/?)K]ls*(l/?) Is~lp~Js*(l/2)t K]lr*(1/2) Ir*2$*3d*(5/2)K]4f*(7/2) lr.?r.Sd.(3/2)t K]41.(5/2)
.73160 .731119 .73194 .73655 ,73698
3.t4tlI 1.45tll 2.04tll 3.40111 3.58rll
2.8lt15 2.56tl5 2.68tl5 2.35t12 2.12tl3
l.llt12 1.90112 l.fStlJ 3.IStl2 5.55tll
2.48tO6 4.32tO8 1.74409 l.l7t12 3.66tlO
2.23-O) 2.27-04 1.52-04 3.71-01 6.59-02
1.38-02 3.24+00 2.92-01 5.72-02 1.41-01
Ir.2p.3p.(3/2)K]lp.(l/2) lr.2p.3~.(3/2)K]4s*(1/2) lr.2p.2p.(1/2)i K]Jp.(J/?) lw2pn2p.(3/2)-[K]Jp.(3/2) lr.2p.2p.(3/2)-[K]3p.(l/2)
73897 :73929 .82695 .83021 .83556
7.81tlO 8.59tlO 2.Oltll 2.75tll 1.93tll
6.46tl4 6.52tf4 1.95r15 3.89115 J.Olt15
8.35tOS 6.10+09 3.24t13 4.90tlJ l.I4+14
4.04tO6 3.2lt06 6.56+09 1.37+10 2.8ltlO
4.84-04 5.27-04 2.03-O) 2.60-04 2.47-04
7.41-03 9.89-03 2.70-02 5.02-01 J.lltOO
lo.Zp.2p.(I/2)-[K]3p~(l/2) ls*2,*2p*(1/2)K]3r.(l/2) ls.2s.2~.(3/2)EK]Js*(1/2) Ir*2~*2p*(3/2)-[K]4r~(l/2)
,836ll .a3740 .83891 .90684
2.74tll 1.52t11 1.76tll 4.95tlO
4.04tl5 2.2Ot15 2.75t15 2.75tl5
1.2ltl2 5.18t13 3.94tl2 3.94t12
1.64t08 6.99tOS l.OOt09 2.83t06
1.36-04 1.35-04 2.55-O) 7.18-05
II II II /I
K]4)~(3/2) K]3dm(3/2) K 36.(3/2) K Jd.(5/2) K 3pm(l/2)
K iK K K K
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables I = 54
2 = 54
TRANSlTlON
LAYRDA
A( i I)
A( 101)
6.14tll 6.62+11 3.34+11 6.90+14 3.26tl4
4.Jlt15 7.07+15 7.47*15 a.SOtl4 3.26tl4
4.42+12 5.02+12 1.2hlJ 0. 0.
2.30409 l.OStO$ 2.2aros 0. 0.
5.21-04 1.67-04 ,.7a-04 3.00+00 3.00+00
.34773 .34705 .34766 .34797 .34aO4
6.29+14 1.05+14 7.40414 5.43+14 7.06t14
7.9it15 1.95+14 7.92+,4 2.53+15 7.,9+!4
a.a6t,, 9.04+10 2.73+,2 2.37+,2 2.JlIlJ
1.41+11 1.72tll 1.02tlJ 1.01t12 1.32414
1.59-01 1.90100 3.72+00 4.2a-01 5.71tOO
.32890 .32904 .32906 .32947 ,32953
1.45tlJ 4.79+13 2.Jltl4 2.23414 9.70tlJ
2.82+15 l.altl5 a.Oatl4 2.55t14 1.20+15
1.22tll 1.66112 l.OOtlJ 2.15tlJ 6.64tl2
2.51+09 1.75tll l.lJtlJ 3.46+13 l.JSt12
2.06-02 1.04-01 1.13400 1.61+00 1.61-01
.34805 ,34129 .34aJ5 .34a50 .34911
3.26+14 1.46t14 7.62+14 2.60412 2.6ltlJ
J.J5+,4 a.33tf4 3.6Jt15 3.13+14 5.97+13
6.73111 4.39t1, l.OJ+ll 2.94t13 5.a7tf3
2.6lrl2 1.57tll S.OO+lO 4.aOtll 2.79tlJ
3.aatOO 3.56-01 6.40-01 1.65-02 4.75-01
lr.2p.4s.(1/2)K 2v(1/2) Ir.2p.la.(J/2)K 2r.(1/2) Is*2p*lp*(l/2)-[K II 2p.(J/2) ls.2p.if.(3/2)-[K]2p*(J/2) Iw2p~4pe(J/2)-[K]Zp~(3/2)
.32962 .32963 .32970 .329?0 .32971
5.77+12 6.74+13 J.24412 1.06tl4 ,.61tl4
1.65tl5 2.74tl5 7.07t15 2.7Jtl5 4.7ltl5
1.79+12 2.3Jtl2 5.62t12 2.64tl2 4.42412
l.lltlO 2.2Stll 5.34t09 4.Oatll 6.76tlI
6.22-03 9.112-02 9.16-04 1.55-01 1.53-01
.J4942 .35074 .35075 .35096 .35099
3.76tll 3.09+12 1.45tl2 1.11+12 2.04t12
6.65+12 2.00+15 2.65+15 3.26+14 2.41+14
2.37tO6 J.39+10 l.Oa+lJ 5.44+12 I.(,+12
5.31+07 2.lOtO6 6.48tlO 7.31+10 2.30+11
2.27-01 6.20-03 3.27-03 1.34-02 4.91-02
ls.2p.41.(5/2)1,.2p.4~.(5/2)1~.2~.4p.(1/2)lw2pe4le(5/2)-[K lr.2s*lp.(J/2)-[K
.I2972 .32973 .3297a .I2979 .329aO
2.24tl2 4.37t14 7.Oatl4 4.49+11 4.46+,4
3.69113 7.6atl5 7.45+14 6.39tl2 7.21tI4
5.JatOS J.llt12 1.35tl2 l.Oa+Oa 1.05+12
1.96+09 1.06tl2 2.56tl2 4.54+07 2.59+12
3.64-01 3.41-01 l.SOtOO 4.21-01 2.47+00
.35134 .I5198 .35203 .352al .36125
1.65+12 l.O6+12 l.O6+12 3.62t12 2.57tll
1.50*13 a.33+,4 3.63+15 5.97+13 7.19*15
4.71+10 4.JQtll 1.07tll 5.a7+1J 3.34+11
3.46+10 1.14+0$ i.25toa 3.5Stl2 4.77407
