Electron densities at the nuclear center and surface for “Mössbauer” atoms

ATOMIC

DATA AND NUCLEAR

DATA TABLES

X3,295-314

(1979)

ELECTRON DENSITIES AT THE NUCLEAR CENTER AND SURFACE FOR “MijSSBAUER” ATOMS Obtained by Relativistic Dirac-Fock Calculations I. M. BAND

and V. I. FOMICHEV

Leningrad Nuclear Physics Institute Gatchina, Leningrad 188350, U.S.S.R.

The present table lists electron ns112and np,,, atomic orbital, as well or ion. The densities were obtained contain data for 129 atoms and ions experiment interpretation.

charge densities at the nuclear center and surface for each as the total densities of all ns,/, and np,,, electrons in an atom by solving the relativistic Dirac-Fock equations. The tables in the range 26 5 Z d 95, which can be useful in Mossbauer

0092-640X/79/040295-20$02.00/0

Copyright 0 1979 by Academic Press, Inc. All rights of reproduction in any form reserved.

295

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 4. April

1979

I. M. BAND and V. I. FOMICHEV

Electron Densities in the Nucleus

CONTENTS

INTRODUCTION ........................................... Method of Calculation

296 297

EXPLANATION

299

TABLE.

................................

p,(O) and p,(R) for “Mossbauer”

Element Fe Ni Zn Ge Kr Ru Sn Sb Te I Xe cs Pr Nd Sm

OF TABLE

Ionization

Atoms ...............

Element

0, 1,* 2, 3, 4 0, 2, 3, 4 o,* 1, 2

Eu Gd DY Tm Yb Hf Ta W

0, 2, 4

o,* 1 0, 2, 3, 4, 596, 7, 8 o,* 2, 4 0, 1, 3, 5 0, 2, 3, 4, 6

OS

-1, o,* 1

Ir

0, 0, 0, 0, 0,

Pt

1, 2, 3 1 1, 3, 4 2, 3, 4 1,2,3

* Results calculated

Au Hg NP Am

300

Ionization 0, 1, 2, 3

0,3 0, 0, 0, 0, 0, 0, 0, 0, 0,

2, 3, 2, 3 2, 3 2, 4 2, 4, 2, 3, 2, 4, 2, 3, 1, 2,

4

5 4, 5, 6 6, 8 4, 5,6, 7, 8, 9 4

0,1,3 0,192 0, 1, 3, 4, 5, 6, 7 0, 2, 3, 4, 5, 6

for two configurations

INTRODUCTION electron density when transferring from one chemical compound to another does not affect the nuclear charge density.

The use of Miissbauer spectroscopy for the study of the isomer-shift effect permits one to obtain valuable information on two physical quantities that cannot be measured by themselves:

Using these assumptions and bearing in mind that a change in nuclear density is connected with that of the mean-square charge radius, one may obtain the following formula for the Mossbauer shift:3

(a) difference of mean-square nuclear charge radii in the ground and excited states; (b) difference of electron charge densities inside the nucleus for two atoms in different chemical environments,

E = %brZe2(&O) - p$(O))((?)*

- (r2)).

(1)

Here 2 is the atomic number, ~5 and pg are the electron densities of two samples in different chemical environments, and (r2)* and (r2) are the mean-square nuclear charge radii in the excited and ground states, respectively. In a first crude approximation the difference in electron densities in different chemical compounds is assumed to be associated only with the different ionicities of the samples.4 In this case the electron wavefunctions and, hence, the densities p,(r) can be

These data are useful in studies of electronic structure and charge-density distribution in a nucleus.1*2 The isomer shift is usually estimated under the following assumptions: (a) the electron density p,(r) over the nuclear volume is constant and equal to p,(O); (b) nuclear charge redistribution involved in a transition from excited to ground state does not affect the electron density, and vice versa, a change in 2%

Atomic

Data end Nuclear

Data Tables,

Vol. 29, No. 4, April

1979

I. M. BAND and V. I. FOMICHEV

Electron Densities in the Nucleus

obtained by performing self-consistent field calculations for free atoms and ions. For each ns 1,2and np,, electron orbital the present table gives the electron densities at the nuclear center p,(O) and at the nuclear surface p,(R) calculated under the assumption that the nuclear charge is distributed uniformly over a sphere of radius R = 1.24 l/3 fm (A is the mass number). The electron density Pnl.i(r) = WdJ%5

+ &ljY4n9

the tables are given in atomic units, that is the number of electrons per a:, where a, = 0.5292 x lo+ cm. We used the following values of fundamental constants: a = (137.03604)-l,

Method of Calculation

(2)

As mentioned above, the electron wavefunctions were found by numerical solution of the coupled system of DF integrodifferential equations?

where on15 is the occupation number of the electron orbital, n is the principal quantum number, 1 is the orbital quantum number,j is the total angular momentum of the electron, and grill, fnlj are the large and small components of the electron radial wavefunction normalized so that cc r2(g2,[j + fE,j)dr = 1. (3) i0

dGA -=-

(4)

Pi$ = c

(5)

r

-

dI;;i

-

dr

vcoul

+

VaddA)FA

-

VexC,

= “A FA - (EA - 1 + V, - Vcoul r + VaddGA

+ Vexi+.

(7)

Here index A denotes the set of electron quantum numbers n, I, j; K = (1 - j)(2j + 1); G = rg, F = rf; and EA is the total electron energy including rest mass. In what follows, we use the quantity %A = 1 - EA. In Eq. (7), Vcoulis the Coulomb potential due to all electrons of the atom:

of all pl12 electrons PnP,,29

“A GA + (EA + 1 + I’,

dr

In addition to the electron densities pns,,, and onP,,, , the tables contain the total densities of all s electrons for each atom or ion Pi$ = c PRS,,ZY a

mc2 = 511003 . 4 eV .

n

rVcoul = a 1 OJ,Y,(A,A).

and of all ns,,, and npl12electrons in an atom tot

P

=

tot + pptot112 PSI,,

(8)

A

(6)

The term VaddA has a form:

atr=Oandr=R. The electron wavefunctions were obtained by solving the relativistic Dirac-Fock equations (referred to hereinafter as DF) taking into account the finite nuclear size. Self-consistent field calculations were performed by means of our DFRAIN computer program (included now in the complex of computer programs RAINE5). The tables contain data for the 30 atomic numbers of greatest interest in the interpretation of Mossbauer experiments. Calculations were carried out for several ions with the same 2, so that the tables contain results of DF calculations for 129 neutral atoms and ions. All the data obtained in these calculations, namely the electron binding energies, the quantities lim pnlj/r21+1, r + 0, the expectation values of rn, n = -3, -2, -1, 1, 2, 4, and the total energies of the atoms and ions are recorded on magnetic tape and stored at the Data Center of LNPI. Note that the formulas presented below are in relativistic units where the electron Compton wavelength hlmc serves as a unit of length and the electron rest mass mc2 as a unit of energy. The densities p(r) in

(WA

-

l)(%A

+

1)

+C k

4jA

Vexe (orF) includes products of exchange potential terms by the wavefunctions of electrons of other shells:

rVexGcorF) = - ”2 c WI B#A X

The functions Y,(A,B)

2 k

rjAkjB

I0

(Or

GB).

(10)

are defined as

Y,(A,B)

= rek

Yk(A,B)FB

(GAGs + FAFB)Skds + rkfl m

X I

i-

s-‘-‘(GAGB

+ FAFB)ds;

(11) (12)

297

Atomic

Data and Nucfeer

Data Tables,

Vol. 23, No. 4. April

1979

I. M. BAND and V. I. FOMICHEV

Electron Densities in the Nucleus

(At -.A,[ 4 k cj, +j,, IA + 1, + k must be an even number. Off-diagonal energy parameters, ensuring orthogonality of radial functions with the same momentum, are not taken into account in these calculations. Assuming the nuclear charge to be distributed uniformly over the spherical volume of radius R, one finds:

V, = f-$(3

- (+I)

= c&%

for

r s R,

for

r>R.