7.35-01 2.59-03 1.17-0J 6.11-02 1.43-04
,J2996 .JJOOO .3JOOJ .JJOOJ .JJOlO
9.lStl4 3.113t14 4.67+12 5.02t14 5.aJtl4
1.29+15 3.a3+,4 J.lltlJ 6.OJtl4 9.62+14
2.37+12 a.5,+12 1.45+12 9.a6tll 7.9at12
3.37+12 4.99+,3 6.Jltll 3.2at12 1.92+13
1.42tOO 5.a6too 5.75-01 J.JJ+OO 2.41tOO
.3a,5, .3a22a .31253 .Ja26a .Ja566
5.57+11 1.14+12 3.47tll 4.65+11 3.72tll
7.47+,5 7.6at15 7.24+,5 6.03414 9.62+14
1.28tlJ 3.11+12 4.35tl2 9.06+11 7.9atf2
J.aOtOS 2.75+09 1.67+09 3.04*09 1.22+10
2.96-04 6.67-04 J.aJ-04 3.01-03 1.54-OJ
.JJOlJ .33014 .33014 .JJOlS .33022
2.04+14 6.lJrl4 2.00+14 2.21tl4 2.9atl4
7.47+15 3.71+15 7.Jat15 2.aJtl5 J.OOtl4
1.26tlJ 3.06tlO 6.47tll 1.01+12 1.46+12
l.JStl2 1.34+10 3.5OtlO J.,t+ll 5.76tl2
1.09-01 4.3a-01 5.41-02 3.13-01 3.94+00
.3a594 .36650 .38653 .Ja659 .36701
4.a4t11 4.5a+ll 3.55t11 7.20+11 6.91+11
3.71+15 7.45+14 7.21tl4 3.00115 3.26tlJ
3.06+10 l.J5+12 1.05+12 1.66tll 4.57tOS
6.00+06 1.66+09 2.06+09 1.59*06 7.49tOa
2.61-04 1.23-OJ 1.97-03 9.59-04 1.64-01
.33022 .33044 ,33045 ,33050 .33057
7.22+13 2.9,+14 1.25tl4 2.62tl4 2.37tlJ
7.56+13 2.9Jtl4 1.29tl4 1.76+15 ,.06+15
1.27+11 7.74tl2 3.12tll 1.2Jt12 2.JStll
2.42tll 4.50tlJ 1.2ltl2 J.SJ+ll 1.06tlO
l.$ltOO 5.6ltOO J.aStOO 3.21-01 4.46-02
.38733 .4ooa4 .40117 .402J6 .40270
7.32tll 5.91+11 2.32+11 6.65+11 3.34tl2
2.26+12 5.32+15 1.05+16 6.aOtl5 4.41+14
2.4JtlO 3.JatlJ 4.74tlJ 5.00tll 1.57t11
6.2J+lO 7.47+00 4.iatos i.95toa 2.3RtOS
2.56+00 2.21-04 a.62-05 3.91-04 1.51-02
.JJO62 .3306J .33079 .33079 .33132
2.64+14 3.54t13 6.72+11 ,.09+i3 J.96+12
J.OOtl5 1.59+14 3.32tlJ ,.oa+,4 l.JJtl3
1.66tll 2.79tll 1.62tlO 9.46toa 2.05tlJ
5.14410 2.4atll 6.56+06 3.6otoa 4.60+12
3.52-01 (1.69-01 4.05-02 4.01-01 2.34-01
.40267 .40290 .40303 .40350 .40357
6.76+12 4.65t12 2.69+11 2.70+12 7.aot11
2.62+15 6.94tl5 5.05tl5 5.37+15 7.61+15
6.aJtlO 4.8atll 2.4StlO l.O2+13 2.13+13
7.05+06 6.112toa 5.30+06 1.12*10 8.69+09
l.OJ-02 1.40-OJ 2.13-04 1.00-03 4.09-04
.34163 .34164 .34290 .34295 .34319
4.46tll 7.1Stll 5.73111 1.14tl2 1.42+12
2.62tl5 6.94+15 5.37+15 7.61+15 6.51+15
6.aJtlO 4.6atll 1.62t13 2.lJt13 J.a9t12
4.65+07 1.01+06 3.67tOS 1.27+10 3.39+09
6.80-04 2.07-04 2.12-04 5.96-O) a.70-04
.40382 .40400 .40403 .40406 .40421
5.25rll r.(l3+13 6.lOtll 9.46tll 6.45tll
7.24+15 4.06t15 7.31t15 7.19t15 1.46+15
3.IStll 9.64tll 3.75tll 3.56tlO 6.75+11
S.lJt07 2.28tlO 6.26tO7 1.66+07 L54tOS
2.90-O) 2.37-02 1.67-04 5.27-04 1.76-03
-
K 2s.(1/2) EK Zp.(l/2) K 2s.(l/2) 1 K 12pe(l/2) 1s.11* (0)
.34323 .34327 ,34346 ,344lJ .3447J
6.57tll 2.61+12 7.05111 1.43+12 2.06tl5
7.16tl5 4.06+15 7.79414 7.91t15 2.06tl5
l.Oa+lJ 9.64411 2.02+13 6.6Etll 0.
1.97409 1.23tOS 7.14+10 3.21tO8 0.
l.aJ-04 1.2a-03 J.53-03 3.61-04 3.00*00
.40423 .40430 .40431 .40431 .404J6
a.Qa+l2 6.07+12 6.14+12 1.07+12 5.JJ+,2
3.45t13 1.57+14 7.07+15 2.73+15 6.10+15
2.75110 7.25toa 5.a2+,2 2.64tl2 5.OOtll
1.43tlO 1.12+06 l.lJ+lo 4.14tos 1.57409
5.20-01 1.54-01 1.93-03 1.57-03 3.IJ-03
lso2peJd.(J/2)-[K lr.2p.Jd.(3/2)-[K lr.?p.Jd.(J/2)-[K Is.2s.Jp.(J/2)-[K 1r*3p. (1) -
2r.(,/2) 2r*(l/2) 21*(,12) 1 2r.(112) 1s.1r. (0)
.J45J7 .34560 .34579 .34590 ,345s)
2.76tlJ 4.20111 1.51tlJ 7.07tl4 7.76+14
2.83+15 1.52t15 1.42+15 11.63tO 7.76tl4
7.lJtlO 5.76tOS 2.6Stll 2.66tlJ 0.
2.76+09 6.35+06 l.lS+lO a.45+13 0.
3.90-02 l.lO-OJ 4.27-02 3.16tOO 3.ootoo
,40443 .40445 .40446 .40449 .40450
3.4atii 2.87414 4.49*11 a.al+li 6.24+11
1.04+13 6.12415 4.494,, 7.Jltl5 1.59413
6.91tOa 4.Oltl2 2.5 t07 5. a to9 5:92+05
l.lStO6 l.Oltl2 5.04*07 4.02+06 1.23+05
1.33-01 2.52-01 2.00+00 7.22-04 2.07-01
.34647 .34652 .34659 .34666 .34666
,.69+14 9.64+14 ,.74+15 1.20+15 6.40+14
5.37+15 7.61+15 1.94+15 1.30+15 7.97tl5
l.a2+13 2.lJtlJ l.a6+13 6.11+12 l.lOt13
l.l4t,2 1.07tlJ J.Jl+lJ 2.24+13 6.97+12
6.28-02 5.05-01 l.JatOO 3.67+00 6.32-01
.40467 .40469 .40471 .4047J .4047J
9.~5+12 1.55+14 l.Jlt14 4.Jatl4 l.aOtlJ
7.24+15 7.1at15 1.29+15 4.4lt14 J.Jltl5
3.15tll 1.63+12 2.37+12 ,.57+11 5.57+09
1.59+09 2.12tll 4.altll 3.12tll a.21t07
5.05-OJ 1.30-0, 2.03-01 l.Sa+OO 1.46-02
.34663 .34664 .346a5 .34695 .34700
6.19tl2 1.92+15 i.latl5 1.64+15 8.$0+,4
1.65+13 4.Oatl5 1.3ot15 2.66t15 1.46tl5
2.06+12 9.64tll 2.03+13 1.79tlJ 6.75tll
3.32+12 9.09111 i.ost14 4.33413 2.13+12
1.59+00 9.43-01 5.Jwoo 2.42+00 2.4JtOO
.40477 .40461 .40462 .40463 .40463
6.6atlJ 1.72tl2 6.60+15 7.33*15 7.3ot15
7.24r15 6.03114 6.60415 7.33115 7.J1+15
4.29tlO 9.66tll 5.OOtll 7.14+09 5.57+09
4.lltOS 1.13+10 2.00*,2 2.a6tlO 3.33410
9.56-02 1.14-02 4.00*00 4.00t00 5.9a400
.34700 .34702 .347Oa .34717 .34730
7.61+14 ,.96+15 l.lStl4 6.07tl2 1.67tl4
9.6ltl4 4.aOt15 2.00+15 1.6Otl5 3.26+,4
5.65tlJ 4.94tlO J.JS+lO 5.16tl2 5.44rl2
a.73+13 4.OJtlO a.O6+09 3.49tlO 1.2JtlJ
l.4StOO 1.17-01 2.37-01 6.74-03 2.26tOO
.40464 .40465 .40465 .40486 .40486
7.17*15 7.23415 7.27+15 7.J4tI5 7.23115
7.26+15 7.24+15 7.27+15 7.34+15 7.25tl5
4.12tll 3.15+11 J.JOrll 0. 9.99+07
3.25+12 1.26+12 3.JOtl2 0. 5.98+06
7.90+00 3.99*00 l.ootol 3.ootoo 5.99too
,347JJ ,34736 ,I4761 ,347)s .J4770
2.61rl2 4.05tl2 l.la+O 2.25+13 5.07+14
a.97tl4 2.79415 a.Jl+lJ 4.95+13 7.7Jt15
1.07+12 2.21+12 2.92+10 l.70+06 3.5OtlJ
6.6atO9 l.26tlO 2.49+,0 1.55+06 9.14+12
6.26-OJ 5.60-03 (1.51-01 9.10-01 2.61-01
.40486 .4048a .404aa .40419 .40489
7.16+15 7.31+15 I.03115 6.54t15 7.02t15
7.24+,5 7.31+15 7.iati5 6.62tl5 7.20+15
4.29+10 3.75+,, 1.63+12 4.01+12 5.aOtl2
3.39t11 7.49*11 9.56+12 2.JOrlJ 3.JStlJ
7.90too 2.00*00 5.07+00 5.74+00 5.LI4too
-
LAMBDA
A(tol)
.32647 .32647 ,326aS .32756 .32aO4
Is.Zp.lp.(J/2)ls.2p.lp.(1/2);~.~;~';;\J/'). . 1,.4p. (1)
K 2p.(1/2) K 2p.(l/2) I1K12~.(,/2) ls*1s. (0) lS.19. (0)
K]2p*(J/2) K]2p*(J/2) i K]2r.(l/2) 2p*(J/2) I Zr.(1/2)
r:::~::~:I:::~:~:~:~:~~~~~ ls~2s.4d.(J/2)-[K]2p-(1/2) lr~2p~4p~(J/2)-[K 2p*(J/2) ls*2p.4p*(J/2)-[K 3 2~.(,/2) :::::r:~;l:::~It:l::~~~~~~ ,r*2p*4p.(l/2)-[K]2~*(3/2) I:::~;:~tl:::~:t:j:~;I1::~ lw2s*4pe(1/2)-[K 1~.2p*lpe(5/2)lr.2p.lp.(3/2)-
Zsa(ll2) K 2p.(3/2) I1K12p.(3/2)
~:::~::~:II::~IE:~:~:l1::~ Ir.2pe4p.(J/?)Is.2s*ld*(J/2)ls.2s.ld.(l/2)-[K
K 2pm(l/2) K 2pm(1/2) I ! ?pm(llZ)
1::',::::;I:::~:~:~:~~~1::~ ,s.tp.Jd.(J/2)-IX Tre2p*3d.(l/2)-[K lw2p.Jp.(l/2)-[K]2p.(l12) lr92p*Jp9(3/2)-[K ls.2p.J1.(3/2)-[K ls.2p.Jr.(l/2)ls.2p.Jp.(l/2)lsr2p*Js*(J/2)lr.2p.Jpm(l/2)lr.Jp* (1)
2s.(1/2) 121'(,/2) 2p.(l/2) I 21.(1/2)
1:::~::~:l:::~:t~~:~:I:::I
ls.2p.Jp.(J/2)-[K
2s.(1/2) 2p.(1/2) 2p.(1/2) 2s.(1/2) ! Zp-(112)
A(if)
AUGER
Od
TRANSITION
a*
lr*2p.ld.(l/2)lr*2p.ld.(J/2)la.2p~lp*(1/2)ls.Zp.4f.(J/2)ls.Zp.Jd.(J/Z)-
K K K K K
Ii
4s*(1/2) 4s*(1/2) (p-(1/2) Ipe(ll2) Jd-(J/2)