(13)

According to Eq. (13) the wavefunctions inside a nucleus are represented in the form of series:

b, = IKI + K ,

a-l = b-, = a-, = b-, = 0,

2K

(m+l+

1~1 +~)a,+~=

VW

1+E-;V(R))b,+-i7i;-b,,

9 (m+l+

1~1 -K)bm+l=

I-E+iV(R))a,-%a,-, V mu1

The value ZV2 is defined by condition

VaddA

*

F(r) is mismatched

by less than the given accuracy:

1F(R~~ - 0) - F(RMp + 0) 1 < 10-6.

(&$)“‘.

In doing so, we set the requirement that, taneously with (17), one of the conditions

The system of two first-order coupled DF integrodifferential equations (Eqs. (7)-(13)) with boundary conditions (14) and (15) and normalization condition (3) is solved by the iterative method suggested in Ref. 7. In this method the potential V(r) and wavefunction of other electrons in V,, are evaluated in each iterative step by means of the solutions from the previous iteration. An exponent radial mesh: r = roe”“,

+

(3).

The electron wavefunctions in the asymptotic region should satisfy the condition:

(;)a-

(14)

(17) simul-

i I ADA

< 10-8

%A

or

be met. The values of %,, at which conditions (17) and (18) are satisfied were found by combining the methods of tangents and chords. Self-consistency was considered achieved when the absolute difference over all wavefunctions calculated in two successive iterations i and i + 1 turned out to be less than 5 x lo-‘:

(16)

is used with the parameters r. = 0.8R and v 9 0.04. System (7) is integrated at each iteration with the fifthorder predictor-corrector methods proposed in Ref. 9. The functions at the first five points needed to begin integration by these formulas are calculated by means of series (14). Integration is performed up to a matching point RhlP chosen in such a way that the interval (O,R,,) contains (n - 1 - 1) nodes of the G(r). When solving the boundary problem in the (RMp,R,) region we use the orthogonal chasing method,*O employing in place of G(R,,) and F(RIIIP - 0) the values obtained by integrating (7) in the interval (O,R,,). The values of %A were found from the condition that when the function G(r) is continuous at point Rnap, the function

max,lj IG$j(r)

- G$!(r) 1 < 5 X lo-’ 0 G r 6 R,.

(19)

References 1. D. A. Shirley, Rev. Mod. Phys. 36, 339 (1964) 2. B. Dunlap and G. M. Kalvius, Miissbauer Isomer Shifs (North-Holland, Amsterdam, 1975) 3. B. Fricke, and J. T. Waber, 3445 (1972)

298

Atomic

Data and Nuclear

Phys. Rev. B 5,

Data Tables,

Vol. 23, No. 4. April

1973

I. M. BAND and V. I. FOMICHEV

Electron Densities in the Nucleus

4. J. V. Mallow, A. J. Freeman, and J. P. Desclaux, Phys. Rev. B 13, 1884 (1976)

7. D. R. Hartree, The Calculation of Atomic Structure (Wiley, New York, 1957)

5. I. M. Band, M. A. Listengarten, M. B. Trzhaskovskaya, and V. I. Fomichev, Complex Programm RAZNE, Leningrad, LIYaF No. 289 (1976), No. 298-300 (1977)

8. I. Babuska, M. Prager, and E. Vitasek, Numerical Processes in Differential Equations (Prague Interscience/Wiley, London/New York/Sydney, 1966) 9. N. S. Bakhvalov, Chislennye metody (Nauka, Moskva, 1973) [in Russian]

6. I. P. Grant, Adv. Phys. 19, 747 (1970)

EXPLANATION TABLE.

OF TABLE

p,(O) and p,(R) for “Miissbauer”

The following

Atoms (See Contents for List)

table presents electron charge densities at r = 0 and

r = R for each ns,,, and np,,, atomic orbital as well as the total densities of all rzsl12and np,,, electrons in an atom. All electron densities are given

in atomic units. The heading of each block contains the atomic number Z, the degree of ionicity I, the nuclear radius R in Fermi units, the chemical symbol of the element, and its configuration. Every electron orbital of the configuration is described as NL + o, where N is the principal quantum numbern, L is the orbital quantum number 1, + or - means j = 1 + ‘/z orj = 1 - 95, and o is the occupation number. See below. FE(AR) 3D - 4 3D + 2 4S + 2 NS, NP ROW

RO0-V TS TP TSP

Fe: (Ar) 3d& 3& 4& The rzslj2, np,,, electron orbitals The electron charge.density, Eq. (2), at r = 0 in (number of electrons)/ a& where a,, = 0.5292 x 1Om8cm The electron charge density, Eq. (2), at the nucleus surface, r = R The total charge density, Eq. (4), of all s1/2 electrons The total charge density, Eq. (5), of all pII electrons The total charge density, Eq. (6), of all 11slj2andnp,,, electrons in the atom

It is to be emphasized that the accuracy of all the values in the tables is defined by Eqs. (17) through (19). The representation of the values with three figures after the decimal point is used only for the sake of convenience.

299

Atomic

Data and Nuclear

Data Tables.

Vol. 23. No. 4. April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

Electron Densities in the Nucleus

p,(O) and p,(R) for “Mihsbauer”

Atoms

See page 299 for Explanation of Table 2 = 26 I, 0 RE fE(AR) 30-L 3C*2 4s*7 _-__--___-------I-------------

4,:cx

RO(R) 133721613

13591.335

2s

1288.446

35

t247,149 174,848 8,227 6.804

17?.?90

8,346

4s 2P

6.909

3P ----.---.-------.-----

0.921

0.907 ----me-w 14422,437 7.711

i~Oti.qS6 2 7 ..ezo -------..-------.--------.---TSP 15079;?85 ---l------------t-------------

2 D

24

fr

= FflAR)

2

II+

lb83O,S46

A.591

RO(R)

NL RO101 --------.------------------r---fS 13597.453 2s 1286,266

13372.731

1244,95~ 17Y.955

lt6.881

2P 6.910 3P 0.921 --------.-------.-----.---TS 13042.403 TP Toe31

;*%.

14633.440 t.712

--_---_-.--_---_.__---------*TSF 1407C.634 ----e---w-w..-----

sw--

Dr

2s SS

10.560

2P 10.880 YP I.495 .-------.--------------------1s 1q574.442 TP L2.343 --------.-------.--------.---T3P 19S68.045

-_------“--c_----_------------

4,443

14821,352 ----.---m

Ps

4.591

FM

RO(R)

172.609

2P 4.916 3P 0,901 _---_.--_._-____--__.--------IS 15061.084 TP 7.814 _---__-._---___-_-------------

I=

iLf~i2.147

ft=

4.591

RO(R)

17279,141 1678.052

236.815

b.3Ql

FM

‘+s*l~ -----e----m----m

-e-m-

2s

1288.Y94

3s

177.427

RO(R) -----

13372.659 1267,028

174.491 5,419 4.444 0.006 lbbl9.40 7.111

TsP 13074.541 --_----._---_-_--*-_----.-----

FM

1

+

24

l=

4

14627.357

A=

4.591

fM

fE(AR1

RCf NL _--._---.---__----_-----------

30-4 --w-m--ww-----s--w-0)

RO(R)

13597.000 1266.217 leo.Yol 6.903

1s

2s 3s 2p

0.952

1s 15Ob3,319 TP 7.e55 -----_------_____---_c___r____ TSP 15073,s74 _-----------____---___________

2

2 = If N1tA.R) 30-4 3D** ---_-c------__--_--___________ NL PC(O) _--_--_"_-_-__------__________