lr*2p*4fe(7/2)-[K]4l.(5/2) ls*2p.4d~(J/2)-[K]4d*(5/2) lr0p*41*(9/2)-[K]4,*(7/2) lre2p. (1) - lsBla* ls.2p.41~(5/2)-[K]41-(5/2)
377
(0)
AUGER
Od
91
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation
of Tables
2 = 54
2 = 54
TRANSITION 1s~2p~3d.(l/2)-[K]Jd.(l/2) ,9*2p*Sd.(l/2)fs*2p*4r~(l/2)-
1s~Zp.Jp*(1/2)ls.2p.4~.(1/2)ls*2p.41.(5/2)-
K]Jd.(J/2) t K]4s.(l/2)
K]Jp.(l/2) K]4s.(1/2) t K]4p.(l/2)
fs~2p~Jd*(5/2)K]Jd.(JI2) 19*2p*3d.(l/2)t K]Jd.(J/Z) Is.2p*Jd~(7/2)-[U]Jd~(S/2)
L ANBOA
A(il)
A(tot)
.40400 .40491 .40401 .40492 .40401
2.20+15 4.19+15 7.10+15 5.91t15 7.18rl5
2.62+15 4.06+15 7.19tl5 6.94rl5 7.1ot15
6.8JtlO 7.5ltl2 3.56+10 4.68tll 1.34t11
2.18tll 3.00+11 I.42tll 9.75+11 1.13t12
1.40+00 5.10+00 4.00+00 2.00+00 4.00*00
.40401 .40491 .40401 .40491 .40404
7.0h15 2.61+15 7.24+15 a.71+13 4.51+15
7.07+15 2.7ltl5 7.24tl5 7.26t15 4.71t15
5.82+12 2.64+12* 4.35+12 4.12111 4.42tlt
I.16411 l.Ol+lJ 1.484lJ J.OS+lO I.70tl3
2.OOtOO 1.84tOO 7.OOtOO 0.60-02 1.84tOO
19*29*2p*(1/2)-[K]2s*(I/2)
.40495 .40405 .40406 .40496 .40497
5.20+15 7.25+15 2.21+11 1.61tlJ 7.26+15
5.17+15 7.25t15 3.6OtlJ 7.25+15 7.47tl5
1.82tlJ 1.68+12 5.38+09 0.90+07 1.28+13
3.51t13 7.16tl2 1.91+10 l.SJtOl 4.06+11
1.03+00 2.00+00 1.50*00 1.33-02 1.88tOO
.40408 .40498 .40501 .40504 .40505
7.15+15 7.25t15 6.65+15 J.25tl2 6.50+15
7.38+15 7.68+15 7.8lt15 1.04+11 6.51+15
6.47+11 3.11+12 2.11+13 8.01+08 1.80+12
1.26+12 1.76t13 7.4OtlJ l.ll+OO I.55413
.40506 .40506 .40508 .40507 .40508
2.49tl5 4.86tl5 6.30+15 2.06+12 2.56tlJ
2.49+15 5.05+15 6.lOtl5 8.30+12 3.45tIJ
J.lltl2 2.49tlO 0.42tl2 1.08+08 2.75tlO
.40508 .40510 .405ll .40515 .40516
1.82tl4 1.26+12 7.1at15 7.lZtlJ 7.22tl5
7.20t15 7.10+15 7.1(1+15 1.57t14 7.73+,5
.40517 .40510 .40520 .40522 .40521
7.04t11 6.72tll 7.24+,5 7.1ltl5 4.21tl2
.40529 .40510 .40511 .40512 .40532
AUGER
Od
TRANSIfION
A(il)
A(lol)
.40586 .40588 .40505 .40507 .40605
1.84+11 1.13+12 5.08+11 8.66tll l.86+12
1.48+14 J.lJtl2 l.OO+ll 7.10415 2.QJtl4
5.95+08 6.67rll 6.85+08 3.34+11 7.74+12
6.lQt08 4.4Otl2 2.08tOO 1.61408 2.56+11
l.OltOO 6.59100 1.04tOO 4.82-04 1.10-02
1::~:;:~:1:::~1~:~~~~~~~~
.40606 .40608 .40828 .40627 .40610
1.05+18 2.50+12 6.4Qt15 8.65tl5 l.St+lZ
1.05116 1.29+14 8.40+15 8.29t15 0.9JtlJ
4.74413 1.12+11 5.45+12 1.18+14 7.77+12
1.89tl4 2.42tlO 2.IBrlJ 3,7l+l4 4.54tll
J.OB+OO 7.77-02 4.00400 1.17+00 5.84-02
ls.?p*4$*(5/2),9~2p-2p.(l/2)l.v2p*Zp*(5/2)-[K ls*2p~lp~(3/2)-[K IS.~P*J~-(I/~)-[K
K]ld.(5/2) I K]2pe(1/2) 2p.(J/2) 3pr(J/2) I 3p*(J/2)
.4064Q .40650 .40662 .40681 .40868
7.41+11 7.44+15 I.98+15 9.84t12 1.5ltlJ
7.4Jtll I.05416 l.Q8+15 7.71+15 7.01+15
3.22+10 9.46+11 8.61+11 1.50+,3 8.88+11
1.85tll 1.34+12 3.84tl4 1.74+11 7.88+09
5.75100 1.42tOO 5.8,+00 4.06-01 8.88-01
l.QI+OO 5.i6+&j 3.48tOO 1.25+00 3.90+00
ls.2p-2~.(3/2)ls*?p*3s.(3/2)ls*?p*3p.(5/2)-[K
K]2pe(1/2) K 36.(3/2) II Jp.(J/2)
.40603 .40710 .40711 .40712 .40718
1.22+14 I.40112 1.28+13 2.56+12 l.lBtl2
1.50+15 8.51tl5 7.10+14 3.35114 7.lBtl5
4.04tlI 1.80+12 2.3ltlJ 6.73tll l.OB+IJ
1.6ltll J.JS+OO 2.39tl2 2.05tlO 4.14+09
3.26-01 8.60-04 1.04-01 3.05-02 3.84-04
1.87+11 9.57tlO 7.52t13 3.00+08 4.07+10
5.00+00 3.85+00 7.QQtOO 2.78+00 1.48+00
Is~2p*3s*(J/2)Is~2p~Sr~(5/2)19*2p*Js~(3/2)-
K]3dn(5/2) K]Jd-(J/2) K]ld*(5/2) I
.40755 .40772 .40793 .40808 .40617
1.33+12 3.44+11 2.65112 4.78+12 5.34t12
6.51t15 5.68+12 7.70+,4 2.83+15 5.68t12