1s 2s SS

13594.345

13$71.442

12~6.395

1247.079 181.925 4.793 0.977

34d20.486 7.710 --ma.----1462a.454 --d-m---m

TP 7.eeq --w-m--v------w-w--TSP lYO77*655 --_-_---_------_-_I--

7.734 l4824.245

4.443

ROfR) ---M----m-

184,984 PP 4.897 3P 0.992 -_.-_____--_---___------.----7s 13049.764

&4814.388

It%

----.--s-s ROfO) --w--se---

NL --m-w---e-

l3372.284 1266.903 177.314 6.799 0.934

3P _---_c_.______-_--__----------

IS 2s 35

F=

TP 7.829 --_______c--___-----___L______

7.6w! 14819.845

3

3D+2

1

45 5.510 2P 4,909 3P 0,920 --.---------------------.----7s 13044,?11

6.811 0,847

TSP 14oba.902 ----_--.----_-----------------

!Z

NL Rota) I---_--__-----__--------IS 13597,381

13572,9qY 1247.l43

174.903

24

26

2 t fftAR1

30-4 ----T--es

13597,723 1208,659

28

FM

4S*2

NL PO(O) ----__-_.._------------------1s 17413.C40 1710.596 3s 241.409

1

30-4 3D*1 _--__._-_“-___-_----__________

30.2 --_-___I.__.--_--_--__________

Q

IS 2s 3s

= fE(AAI

3G-4

1 L 24 lr NIIAR) 3G.L 3n*A ----__--.--------_------------

I=

NL Rb(q) -----_--_-c_____-_------------

2

TM

FE(ARI

Yf

26

30-4 3D+3 ----__------___-----__________

hL PO10) _-__--___-_-_--_-_-----------is

2

FM

1

FM

:

20

1:

3

RS

4.445

fM

NlfAR)

30-4 3OI3 ----_-__------_-_------------RDFO) NL --_-----------__---_____I_____ 1s 1?413.544

RO(R)

17414.021 1710.353

17279.311 1477.614

240,264

2s

235.694

3s

A710.261 244.119

RD(Rl 1?278,R47

1677.724 2JP.474

IO.3117 10.697

1.449 19204.413 12,166

19216,511

2fJ

10,890

10.699

3P 1,SPS _----------_-_---_-___________ TS 19344,641 TP 12,364 _--._-----_-.____--_---------TSP 19577,02: ---.__----_--_-----_----------

300

PP

1.446

10.881

3P 1.535 w-------w-..--------7s 19367.927 TP 12.417 --.---_-_--------------------TSP l9540.344

19192.420 12.147 192ob.q87

--w-----s-

Atomic

Data and Nuclear

--------w----m-

Data Tables.

10.491 --ws-_L---

l.SOC

19196.045 12.199

19206.244 --w-e

Vol. 23. No. 4, April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

2 = 26 Is .L NIIAO) SC-4 3c*2 ------w-.--m---NL AO(fl) ..---m-w-a-s-*--w-v--

1s 2s 3s

Rs

rn

-L-----------ROfR) -----a__--

1727e.221

17t~2.oon

16T7.865 244.631

~71C.405 249.376

2P ?F

ID.673 l.?BII

18,663

l.SbO

-----_-____---__-__----------1s 19572.669 TP ---mm_-_ TSF

4,643

p,(O) and p,(R) for “Miissbauer” Atoms See page 299 for Explanation of Table 2 = 30 I+ 0 R= 4,800 ZN(ALR) fO+b JD-4 is*2 _------_--_-_-_----_---------NL RO(rJ) I---mm-._---------------w--.IS 22484,610 2s 2232,143 3s 320,526 45 13,164 PP 16,653 3p 2,340

FW

R= 2 = 10 1= 0 LNtAR) SD-4 3C*6 4s*1 -----------------------------NL no(O) --_---_-------_-_-------.----1s 22b84.613 25 2231.980 5s 320,023 45 7.675 2P lb.655 3P 2.341 4P 0.020 --_-----_-----_--_-----------ts 25044.094 TP 19.014 ----_------me--..-TSP 2YOb3.109 ---_-w------s ---w----

no(n) 21996.804 2lB3,614 313,562 12.678 16,319 2.293

-------.--.-__-----___________ ?92CC.71? 12.243 --------__--

12.461 -_----em-_ 19505.150

19212,961

--_--___-___--__-_------------

2 = 3r Rr L,Fr!E ft4 1: I 7N(PR) 50-L ?O*b 4F*1 -v-s__-----____-_a_ e___-_-emPO(F) p. I. Rot01 m---e--__--------_-_-_--__-_1: i2L04.t80 21996.874 2: 2232.D38 2163,551 3s 319.982 313.029 8.b36 rs 0.624 2r 16.654 16.320 3f 2.338 2.292

-----_-_-_-_--__-_ 1s 25045.324 TF la.993 -----_-_._-_--__-_

e-v--_--___-

------..-____

18,612

24520,502

;L

Rz 45*1

ROICI NL ---_-_-_-_-__-__-__----------1s 26335.777 25 28C9.b17 35 428.537 4s 18.243 2F 24.61? YF 3.7P3 4P 0.113

---..-_-_-_a_--__1s 31652.174

TP 28.619 ------.._-_----__-_-_ TSP 31680.793 -----o-_-_-.-e-__-

5.C36

~4506.8qa

TSP 25069,437 ---------3---__-----_L________

24525.510

18.612

2 30 I= 2 2NlAR) 30-4 3D+6 _------._---___----_---------NL 40(O) _------_-----_----_-__________

n=

4,600

fH

2 = 32 I+ GE(AR) 30-4 30+6 . . . ..----------------

ROfR)

1s 2s 35

22484,796 2.231.655 3 9.134

?P ?P

6,656

1s

TS Tp

_---_-me

26492.559

-----_----_-_c----_-__

LP-l _--------_--PC(R)

27638,634 2798,912

417,976 17,794 24.238 3.619

0.116

30873.316 27.967 -s-m-v___3n901.283 _--------____

24511.171

1; 4 2 32 GE(AE) 50-4 3C+6 --------------------.--------ML HO(O) ----------_--_---__----------26336,230 1s 25 2669.542 35 427,707 2p 3p

R=

5,038

--------_*-____

FM

2 = 36 I= KR(AR) 30-4 3D*C ---_--------------------------

301

5.038

FY

4P-2 ----.,------

0

27638.399 279e.692 417.910 14,776 24.237 3.620 0.142 30669.778 27.999

4p-2

43641,702 46’14.719 ?46.186

76.072 51.960 8.653 0. b44

30855.086 27.050

TS TP

3oga2.943

--_--_--L------_----tsp 49329.935 --------m-------me-

Atomic

R=

1s

4s ZP 3P 4P --_-_-_-__--_----_---

49268.678

Data and Nuclear

4P41

30897.177 ----"----._

35

2s

24.24D 3.61P

------we-_----_

24500.686 16.634 ----d-s--e24519.320 ----m---m

5.235

FY

4p+4

RO(O)

NL -------_-----_---_---

27639.079 2798.040 417.167

_---_-a_---__--_---.---_-__-TS 31633.479 TP 28.507 -------------_----_-__________ TSP 3lbn1.98?

22996a809 2281.493 313.ata 7.fS3 16.321 2.294 0,009

RDIR>

'SP 31677,200 --s---------v------

r?O(r))

24,095 3.702

@(RI

ts 31648.549 TP 26.651 -------_----_--_--------------

16.612

25P54,77@ --------_---__----_-_c________

4s*1

4P-I

3s 4s 15.150 2P 24.802 3P 5.705 4P 0.145 --_---------------------------

16.322 2.291

25C35.7e4 10.993

I?=

FM

28335,538 2669.391 421.469

2s

2183.371 312.200

2,337

n

4.800

NL RO(O) --_---------___---------------

21996.98e

TSP

FM

_---s----___-

TS 25050,444 TP la.993 _-------__---__-*_------------

-----------_-__---_-_c________

24fnl.aPO

TSP 23064.316 -----_-_-_-_--__-__------.----

2 = 32 I= GF(4R) SD-(. so*6 ----s-e_-_-__-__-

Electron Densities in the Nucleus

“1.256

DataTables.

ROfR) ------e-m

42491.718 4462.682

723.164 r3.724 50.470 a.405 0.625 --ww-----

47151.2118 ¶9,500 --------47810.787 _-----.,---_

Vol.23.

No. 4,April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

2 rz 36 I= 1 R= KR(APb 3D'6 4Q-2 3D.4 --__-------_---_--_----------ROfO) NL __-_-------_---_----1s 2s 46D4.916 3s 744.466 4s 80.389

5.25s

ROfR) --s-----^ 42491,849 4462,872 723.377 77,999

2' 51.965 3P a.660 4P 0*719 _-__-------*---_-___---------7s 49213.546 1Q 61.343 ____---_---_---_-_-_---------IS? 4933).8a9 ____----_--_---_-_-_-

2a 44 I= 2 Rr RU(I(R) 40-4 4n+2 m--_L------_---_-_-_ ROfOI NL _-___------_--I_--__1s 96Sn9.486 10~S',lO~ 2s 55 1qny.n3s LS 32S.247 2Q 197.5'7 7e 371S96 4P 5.436 ---_---_---_---_-------------‘S 109731.671 -cl 235.sen ____---_--__--I--_------------

50,475 8.411 'J.6913 47756,006 59,504 47615.592 --..-----_

5,667

__“__------_---_-_-----------ROfOl -e-e_---_q6’87r’J9q 108331712 :: 1967.006 3s 343r004 4s 2Q 192.544 37.670 SP 5.907 4Q _---_---_w-w---'5 1 09711.681 NL -.--e--

tt -w*---Tsp --w----

236.122

--e--e--_-

1 69987.8’JZ _---_---_-

FM

ZZZd I'll I= FM KR(AR) SD+6 4P-2 4P*3 SS*1 3D-4 __--_---------------__________ RDIO) RQ'R) NL ___-_------_--------__________ 424Ql,6?.6 4Ts41.843 1s 2s 46DL.9S6 4462.912 Y.5 746.46L 713,421 9fl,4~6 ?R.O?2 4s SS 1.910 I.851 Sl.94S sn.474 2P 3Q 0.659 8,411 4P 0.713 0.b93 __------L--------_e---m--__v1s 49275.666 41758,061 TP 41.337 59.577 ----_-----m-__-__---L..------TSP 49337.6Q3 47017.639 __-..-s--_-m--------mm----__--

2 : 44 J” 3 plJ(NY) 4n-4 4D+ J.

--e----e-_ RUfR) -------s_ 92236,233 1~343,725 1894,186 310,549 164,393 36.00~ 5.205 104764,697 225;

'5: 109967.259 _____--_---_---_-___----------

p,(O) and p,(R) for “Mijssbauer” Atoms See page 299 for Explanation of Table 5.2115

FM

4P+3

63043.a35

599

165OlO.292

RO(R)

92234, 30344. 1097. 327, 184, '6.

---

743 360 21s '03 '81

072 5. 651

----------

s-m

104603, 226, _-_---m--e 105029. ..__--..m---

“29 110 w-m

9’9 ---

H=

5.6~7

t=44 RUIKR) CO-4 ---L-_..-------

NL _..w--s---------1.5 2s ?S 4s 9P

?D

R')(n)

4P __----------------_-I 109736.S92 ?'s ?P 235.717 __m------------lov972.269 '50

FM

5s*7 _-,.-----e--m..--_

qoio1

PO(R) -...-----m---w

w-s--

1s

Vbs89.;oY

92226,049

2s 5s 4s SS

lOfs33.444 lQR4. '120 327.220

11344,050 1ag4*n42 312,432

2 = 44 RUtI 40.4 ---m-w------4 L v--------_---

la4.381 36.019 5,322 ------m-1047R9,363 22S.722 --_--ms---__--

~03915,085

,’ 0 R' 5.6!?7 F&q 2. 3 44 Rll(NR) 40-7 _-----_--_-----_-_-------..--Rfl(O) QOfR) NL __--_-----------------------96S87.156 92234.~45 1s 1~834.3S6 10344.926 25 1986.983 1699.104 3s 351.270 4s 333,395 192.561 184.397 2P S7.706 56.107 3P b? 6.120 5.860 __-_-------------_-w--a--M--1n9761.765 164813,470 IS 236.3R@ fQ 226.36S ___-_---__---_----_--m-m--_-TSP 109998.133 ln50~9.9~4 -_----e-m-mw--_m-__-----.---s-

302

Ffr

22.4?6

21.,**3

192~5~5 104.3RQ 37.994 3ci,ono 4P se429 S.19R w-----------L_-s---m_..-sw---'S 109756.905 lrl4fl0A,777 TP 235,576 325,587 --__-__-_--------------------109992.401 TSP IoSo34,364 e---e_-------.e-------cv---m_

--_-_v---L_--q2235.047 ln343.792 1894,790 314.933

-m----_-m-e--s-D--

LD*2

5.607

?P 1P

Rota)

96SR9,QTS 10832.172 1964.466 12q.n39 192.545 31.615 5.S58

R'

I-0

HL -------------

__------_---------_-----------

__----------

----------

Electron Densities in the Nucleus

I=

4

R:

5,6Q7

FM

-w------_------w_ qotu1

RO(S) -w------m-------_

1s

96388,540

2s 3s 4s 2p 3Q 4Q ---------_---..

10633.766 1905,494 ?35.761 192.~32 37.643 '-711

TS TP -------s-----

109743.109 23>.006

TSD -------------

1~9979.0!%@

92235,352 19s43.979 1695.712 320,567 L84,369 36,046 5,469

*-e----__..---Lw_ 19479!~,690

225.8n4

-*---------w----_

103021.57+ _--------------m_

2 = 44 Is 7 R’ s,6!l7 FM RUtI 40-1 w-wmw_---e--m_--m----------wRO(lI) NL RO(Q) w---wm-------_-mm -%,,,-,,--,, IS 96S86.324 02233,261 2s ArJR35.133 10345,670 3s 1391.453 lQO1.462 4s 300*440 344,159 2Q 192.563 164,416 SP 37,753 36.1S2 4Q 6,347 6.11'6 -----_-m-----_-------------..IS lU9773.358 104624,5St TP 236*683 226.646 __L-_----_---___-_.-__________ ISO 1lODlO*O41 1a5n51.200 -w---e ---m---m _L--.--_-------_

Atomic

Data and Nuclear

Data Tables.

Vol. 23, No. 4, April

1979

Electron Densities in the Nucleus

I. M. BAND and V. I. FOMICHEV

TABLE.

2

::

44

I=

8

R=

5,607

2 - sn

FM

RII(KR) ____-_-----_---_-___---------ROfO1 NL _-_--e-v---._ v_-_v___--__-m 15 96S85,406 2s 7. ne-6. ??I. 3s lQ94,4-‘(9 4s 37,7,445 2P 3P

RO(R) m-m_ 92732.336 1.0346.615 1904,314 S)S*?05

192.61j. 37.610

4p

104,445

36.206 6.307

6,586

____---_---_---_-___---------75 109786,412

104837,031

_e__----..--_---_-___

226,958 ---e--m_-_

llOQ23.419 TSP _..__-------_---_--em

loso”3,988 -----.-__-_

TP

237.007

2 :: 510 I2 Rz S*'(KR) CIi,A 4n+h 57-2 ---_---_---_-___ --.._ ’ I. HnfO) _-__-------_---_-_-_---------1.65977.95J. :c rQ497.647 Y.5 ?S ‘zg.n?e 4C cs 79.384 30’ 4CA,flVr, 3? 97.941 LP ? 7 I n ‘. 6

5,919

FM

---m-_--e_ P U( r )

3R02.169

---m‘S

3’Ps,lln~

-5s 4 5

179!.04.607 547*5R7

_-___------_-_-_-___ISP 20’3405,366 _-__-------_---_---_----------

1796fr2‘194

S.919

FM

ffoffi) 156393,584 18373,771 3582,607 678,171

61.134 438.B89 92,641 lb, 148 0.867 ----...._..179089,347 548.544 l?o637,891

ROfR)

156304,567 11137s,404 35fl!.,523 675.4llR

464.118 97,9s3 17.nAn

‘P

1S 2s 3s

16,lSl

1?9024,903

S47,bAO ---__-w----_--179972,582

__-_-_-------_----____________

5,‘JJ5

FM

5p-2

5P,1 ROfft) 1703~9,863 20172,410 7968,271 ‘69.034 43,554 504,333 1. ! I 7 . 0 5 1 19,422 1.570 lQ5343.133

632.956 -----v-m_ 195976,089

2 = 51

J"