1.80+12 8.06+10 2.02tIJ 7.13tlO 8.06+10
l.l9tOO 2.89tlO 2.89tll 4.82408 4,lBtll
8.19-04 3.50-01 1.11-02 6.76-03 5.58+00
5.8Ot12 3.56tlO 1.08ClJ 7.25+08 3.50+13
8.8Otll 6.45+07 2,t5+13 1.31+09 1.3oto
1.52-01 1.81-03 2.00+00 1.8ltOO 1.72tOO
ls*ZpeJdm(J/2)ls*Zp~Jd~(3/2)19~29*3p*(3/2)-[K 19.2s.Jdm(J/2)ts~2p~Sp*(3/2)-
K Js.(1/2) I K Jr*(1/2) 31*(1/2) K Jpe(112) t Ki Jpe(ll2)
.40840 .40887 .40683 .40894 .40912
,.12+12 2.17411 1.4lrl2 1.37tl2 2.40tll
1.52+15 1.42+15 8.63+14 1.85+13 2.68+15
5.76tO9 2.69111 2.66+13 2.08+12 1.7OtlJ
1.99tO7 I.80108 1.68+11 5.54+11 6.60tlI
3.45-01 6.60-04 6.34-03 2.66-01 3.60-02
8.82+11 4.7lt15 7.91+15 7.97+15 4.21+12
2.60+09 4.42t12 8.88+11 l.IOt1l l.OQtOB
1.20*10 2.52ro9 1.61+12 5.91t11 2.48+09
4.79+00 5.70-04 I .BJ+OO 5.38+00 B.OOtOO
.40010 .40961 .40965 .40074 .40970
1.22t12 7.35tll l.IJ+ll 6.02+12 l.l4+12
2.OOt15 7.50+14 2.91tl5 8.08+14 l.lltl3
1.39tlO 7.05+09 5.02+10 l.OO+lJ 1.45+12
8.29+07 2.76+07 1.42t07 2.05+11 2.02+11
2.44-03 1.02-01 2.84-04 2.04-02 1.40-01
6.8Jt12 1.28tl3 2.98+12 1.01+12 1.14tl2
1.04tll 1.69tll 6.19tl2 7.68+15 l.I4+12
8.01+08 5.38t09 l.OBtOB 1.11+12 6.02409
2.33+00 l.lo+lo 1.01+08 2.45too 5.9ot10
2.62tOO 2.05+00 2.80+00 7.89-04 9.95*00
.40970 .40089 .40990 .40908 .40008
1.93+14 9.84tl3 4.06+12 8.27+11 l.25tll
1.04+15 1.10+15 9.62+14 1.71+15 l.JO+lJ
1.86+13 6.11tl2 7.08+12 J.OBtlO 1.77+12
3.66+12 l.84+12 1.6Jtll I.J7+07 l.OtIJ
1.07-01 1.01-01 2.05-02 4.46-04 4.46tOO
.40513 .40533 .40531 .40514 .40515
2.18+14 4.52+11 5.lOtl2 8.02tlJ 5.6Orl4
I.ZO+lS 4.52tl3 6.72t12 1.57tl4 4.96+15
2.37+12 2.05tll 1.4OtO8 7.25+08 7.51+12
8.74+11 2.34t12 2.24+00 1.48tOO 5.16+12
1.69-01 7.05+00 6.42tOO 2.04tOO 6.87-01
.40999 .41008 .41Ol4 .41014 .41Ol7
l.JOtl2 1.22+13 2.20+11 6.48tll l.l9+12
2.83+15 2.09t14 4.95t13 8.37+13 2.88+15
l.Oltl2 4.46+11 1.70+08 2.02+10 4.01+09
1.09+09 1.58tll 1.58tOB 0.03410 3.26tO7
1.97-01 3.50-01 9.26-01 3.09tOO 6.84-03
.40535 .40535 .40535 .40536 .40516
1.28+14 9.78t13 8.62+12 2.00+12 1.77+11
2.62+15 O.OJ+IJ l.5QtlJ 2.09t12 8.82tlJ
6.83110 7.77+12 5.92+05 5.39tO7 2.6QtOO
3.42tlO 2.84+!1 1.28+06 I.OB+OB 3.25tOQ
5.00-01 3.65tOO 2.17tOO 2.00+00 1.21+00
ls*2p-41.(5/2)ls*?pm41.(5/2)ls*?r*4fe(5/2)lr*2s*ld*(5/2)ls*2pm4d.(5/2)-
IiK
4p*(3/2) 4pv(J/2) ld.(J/Z) Ip.(J/Z) ld.(J/Z)
.41017 .41019 .)I021 .41023 .41020
1.30+12 4.OOtll 5.72+12 1.65+11 7.6Jtll
2.67+15 4.81413 3.26tl3 2.67tl4 J.ll+lJ
1.41+11 2.07+10 4.57t09 1.89+12 J.Jltll
4.09+08 1.08+09 4.81+00 6.06+11 4.82tlO
2.91-03 5.20-P) l.OS+OO 1.68-01 1.46-01
.40518 .40518 .I0530 .40540 .40541
J.BJtll 7.88+12 9.23+14 0.05+11 I.10114
3.83+14 2.04tlJ 9.2Jtl4 9.95tll l.48tl4
8.5ltl2 l.OOtlO 8.19t09 3.66+00 5.95+08
4.7JtIO 4.40110 6.72tlO 3.65+10 1.76+09
5.58-01 2.32+00 B.OOtOO 0.96+00 2.98+00
ls*Zs*4f*(7/2)1s*?s.3p~(1/2)lr*?pe4d.(5/2)ls.2s~4p.(I/Z)Is*2s.41~(5/2)-
K 4d*(5/2) K Js.(I/?) K Idw(JI2) K 4se(l/2) K II 46*(5/2)
,410Jl .41036 .41037 .41038 .41040
1.53+12 1.82+14 J.lO+ll 7.80tl2 2.80+13
2.28+,2 0.81+14 2.95tl5 2.55+14 1.26+13
2.4JtlO 5.85tlJ 3.87tlO 2.15+13 4.57+09
I.JOtIl 2.08tlJ 2.51+07 1.2ltl2 2.19tlO
5.35tOO 3.56-01 6.49-04 5.64-02 4.78tOO
.40542 .40542 .40541 .40543 .40544
0.82+14 1.13+12 9.84+13 7.76+14 8.76+11
0.82+14 8.72+12 6.Olt14 7.79+14 1.2Otl4
l.lOtl4 1.40+08 0.86tll 2.02tlJ 3.12+11
1.04+14 5.5JtOB 6.42tll 7.86t13 8.48+09