3

cB(YR1 40*6 4n-4 _--_-v-w--.---

R=

Rat a) __---_--_----_---15

107.250 534.469 114.057 20.489

ribQ.l)Sb ‘P __----------------___ 2n847n.769 TSP

3969,595 771.357 100.834 504.318 107.616

?P 3P 4P

19.332

------s-----__--

303

5968.905 770.409 ‘n,oll

5

DZ

4,93S

FM

B.-va--w----m.--_

534.523

114.080 20.Y93

POfR) 170391,40n 20172.776 3967.893 768,190 504.350 107.637 19,450

--..-w-e-s_---___----------e.1s 20?688.874 195300.267 631,417 TP 669.195 _-me --s-w----------s----e--vTSP 2083S~.O70 196931.6B4 ----_--v-----w----m----_ --w-m

i954n6.335 631..2”6 -w---e_--

------v-----__--

ROtRl

2’1172,0f’4

NL Ro(o) -------------__-__--__________ 1s 161194.603 2s 21455.n21 JS 4220.373 AS 017.076

170390,822 20173,720

21’56.637 4222.186 82O.AAA

5P’l

17ns89.1156

819.521 82.976

2 : 51 I= fBcK4) 40-4 40.6 ------e------

RO(R) --_------_--

181195.01b

__.._-_--_----_ 207~01.733 TS

__-.-----_--m--

FM

55+2 ----------e---_--

NL

2s 3s 4s 5s 2P 3P 4P

5.935

FM

2P 534.495 504,325 3P 114.785 107,642 LF 20.55E 19.389 5P 1.289 1.347 --me_------s--e---------Mew 7s 207774.017 195380,235 TP l70.496 632,646 -----e---m--_w---mw-------w-TSP 208444.515 196012.019 _----e---a------------..----_

02,629

57Q.151

1796Ob.348 _--..-------------

161194.027 21455.954 4221.538

4s 5s

AS4.9flO

__-----------------_---------1*0”42,52e -s

190557.562

2 = 51 1: 0 R: 5.935 S’J(KR) 40-4 40+0 55*2 ‘P-2 _----_-------__-----__1_______ ROfOl NL -----_-m-..---__-----------vm-

Ff!

I.r)406,797 yPnn.6!11 716.726

__-_----._----e190.521.679 TSP

TSP

-w-----------

16T92A.405

?D ,P 4p

2=50 I=0 R: 5.919 F)). SNfKR) 5P-2 4D-4 5P*l 4o*b 35*1 ---___---_---___-_--__________ ROtO) AOfRJ NL ------..-----_-----s-------w_ lb5927.347 136393.526 1s 19496,699 16313.307 2s 3s 3801.159 ~582.048 4s 718~220 *76.816 55 32,057 34.018 436.890 2p 464.106 97.966 92.641 3P 4p 16,160 17.089 SF 0.903 0.955 ---1--------------L---,.-m---169977.444 179057,754 TS 7P 580.118 S48.594 ---_-.,-.a-------------e-s---w_

5P-2

,’ 4 R5.919 2 2 sn CQfK:q) 40-b bn-4 __-----------_----__---------R(If 0) ‘II. __-.-----_-e..-_” -----------__--

1s 2.5

------_---_---_-----_____

I= 1 l-l:: 1 = 5r @o(R) f+D*b 40,lb TS.1 -------_---_-___------------_ POlOI NC _-___------_-_-_-_-_---------1s 181194.022 2s 21.455.438 3s 4220.7’9 617.“74 4s 5s 46.326 2P 374’=lUS 3P 114.094 4P 30.585 5P I .643 _____------_---_-___---------‘fl7734.539 TS IF 07p.927

I= a R= 5Nf KR) 40+6 55+2 40-A __---------------^____________ ROf 01 NL __--r--------~---------------lnqQ27.411 IS 2s 19497.192 35 3~01.837 ‘19.658 4s 5s 64.074 2F 464.106 3P 97.966 4p 17.076 0.917 5F __-__---_--_-_-_c-___ TS 190010.972 TP 500.065 __--_-------------__---------19059l.037 TSP __------_----_---___----------

l?hSQ4,!Y?l# lR374.211? 67R,“n, 7A,h?R AJR, R?fi “2,61? I6*09j,

190027. !.4?. TP 573.053 ____-------_---_-___---------290606. L9I. ‘SP _-___------_---_-___----------

p,(O) and pe(R) for “MGssbauer” Atoms See page 299 for Explanation of Table

19605'.601

Atomic

Data

and Nuclear

Data Tables.

Vol. 23, NO. 4, April

1979

I. M. BAND and V. I. FOMICHJW

TABLE.

Electron Densities in the Nucleus

p,(O) and p,(R) for “Miissbauer”

Atoms

See page 299 for Explanation of Table z ” 52 I= 0 Rr TEjKR 1 40-4 4D+6 55-2 _-__-------_---_-------------ROfCJl HL ____-------_---_-------------193066.957 23515.*63 466j. 853 3s 4s 192.3~7 5s ZP 61z.bt2 3P 132rl7l 4P 24.553

6,979 5P-2

5P*2

164855.9Oo 22054.627 4376,ROg R7D.385 96,507 S76.151 124,418

232254,30? 726,

227Qbs.6’9 f SP _____---__-_--~_--_-----------

52

6,Q79

Rn

I fKP) 4D,4 4016 55.7 _.__--_----_-_-_-_-----------ROfOl ML ____-------_---__-_----------215ZSS.99b 1s ?~~ilh.!.ll 2s 35 5180.132

ROCR)

45

105c.nla

5s

2P 3p 4p 50 __C__--_---_---_----

?76.952 ‘nb. 681 1?3.‘179 29.366 2.592

25750?,~11.

7s SP 090.2~8 _-___--__--_---_-------------2b8392.528 ISP _____----_-_---_--------------

576,616 124,476 25,203 2,936

212R6b,%52

5P’2

FM 5P+3 PO(P) 2n1452,n?R 2422.1,

no9

4816,775 966,1R;! il7,?30

661.R34 144.236 27,5!ln 2,434 ---_--..--_ %3?623*975 036,OR5 23?*60,060

FM

z = 52 1. 3 Rr 6.070 FM TEfKP) &D-b SP-2 5s*1 49*6 _--e-_------m_------_..-..c---ROfO) NL PO(R) _--em_*------_-------------c1S :97061.070 10Off56.626 2s 23515.331 22054.SO9 3s 6666.760 4376,262 45 926.9L7 ‘369.372 55 63.580 61,316 Ir76.794 2P 3P 132.212 JZL.C57 LP 24-662 23.216 5P 2.613 _----_-------_----_----------IS ‘2623s.39S 212217.84b ?P 772.3o9 727,11)9 p-----e”vw-----v---w-------vTSP 2271JIl7.795 212944.933 _--------_c-__----w-__e------

5s*1 SP-2 5P+1 -------_-_-----__-Rot 0) RO’R) NL _----me-----_-----__-----__-1s 197061.136 18405h,n97 73515. II35 22054.229 35 4666.087 4376,091 4s 668,~991 3s (In.762 56.985 2P 612.498 576,775 3P 132.195 124.4~1 2L.624 23. i/9 bP 5P 2.596 2.339 __-_e----__------__.I----__-226229,602 212212.S93 1s 772. nt3 72b. 754 TP __-__-_------_----_----------22?001.625 212939.147 TSP __----s------e ---.._---m---__e-

2” 3P 4P __------IS TP _--e-v--TSP __-------

212153,341 ‘27.Slo

6,032

6.079

012.?$,7 z.ane

2 = ?2 I= 6 f!= 6.079 FH TE(KQ> 4~16 LD-4 ----_-----___-_-___-__w---wrROIO) RO(Q) !I L -----------__----__-_-w-v---IS i9~n63,310 184056,210 35 25515.792 22054,948 3s 4665,959 4375.973 OS 926,562 868.971

FY

ltIbR56,619 22053.8’6 437S.256 867.5s.a

2P 612.741 3p 132.233 LP 2b. 734 3p 3.119 ._____-_c--_---_-_-----------TS 226166.9v4 772.0?6 TP _-____-__--_---_-_-----------226939,LPO ‘SP ____---_---_---_--------------