3.60+00 1.58tOO 6.52-01 3.88+00 2.72-02
.41042 .4,042 .41044 .4,044 .41044
1.20+11 8.57+11 8.35t12 1.17t13 1.72+12
J.lltl3 2.67+15 1.85+13 4.6ltlJ 1.72+,2
1.45tl2 1.41+11 2.08t12 2.07+10 2.24tOO
2.13+12 2.71+08 3.30112 J.It+lO 1.7OtlO
1.47tOO 1.01-03 1.63+00 1.52+00 7.99tOO
.40547 .40548 .40550 .40550 .40551
2.lOtl5 l.15tl4 4.94t13 I.87+,4 5.58rll
4.08tl5 l.JO+lS 1.00*14 5.05+15 2.4Otl5
0.64+11 2.OJtlJ 6.85*08 2.49+10 J.l1+12
9.05+11 l.OBtlJ 2.03t09 3.69+00 4.lBrOQ
1.03+00 5.21-01 2.0hOO 1.48-01 1.34-03
.41047 .4IO46 .41046 .41048 .41048
1.10115 7.40114 1.03+13 7.18t12 1.52tl5
1.20+15 7.5Ot14 l.lltlJ 2.87+14 1.52+,5
8.84+12 7.05+09 J.Jl+ll 1.80+12 5.76+09
l.57+11 2.82tlO 1.02+12 3.02411 2.3OtlO
1.82+00 4.00tOO 5.79+00 1.60-01 J.OO+OO
.40554 .40555 .40557 .40550 .40560
6.47+12 1.16rl2 1.25+11 1.74+12 2.15+11
1.50tll 1.16tl2 2.04tlJ 7.47rl5 7.38tl5
5.02+05 3.02+11 I.00+10 1.28+13 6.47+11
0.6ltO5 2.4Jtl2 6.00+10 l.lOtlO J.78+09
I.63100 6.2ltOO 3.68+00 0.12-04 5.84-05
.41050 .(I052 .41052 .)I052 .)I052
2.85tl5 l.48+15 2.91+15 2.08t15 2.9Jtl5
2.85+15 1.78rl.5 2.9lrl5 2.98rl5 2.93+15
0.9ltlO 1.2Jtl2 5.02tlO 6.24+09 1.28t09
l.OB+lI 2.06+12 1.00+11 3.74tlO 5.IJt09
2.00100 1.68400 2.00+00 6.OOtOO 4.00tOO
.40565 .40568 .40572 .40577 .40579
7.05+12 5.7ltl4 5.Jltl5 6.57+15 5.71+11
1.15414 l.lttl5 5.32tl5 6.57t15 7.1ot15
6.7Jtlf 8.75+11 1.18+11 4.52tlJ J.J4+ll
5.65rlO I.J7+12 6.72tlJ 8.97+11 1.06+08
8.40-02 l.56+00 1.99tOO 1.00+00 3.19-04
.41052 .41052 .41052 .41053 .41051
2.04tO J.OO+lS 2.67r15 J.7110 l.OOr15
2.04rl5 J.OOtl5 2.67+15 9.62114 2.53+15
1.90+11 3.04tOB l.ll+lI 7.98r12 2.Jltl2
1.90t12 2.43+00 8.434lI 1.23+13 J.72+12
1.00t01 8.OOtOO 5.00+00 1.54tOO 1.57tOO
08
LAYEOA
Is.2p.Jd-(l/2)-[K]Jd~(5/2) ls.?p*Jd.(7/2)-[K]ld*(5/2) ls*2p~3d.(5/2)-[K]ld*(5/2)
K K K K
ls.2p-Jd.(J/2)-[K]Jd-(3/2)
lr*2p.4f.(O/2)-[K]4f*(7/2)
378
AUGER
AtomlcOataandNuolesrDataTaMes.Vd.38,No.2,Msrdt~88
Od
9w
J. NILSEN
Dielectronic Satellite Spectra for Helium-like Ions
TABLE II. Wavelengths, Radiative and Auger Rates, Satellite Intensity Factors, and Line Fluorescence Yields for Satellites of He-like Ions See page 344 for Explanation of Tables 2 : 54
2 = 54
IRANSIIION
LAYBOA
A(il)
A(101)
.41053 .41054 .41054 .41054 .41055
2.95t15 1.96tl4 2.99+15 3.40113 2.61+15
2.95t15 2.09+14 2.99t15 4.61t13 2.62t15
1.44+1, 4.46tll 0. 2.07tlO 1.22+11
1.15tl2 2.52+12 0. 9.16rlO 4.65tll
6.00400 5.64tOO 3.00t00 4.43100 3.96tOO
Is.2p.4d.(5/2)-[K]4d.(5/2) ts.2p.ld.(7/2)-[K 46*(5/2) lseZp.4d.(J/?)-[K I Id-($/Z) ls.Zv4d*(5/2)-[K]4f.(7/2) ls.2p.4p.(l/Z)-[K]lp*(3/2)
.41056 .41056 .41056 .41056 .41059
2.95+15 2.93+15 1.76+15 2.44+14 2.69tl5
2.95tl5 2.93115 1.64t15 2.67tl4 3.7lt15
3.67tlO 3.35+12 1.66+12 1.69+12 J.Ot+lO
2.32tll 2.66tlJ 6.4lt12 1,OJtlJ 4.76tlO
6.00100 7.99+00 3.62tOO 5.4JtOO 1.56tOO
1s*2p.Js~(1/2)1~.2~.4p.(J/2)Is.Zp.Jp.(3/2)ls.2p.4~.(1/2)ls.Zp.Jd.(J/2)-
K]Js*(1/2) K]4d.(J/2) i K]Jp*(J/2) K]ls*(1/2) t K]3d*(5/2)
.41060 .41061 .41061 .41061 .41062
1.77t15 4.65+14 1.02115 1.65t15 2.60+15
1.60+15 6.OBtl4 2.66t15 1.65+15 2.63+15
5.16+12 1.00113 l.79+13 1.79t12 7.13tlO
1.02+13 2.26+13 2.71tlJ 3.57+12 2.62tll
1.97tOO 2.27+00 1.51tOO 1.99+00 3.95+00
ls*2p.3d*(7/2)-[K]Jd*(5/2) ls~2p.4p.(J/2)-[K]4p*(J/Z) ls.2p.4~*(3/2)K]ls*(1/2) Is.Zp.Jd*(5/2)K]Jd*(512) ls.2p.lp.(l/2)I K]4p.(l/2)
.41062 .41062 .41062 .41062 .41063
2.89tl5 2.60+15 2.68115 2.67+15 l.OJ+lS
2.69,15 2.63t15 2.74+15 2.66tl5 1.06t15
6.21t12 l.Oltl2 2.33112 4.91t09 2.39+11
4.95tlJ 3.72t12 9.07+12 2.94+10 4.63+11
7.96tOO 3.66tOO 3.90+00 5.99too 1.94+00
ls.Zp.46.(5/2)K]ld.(J/2) ls.2p-4p.(5/2)K]4p*(J/2) ls*2s*4de(J/2)K]4f.(5/2) ls.2p.4~.(3/2)I K]4p.(1/2) ls~2p.Jp.(l/2)-[K]Jp.(3/2)
.41063 41064 :41066 .41070 .41071
2.95+15 2.91t15 l.JJ+lJ 2.73+15 2.64t15
2.9St15 2.91+15 J.lltlJ 3.00115 4.6Otl5
l.Jltl2 9.62t12 1.45+12 I.66tll 4.94tlO
7.64t12 5.67tlJ 2.36t12 6.05+11 5.64tlO
6.OOtOO 5.9L1+00 1.6JtOO 3.64+00 1.1atoo
.41072 .41075 .41075 .41076 .41077
1.19t14 4.27tl4 2.64+15 1.40115 3.26rlJ
1.59t14 4.6Jtl4 2.64t15 1.42+15 1.64tl5
2.79+11 1.29t13 1.42tl4 2.69tll 1.66+12
1.32t11 2.JltlJ 2.69414 1.06+12 1.19tll
2.911+00 1.79too 1.90+00 3.94too 7.10-02
.41060 .41060 .41061 .41062 .41063
1.07+14 l.67+15 2.65115 2.97+15 1.93t14
6.06t14 2.00+15 2.65tl5 2.97t15 0.97t14
l.OOtlJ 3.39tlO 1.96,13 2.67t12 1.07+12
5.24+12 1.27tll 1.16414 I.60113 2.12t12
ts*2s*4p.(t/2)-[K 4s.(1/2) 1~.2pe3s.(J/2)-[K 3 3s.(1/2) ls~2~.4p*(3/2)-[K]4~.(1/2) ls*2s.Jp*(J/2)K]Jd.(3/2) ls.Zp.Jde(3/2)F K]Jd.(5/2)
.41066 .41067 .41069 .41092 .41094
3.4at13 2.79+15 2.74+14 5.66413 1.21t12
7.45114 2.79+15 7.21+14 6.6Jtl4 1.s2t15
1.35tl2 2.21t12 1.05t12 2.66+13 5.76r09
ls.2s.4d.(J/2)-[K 4P.(l12) ls.2s.,de(l/2)-[K I Ip.(l/l) ls.2p.Jp.(I/2)-[K]J~.(t12) 1s*2p-Jp~(J/2)-[K]J~.(lI2) ls.2s.Jd.(J/2)-[K]3p.(J/2)
.41097 .41097 .41099 .41106 .41110
9.75t13 3.15113 6.74tl4 2.66+15 l.JBtl4
l.Oltl4 3.32t13 6.3Jt14 3.63+15 3.26tl4
lr.2s*Jd.(5/2)ls.Zp.Jde(J/2)Is.Zs.4p.(1/2)-[K ls*2~.4p.(1/2)ls~2s.Js.(1/2)-
K 3P*(J/2) 1 K 36*(5/2) 46.(3/2) K 4p*(J/2) K 1 I Jp.(1/2)
.41114 .41121 .41126 .41126 .41127
2.39tl4 5.17+12 2.44tlJ 7.22+12 2.65tl4
11.2~.2p.(J/2)ls.2pe4p.(3/2)ls.?p.4~*(1/2)Is.Zs.4d.(J/Z)ls.2t.ld.(5/2)-
K tK K K 11K
2P.(J12) 4p*(J/2) 4de(J/2) 4p.(3/2) 4p.(J/2)
.41129 .41133 .41134 .41135 .41137
Is.~s.~I.(J/~)-[K 4d.(JI2) Is~2s.41.(5/2)-[K I 4d.(J12) ls.?s.Jp.(J/2)-[K]Jd.(5/2) ls.2s.4~~(1/2)K]lp.(3/2) ls.2p.4s.(J/2)t K]4d.(J/2) ls*2p.2~.(1/2)-[K]2~~(3/2) ls.2s.Jp.(1/2)-[K]Js~~l/2)
Is.Zp.4l.(7/2)-[K]41~(5/2) Is.Zp.Jd.(S/?)-[K]Jd.(5/2) ls.2p. (1) - lse1s. Is~?p.4f.(5/2)-[1(]41~(7/2) ls*2p.4d.(J/?)-[K]4d.(5/2)
(0)
I::::::~:I:::~:t:~:::~~~~~ ls.2s.Jp.(J/2)-[K]Js~(t/2)
ls.2s.Jd.(J/Z)-[K 3,,.(3/2) ls*2s.Jd.(1/2)-[I 3 Jp*(J/?) ls*2~.4p.(1/2)-[K 46.(3/2) ls.2s.ld*(7/2)-[K 1 41*(7/Z) ls.2~.4s.(l/2)-[K]4p.(112)
AUGER
A(;l)
A( lot)
.41179 .41192 .41194 .41196 .41196
2.99415 2.64t15 1.24t12 1.16+12 1.36+15
2.99+15 2.64+15 3.32+12 7.21tl4 1.50115
1.05+14 l.lltlJ 9.02407 1.05t12 4.94+11
6.09tl4 4.4OtlJ 1.35+06 6.74t09 1.61+12
5.6OtOO 3.96tOO 1.49tOO 6.43-03 3.67+00
ls.2s.4p*(5/2)-[K]4ds(5/2) ls.2s~Js~(l/2)-[K]Jp~(1/2) Is~2s~2p~(1/2)-[K]2s~(1/2) ls~2s~Jp*(5/2)-[K]Jd~(J/2) Is*2s*,p.(J/2)-[K]4d.(3/2)
.41199 .41212 .41212 .41215 ,41243
2.32t12 2.6Ot13 9.11tl4 9.0ltll 1.42tl2
2.32+12 5.97413 9.11+14 6.23+12 3.00+14
2.20+09 5.87+13 6.21+10 6.42+09 1.46,12
l.J?tlO 2.77tlJ 1.24+11 5.57+09 2.74tlO
5.99tOO 4.73-01 2.OOtOO 6.67-01 1.W02
ls.?s~Jp~(3/2)ls~2s*Jp~(l/2)ls.2p.Jp.(l/2)-
.41245 .41246 .41250 .41256 .41258
3.60+12 I.66413 6.6Otl2 3.62t12 2.06+12
l.JOt15 9.61+14 6.33tl4 6.65+12 3.32t12
6.11+12 5.65+13 4.39tll 2.37+06 9.02t07