1=a

(183

212910,39n

2 : I= I R. TE(KRl LD*h 5p-2 bD.6 _-__-_-_--__---_-------------HO( 9) NL _____--_---_---_-------------197fibl.h55 1s 25 23514,“5b 35 4665.197 45 92~~06~

I?=

926,564

1.902

_-c__---__-_---_--_----------226274r329 TS TP 771,310 -----------“---_-__I----------

2

2s

23,113

1.?14

zm5s

2 = 52 1’ TE(KQ) 40+6 40-4 --e-m------

ROffo

92a.078

SP

FM

612.727 132.163 24.659

2 = 53 I--l R= 6,032 I (KRl 4n-L 55*2 3P-2 LD+6 --w-----mm---_--------------_ NL RO(O) _------------__---------------

15

LS

102

‘24,4+b

2 I 53 I= 1 li= 1 (KQ) on.6 5s+2 40-4 ____-__------------___________ ROfOj H I_ __-_----_--------_--__________ 15 21525~.1*5 ?3884,31L ?S 516ll.2YS ?S 1n51,315 L5 5.5 t34.123 ?OL.495 2P ?P 133.!l~ll LP 20.3~0 .sP 2.QfJA

____-_--_----_----_----------247.Tll.lQZ 7s

TP 89fI.3Hl ____-_------------____________ 7s.e zbsbul. 773 ______--_---------_-----------

304

6.032

FM

YP-2

SP,C ROlR) 201~52.020 2422f~.913

Lnle6,bRA 9f36.030

112. II92 70".5?C 661,021 3P 153.Y70 144.229 bP 29.351 27.566 VP 2.307 2.166 _-_-_----_----_-----------~--1s 247495.665 23L617,74~ TP PJ9.912 635,76R _---_---ma--__------_--..----_ 2C8365.36? YSD 232L53.532 _---_-----c---__-------------5s 2p

57h.802 124.429 23.213

----_---_-___----__-226171.622 2l215R. ?69.568 -a--_----me----m_--226941.191 2r2682.s46 ----_-----___----_---

215255.95? 25,q86.0?0 51a0.040 1953.856 119.602

?S 3s

FM

:! =

51

I=

1 fKQ) 10-b 4D*r _-.--__-w-_--t! L _----_--*----

3P+2 ROft?:)

201452.222 24221,2n3 LBbh.92

1s

2s 15 45 5s

986.46’7 17.7.c91 6c11,a”6 141,248 27.602

2.731

R::

6.1132

35*1 ‘P-2 -_--------------_ “010)

215Z55.018 25P85.7'5 5179.?20

291‘~1,9fl' 23227.180 4e4y.714 911&,2(.7

?0~.693 153.581

29.?93 2.627 -_--e 247I.36.67n

Atomic

Data and Nuctear

60.4”6

h61.836 iLAt.23B 27.605 ;r,bhi? we__-..-_*-w23~362.562

~90.2Pl

_c---_---_---__------:18126.0?3 TSO _----__-------_-_-------------

232468.127

5P*L PO(H)

bb+h?7

TS TP

Fk+

*_------_--_----_

ln51.qsn

2P 3P LP 5P _r-em_-----L-

231632,3nl. 036,470

0

Data Tables,

836.1&T m------2~2.TO8.71Io

Vol. 23. No. 4, April

1979

Electron Densities in the Nucleus

I. M. BAND and V. I. FOMICHEV

TABLE. p,(O) and pe(R) for “Miissbauer” Atoms See page 299 for Explanation of Table

r= z = 54 1; ? XElC4) LC-6 4,-*< :c+7 ---me_-_ -_-_-W.---m h I. FO(C1 ----e_-_._-_w___-_ 12 2s4jPr.9c5 73 787e: .C:T 3F ~77.6.9! 7 LS li9Y .4&F 5s lPl.'"S 2F F~f.~CI ?F j77.:c4 4F 34.FPZ 5F ? .)C5 -----_-_-___-__--_-----------'5 26QfSI .t71 TF I:2.".f53 ---^____-_-___-_-_------------

Tsr -e-e__-_

f,lln

fM

:F-2 e-_-e---____

5F+4

RC(R) --_-..---__.._ 218619:6?5 264CGe,9?6 5343~l??fl 1111,031 141.424 7s: ,9SF 166.56: 37 .4Pi 3,150

27065Y.634 -___-----_-----r--__--

2517fl4.211 05F.176 25266;,sP(!

:!TC& 1,: L-Z b.l?C FM XEfYC) Ef*l 4r-4 5C+? SF-2 4p+t -_---e-w--___----__m_-____m__ POfC) FOIP) h I. --------___----e-e_ --*------21862n;gLZ 1s ?.?41R:,F?' 2448~,94C 25 2a3er,1ln 572C,??T 5343.814 JS 45 11c:.cn7 1112.480 "5 IBC .S?l 166.852 2F 3F 4F ?F ----m-m_

755,9G4 P!?c.Ptr 166,416 i ??.f ?Q 34,SQP 32.7$1 .s.:z1 4.236 --v---------m-m--___269C64.56L 251735,647 -s TF 1~7l.OSP 95C.436 ---es_-_- - - - - _ - - - ---e-m--___TSF Z52hQ5.OE.4 ?7fifRP .>P? -----_-_-_-_____-_--_____1____

2 = 59 I, 0 Rz 6.246 PF(XE) CF-3 t5+1 ---es..__--__-__-_----------_NL RCf 01 ---_-___-_______-_-_---------.- T 3C6568.C?6 25 44r5:,77!. '5 "cnr.r:r is 2r97.ir7 :c 37.1 .C64 ts 73.240 ZF 1:7J.:?s :F 361,343 4F 77.397 FF lO.lPl --..--_-_-_-__-__-_-TS bl:??r.2~7 TF Zr2r.koo -----_-_-_-_____-__----------TSP rls?Qo.;~n --T-v___--_--__-__------____-

FM

RI?(Q) 3~86~1:8~2 41417.2pn RChO, 19.4 lQ32*RI? 799.373 21.417 1454.1?6 334.33n 71.6lC 9.414 ----mm___lROa?t,@oJ 1869.515 SPZBnl*t,CP

z = Sk 1: 1 f= Xf(KRl 4F-4 CC+6 55+2 ----_-_-----^__----_---------FI L PC(O) ----_--------__--_-----------1s 2341e3.127 203el.3ce 2%

3s 4s 5s ?F 3Q

5725,iJPP ii9c.7eo l”C.246 806.e15 1?7,5TP

LP

?4,5?9

6.11P SP-2

218619.e40 26489.1a7

5343.241 iili.34e 149.556 75: .FZl 166,378 32.7F7 3,520

[email protected] 270663.620

_---_---_-_-____---__

=

55

I'

0

4:

eQ6.634

?P LF SP

177.596 3k.9be 4.131

--me_---TS

----____--_----._----

TP

2526?1.?37 _--------

--*.,_-------TSP :7@6?5,356 ----_---_----__---------------

6,125

FM

z

CS(XF>

=

6.110

fY

SP-2

ROAR) ----Mwv*--w 218620.132 26489,507

5343.490 1111.828

k56.7?9 755.970 166.395 32.7C3

3.070 251723.736 9Yb.lTE

2696.51.647 1023.509

55

1=

5P+2

w----------we--w252682.714

1

f7:

6.125

FM

CS(XE)

65.1 _---_---_ !I L w---_-e1s

----__-_---_c__-__--H'(C) -----__---_--_-__-_--2550?1,831 ?S 31153,964 35 6332.940 4s lJL4.655 5s 19O.lPZ 6s 5,010 2F 974,133 3P 205.318 4P Ll.390 5F 4.?54 --------------_---__---------TS 294096A503 IF 1175.595 v----e -_-----__---_-__-__----TSP 295274.17E _--_-------__-----_-___------

2 = 59 I:: 1 P: PFtXE) 4r-3 AS*1 _---__----_-__^--__-__________ 1,' L ROIO) v----v ---------------_-__c---15 ?565C@*5et 25 44955.729 3s [email protected]?9 45 2U96.933 55 324.466 65 15,640 ?P 1571.5F3 ?P 361.345 4P 77,3S? 5P In.219 w----e------1s

PP

2171?*18(1 9ce.55c

-mm-----_-___----

TSP

7

5F+3 PC(P)

.EF 3,757 ----_---_----_-----_---------1s 26ObLC.:61 TP ----_---..----

2 = 54 1: 2 ft= XF(Kfi) 4P-4 4C+6 5S*2 ------___----_---_-----------NL RO(O) ---~---~~----_--~~1s 2341R3.411 2s 26361.649 3s 5725.366 4s 1191.294 5s 170.128

FM

6.246

--s-_--s----e NL RC(O) ---_----e----___--1s 2;;;;l.e25

kO(R)

237525.937 29004.502 :e9:.7qc 1251.e26 177,053 k.661, e63.785 191.904 3e.686 C.44?