6.72tlO 2.l6tl2 9.29+09 5.15t06 2.26+06
1.10-02 3.69-02 2.11-02 2.16tOO 2.5ltOO
.41256 .41261 .41271 .)I279 .41294
2.27+12 5.33t12 1.97t13 4.51+13 9.77tll
3.63t15 6.2Jt12 1.60+15 3.13+14 6.97rl4
1.07+11 6.42t09 5.16+12 2.94tlJ 1.07t12
2.611+06 3.29tlO l.lJ+ll 7.7Jt12 2.32+09
2.50-03 5.13+00 2.19-02 2.63-01 2.16-03
Is.Zp.J,.(3/2)-[K Jd.(3/2) Iw2s..3p~(l/2)-[K I Jd.(3/2) ls~2s~3p.(J/2)-[K]Jd-(J/2) Is*2s.Js.(J/2)K]3p.(J/2) ls.2~~2~~(1/2)t K]2pm(1/2)
.41296 .41367 .41366 .41406 ,41421
5.45tll 6.37+11 2.0&l? 2.65t12 2.44+14
2.79tl5 1.95tl4 7.92tl4 6.65+12 2.63+14
2.21+12 9.04tlO 2.73+12 2.37tO6 l.I)ltll
1.73+09 7.76+06 2.66410 3.70+06 1.99114
7.61-04 6.59-03 1.05-02 1.6OtOO l.lOtOO
Is.Zp.2pe(1/2)K 2p.(J/2) ls.2s.2~.(1/2)I K 2p.(3/2) Is*2p~Jp*(5/2)-[K lps(J12) ls~2p*Jpe(J/2)-[K i 4pw(1/2) ls~2p.Jp.(I/2)-[K]4p~(1/2)
.41676 .41942 .I3062 .43172 .43176
2.lJtl2 1.9JtlJ 3.52+11 3.92tll 6.20tll
4.06t15 2.63+14 7.97tl5 7.73115 7.91t15
3.6&l? 1.61414 1.10113 3.50113 6.66tll
4.06+09 1.57+13 2.92tO9 7.07+09 I.39106
1.05-03 6.71-02 2.65-04 2.02-04 1.57-04
5.22-01 3.75too 5.95+00 5.99too 1.99+00
.43169 .43195 .43660 .43702 .43642
2.34tll 4.26+11 5.20tll 5.49+11 2.94tll
6.51t15 7.16tl5 1.3OtlJ 1.6St13 3.63+15
3.69t12 1.06tIJ 3.77t12 2.00+12 1.07tll
5.60+06 1.26+09 7.03+11 2.2Jtll 3.47+07
1.44-04 1.16-04 1.66-01 1.07-01 3.24-04
1.26+11 6.62+12 1.59112 7.03t12 1.64+07
9.33-02 3.99+00 1.52+00 2.65-01 3.19-03
.43651 .48880 .49420 .49455 .49518
2.00111 4.74tll 3.55t11 5.02411 3.24tll
2.79+15 1.05tl6 6.29115 1.05t16 6.57r15
2.2lt12 4.74t13 l.lOtl4 9.46tll 4.52tlJ
6.32tO6 6.53tO9 1.99tlO 9.05tO7 4.43109
2.66-04 1.60-04 1.69-04 9.56-05 9.61-05
9.4IItoLI 1.62tlO 4.39411 1.07+11 5.44+12
3.41t09 3.06tlO 7.11+11 J.JWll 9.05,12
3.60tOO I .90too 1.62tOO 3.16+00 1.66+00
.49591
2.64+11
6.49+15
5.45+12
9.53tOB
1.75-04
2.41+14 1.42+15 2.55+14 1.06+15 J.lJtl4
4.61t12 2.6Stll 2.15tlJ 2.39tll 2.94tlJ
2.69tlJ 3.93t09 3.60+12 3.25+09 4.55+13
5.64tOO 1.46-02 1.77-01 1.36-02 1.55+00
1.6JtlS 4.11+12 5.17t12 4.67tl2 9.73+12
6.29+15 J.OO+IS 1.2Otl5 1.59+14 9.7Jr12
1.16+14 1.66+11 6.64,12 2.79tll 2.50tll
9.15+13 Q.Olt0.9 7.40+10 3.42tlO 1.46tl2
7.77-01 5.47-03 6.56-03 1.22-01 5.65+00
.41136 .I1136 .41136 .41139 .41150
1.43+12 2.60tl2 9.52413 3.66+13 6.27tll
1.4Jtl2 2.60+12 6.63t14 4.6Jtl4 2.74tlS
3.lltO6 3.94tO6 2.66tlJ 1.29tlJ 2.33+12
1.25tO7 2.36+07 l.O+lJ 1.99t12 2.12t09
4.OOtOO 6.00tOO 4.26-01 1.54-01 9.13-04
.41153 .41155 .41155 .41155 .4ll56
3.06+15 6.47+12 1.32t12 3.35t12 5.05tlJ
1.05+16 1.95tl4 J.OOtl4 7.56t13 7.92tl4
9.46tll 9.04tlO I.46412 1.27+11 2.7Jt12
5.5ltll 7.66+09 2.56tlO l.lltlO 6.94+11
5.65-01 6.69-02 1.75-02 6.66-02 2.54-01
.41157 .41156 .41161 .41163 .41163
1.26+12 6.25+11 9.7OtlI 4.06r15 1.32+13
1.26+12 6.25tll 3.32tlJ 4.06tl5 1.50tlJ
6.77tO6 4.56tlO 1.62+10 3.66t12 4.71tlO
7.0lt09 2.6ltll 9.48+08 7.75t12 2.47tll
7.99tOO 5.66+00 5.65-02 2.00100 5.25+00
.41164 .41165 .41174 .41176 .41176
1.26+12 4.06+12 1.36+12 J.94+11 9.36+12
6.37tlJ 4.95t13 7.45+14 3.94tll l.JJtl3
2.92tlO 1.70+06 l.JStl2 7.67t06 2.05+13
1.76+09 2.60+07 4.9ltrOQ 6.14+07 1.14tlJ
6.03-02 1.64-01 3.69-03 6,OOtOO 5.53-01
Od
TRANSITlON
SW
K]Jd*(5/2) K]36.(3/2) i K]Jp*(3/2)
1::2,:::::l:::~I~:F::;~~~~~
379
L AYBOA
Atomic Data and Nucfsar
Data Tables,
AUGER
Od
91
Vol. 38. No. 2. March 1988