22 fS 4s

27.456;

_----v

L = 59 PR(XF) 4F-2 ---_-em__-

PC(R)

RCltJ, KL -------__-----__-------------1s 356566.610 2s 44951.496 3s 9398.951 CS 21fie.924 55 34e.992

32.9t111.917 41417.164 @666.11@ 1931.769 29tr.909 lk.kOS 1454.159 334.332 71.611

2P 3P 4P 5P r---w---_-----

5.455

I'

273858.585 1@9$.8f2 -_--c-------_--m-

5

R:

[email protected] le65.557 ----------------_------------TSP 4153P2.330 382793.835 ----_-----a---_----_-____--_

Atomic

6,246

fY

------me-

_-------&I, 321600.350 41413.273 8658.741 1942.816 321.503

1571.409 361.305 77.90: 11.4n4

1453.999 334.29: 72.154 10.551 -e------m-s_---_

TS 4133'f.l72 TP 2022.103 --------------_-__------TSP 4153'7.275 e-m __--__c -------*--s

TP

663.785 191.905 33.b90 4.472 _-e-v

274957.~37 -m-m*" ---w-

Fl4

380924.277

305

1251.717 1?6.770

TSP 295268.632 --..mm----..------sd-

---v------_--m--m 413361.793

237529.9LO 2900r.441 5tJ95.7t7

924.134 205.319 41.394 4.765

'S 294093.OOfl TP 1175.632 ---__--_M..--,589

RCJ(R) ----w-cs-w-

1344.537 lR9.679

2Q 3P 4P 5P -------^------__-..-

lc9e.e17

-_---wwc--m-

3.697 6332.862

5S

2?,3863.7?2

--e--

Data and Nuclear

Data Tables,

360936.683 1670.999 ---em 382807.682 --se -e-m-

Vol. 23.N~.

4, April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

Electron Densities in the Nucleus

~~(0) and p,(R) for “Mhsbauer”

Atoms

See page 299 for Explanation of Table z = 55 PR(XP)

I=

4

fi=

6.24.6

FM

LF-1 ----__--_--------__----------NL Rfl(O) -----_-_-_----__-_

ROtpI -m---m--___328598,391

356564.822

1s 2s SS 45 YS

414oe.39: 6657.792

44946.193 9351.615 212t.250 376.320

f55e.778 348,529

2F 1571.18n 3F 361.276 4P 76.773 5P 12.656 ----L_____-----_-_-----------TS 4134s3 .ibQ TP ZC2?.P.R5 ----a_-_.*-e-m__-_

I453.7E7 3?4,26@ '2,RAL 11,710 3f!flP7l,p.49 lP72.645 -_------____

TSP 4154?7.1!I3 ---w-_-_-_-----d-_-_

2 =

to

I,

Se2Rh4,4sh ------_-em

3

Rr

ND(XE) SF-3 ----w--_---------v

6.290

-m------_-ePO(R)

NL ROfO~ --_-____-_-_--__-__----------1s 38709C.lll 19196.>49 3s lQ352.062 4s 233%.tn7 IS 384.100

3.55761,842 45199,314 9510,564 2146.583 352.1173

2s

2P 1789..422 3P 414.:93 4P 90.257 5P L3.101 -------mm_M------TS 449367.030 TF 2307.374 _--_^__-_-_----_-_-----------TSP 451b24.404 --a--_-e --a-e-m_-----

2 = SM(XEl

62

FM

Ir

1

4F-6 tS+l e---w-e_-_-----_-_ NL RctCl ----__--__-------_-----------IS 2s 5~e10.374 3s 125a4.426 45 2846.640 5s 432.465 es 19.518 2P 2312.482 SP 543.52' 4P 119.3Sl 5P lS.507 -_--__-_._-_-*-_-_------------

45~2ft.111

TS 529866.?5$ IF 2990.847 ---___-_-_-----___--TSF 5~2857.603 --s----_-------..---

1651,347 [email protected] 83.280 12.090 --v-----_--412973,677 2129.309 415102.304 -----__--

U=

6.404

FM

-_-----s___m RO(R) 416034.293 53727,089 ll441.236 2602,238 395.239 17.029 2122.470 498,842 109.538 14,232 48h217.924 2745,~e9 ----..___406963.013 ------*_-_-

i! = cc I’ 0 F’D(XF) lf-4 ts+2 ----_----_-____---_-__________

K-

6.29C

NL RfJ(@) -------___-_-_---------------1s 2s 3s

4s 55 65 2P SP 4P 5F -w-e_---

3e7097.533 4926(1,5!36 10353,701

FC(R)

&L RfltO) --v-_---c--w--_---1s 387oq7.577 L9200.413 3s 16353,412 4s 2325.709 5s 357.164

R=

23.nnn 1651,514 382.624 82.707 10.036

2P 3P 4P SP --e-_-m-_ TS TP -------a---

412st.e.695 2127.68C 415C96.378

6.29

---

2s

381.494

Rc

6.404

1651.122 382.555 Rl.ObY 15,372 4~3009.9b3 2131.113 Lf5141.076

fti

2

PO(P)

=

25 3s 4s YS

2122.4ae 49P.048 lOS.535 14.322 4e419e.414 22745.196 486?43.612

306

412943.363 2327.816 ----e--_---m---m

R=

CL?

1’

Atomic

FM

t.404

PO(R)

12524.537 2e4c.971 43?,282 2e.993 2312.477 543.524 119.351 15.456 ---_-__--------._---129877.299 25Qo.aoe w-c-em------.-----532ebp.107 -___--_-_____*----_------

NL --m__---m 1s

4lt034.360 :3727.020 11441.039 2CC1.640 394.356

2P 2312.493 3P 543.533 4P 119.3Y2 5f 15.605 -------.----_-_----___________ -.S 529845.345 TP 2900,9e3 __-__--------_--_------------1s' 532636.325 _---_-_._-___L----------------

16?1.52b 302.631 82.710 10.949

415ci71.179

R:

3

SNIXE) 4t=-5 -**__--------_-_

NL RO(O) _---_---_-_-__---------------1s 4fS231.155 2s [email protected] SS 12524.212 4s 2647.5.?6 SS 431.690

3SY763.5~1 45203.226 9511.8@3 2136.706 32fl.127

ct3eio.417

3s 45 55 65 2P 3p 4P 5P ----_---TS TP ---L-^--L-TSP ---*-

FM

ROtR) m---d-----_

1789.616 414.643 89.631 11.865 --_-__--_-_---------449334.757 2305.756 ----m--

Is p 2 = 62 SMfXEl 4F-6 6542 ---__---_---__-_-------------NL PotfIt --___-____---_---------------1s 455231,099

355759.823 4s194.351 9509.590 2164.746

2P 1789.178 SP 414.561 4F 91.099 5P 14,490 _---__----_____-_--______L____ TS 449407,u99 TP 2309,?29 _m-wee--_---m _-L-----s-------TSP 4517!6,427 _---_--_---__-------_--------

6.290

TSP 451640.512 ---___-c_----_-_-_-------

FM

_---_PO(R)

R-

2s

2137.487 329.380

25,044 l7l?9,6C4 *14,63t e9.62e 11.741 -----_----_-----_----TS 4493t2.3e: TP 23C5.688 ------------___----c---------TSP 45?667.993 -----------___---_-_----------

2 = 62 I= 2 SM(XE) ;F-6 ------------__-_---___________

2 = tt 1' 2 NC(XF1 4f-4 --___---_-----_--_------------

313763.42? 45203.334 9512.067

2326.640 336.520

2'6 I-4 Not XE) 4F-2 ----_------_-_-----_NL RO(0) _--------__-__-----_---------387093,843 1s 2S 49190.736 3s 10350.956 4s 2356.309 YS 415.254

FM

4lbF34.26C 53727.12: 11641.335 2602.540 395.8@3 26.485 2122.473 496.840 109.537 14.185 4e4227.547 1745.035 486972.582

6.404

FM

---m---e"_--e_ RP'(OI ---a--w-w 4C5229,~tO :e8n5.7sl 12522.775 2861.582 462.449

Pot@) --s--_-_--m_ 416032.572 53722.878 11435.683 2614.n61 422.447

2P 3312.269 3P 343.471 4P 120.077 5P 17.142 ---__---_--c--------TS 529E~l.627 TP 2992.955 --___-___-------_-------------

2122.282 490.791 110.204 15.733 --------484?31.641 P‘i47.009

532074.5~5 TSP --___-___----__-__------------

486978.65b

Data end Nuclear

Data Tables.

Vol. 23. No. 4.April

1979

Electron Densities in the Nucleus

I. M. BAND and V. I. FOMICHEV

TABLE.

ZZ63

I?=

l--o

EUIXC, h.s-2 LF+1 tf,6 _-____-_---_---_-------------NL RQf”) _-___------_---_---------------:F 494167.928 2< 64361 .t,D’) 3s 3705 c3t.4 45 3153.429 5< 477.250 65 31.285 2629ck70 ZD 3.0 622.372 40 137.627 l?.f?9 5P --_-e--e ---m--_--e -s 5’59@?.761 -c 1401 .Q00 __*_-___-_-------__-----c----SP 5?93@‘.b52 _-__-_---_-_-___--------------

2 =

I=

6')

,

R:

6,LlR

FW

R”(R) 1’133P,R?i ?!Rf?E.P77 :.25:7,147 ZP?i.5?4 434,792 2?,4C7 241f.?LC 56S,62T 125,crr 16.1jf --------_-m=;4Rt7,7FC 311F.44F 5i79at.197

b.l\h

FUfXE) ic-4 ..s__-w---e_-_-_-___ ROrIft NL _____--_---_---_--__---------:. 5 494165.963

"q

64362.906

7 c 45

r3783.262 -L65..t2fl

*503?7,192 50631,945 12535.237

2083. P@3 462,0f3

:f

!=

6f

N

L

--1C ?T ?C 4F

2406,544 569,417 126,625 37.920

Hr\,ll> e-_--m _-_-_SZR390.817 93919.814

18%56.3’(c, “7-36.151

r-5

65

73.54?2*899

TD

4994.547

_-__-------_---_-----

‘SP ?4046?.442 _-__-_-_---_---_--__----------

I=

n

R=

4f.l

50-l

T?

1SP

6.5sR

ffi

--_-----_

--..---_---_-_ 567507.607 75765.31~ lb461.202 3824,168 569,376 35,252 3479,993 R39,P3O !.00,984 23.365 66b.zb2.937

4332.172

-m--e..--_

660795,109

1s 2s 35 4s

2P 3P

450330.951 5R635.927

12556.856 2071.539 433.121

2406,756 569,632 125,960 lb,275 ----_.,_-------

42L030,314 3110.622 527914,996 -------mw------w-

6.b.97

FM

----c--wRO(R) 4ab261.435 63033,212 13743.l93

3171.256 Sob,?32

2981.406

272~.300

110.319

7.3 62461be068 TP 38?3.066 s----_------7s.P ----____c----__-----__c_______

648.2?3 145.015 213.244 567513.800 3534.913 e.-..m--w-.------v

~ZBQB~.PJ~

5'1079.7TQ -_------------_---

2

z = 66 I’ 2 R= 6.566 FW DY(XE) kf44 4f-6 __--__-__----_----_----------ROfO) RO’FO NL __---a-------------_--_---_-1s 620390.922 5675n7.700 25 83919.?03 ?5765.220 35 1g255.944 16400,030 1.5 1234.790 3022.959 5s 620.430 567.313

=

66

DYIXE, 4F-0

R”

1~3

571043.721

6.560

FM

4F+3

----__--_----__--_--____^_____

RO(fl) NL ----___--_---____------------1s 628300.636

561505,023

8’)914.8&)

35

16253.638

?5~6o*a67

4248.563

b66.664

602,010

2P 3P

3034.096 425.270 209.144 20.432

3479.756 839,578 L09.770 25,790

LP 9P

TS

-_-------w--w---m ‘35C72.Tb5

TP 4997.550 -----_-------__-_------------150 740470,315

e----_-w-----e_---

Atomic

16478,941 3035.395

5s

----_e-w-----

664224,111 4532,390 -----__-668756,)09 -----__--

RO(R)

25

45

340O.Ql6 039,044 160,970 23,561

307

RO(R)

6P 150.e91 SP 22.182 ----__-------___--------------

--v-___------_--

zr 3034.904 3P 925.571 4p 200.271 5P 25.966 __-_----_---------_----------‘S 7S5429.706 T? 4994.?92 __------------------‘)4@424,SaO 1SP __------_----_----_--

FH

535156.613 70200,442 15132.229 3491.829 555.756

5s

567545,756 3534.~23

620324.287

b.‘,lI)

2 = 64 I+ 3 a: CDtXE) 4f-b 4f+l --e--_---e-*___m---m NL Qoto) ---__---__---___--------------

FU

--_----___---a___--

624652.197 3072.090

9:

137.626 1?.r02

SP ------..--_----_TS 375948.241 TP 3b07.270 ------_------_--_------------TSP 579355.525 --em.._..------

ROfR) ------_-hbb2b1,624 65032.943 13743.OO3 3172.575 499,455 36,157 2721,33b 640,232 145.052 19.492

NL ____----------------1s 535156.972 2s 7O200.163 35 *5132,n24 4s 54QS.202 55 '140.945 65 ~0.012 29Rl.610 2P 3p 710.2'5 4p ISR.930 5p 21.259

2

2629*l,tl8 622.382

2P

3p bP

6S+2

0)

I+

4f+1 s-_--_-------_-w------------NL RO(O) --____-------__-----__________ IS 49C161.997 2s 64367.290 3s 13705.021 45 3152.44) 5s 475.493

-_e----.._------..--

ROI

1s

4.4~7

63

Cl)txE) 4F-6

XE)

__------w---

____--------

bs-2

631.717 39.050 3434.959 2” SC O25.556 4D 2ll8.276 25.750 5F --__-------_---_-------------7s

64

=

__------_----_

‘21990.?36

ff=

0

2

__--w------

524869,530 3120,507

?. =

16.176

4F-6 --__--_-D^ RQfR)

2p 2629.256 3P 622.148 4P l38*353 5P 19.560 _____------_---_-_-_---------TS 575904.546 TF 3409.337 _-______---_-_-_-___---------. r,?O3--J~,R~~ TSP _____-_----_---_---_^_________

DYLxE, 4F+* 4P-6 _-__---_---_---_---_-

: = 6, 1= 1 k6,411 FM EUfXE) ‘* f l r OS*1 IF-E ____-_--_---_---*_-_-----__-HOI n, RO(P) ‘I I. __-_-_-_-----_---------------494167.954 450338.@Rl I s bt.367.366 5Rb3%.993 z.5 ?S 13785.248 12557,043 4s 5153.166 2872,194 5s 476,569 634.101 65 21.060 19.163 20 ?629.476 1406.74% 3P 622.375 569,625 4P 137.626 125,960 5p 17.675 ----_-_-----_--__-_---------575971.36b 524057,39S 7s TP 3407.152 3110.506 --mm-_--__-----------------__ TSP 57937P.516 527975,902 __..----------_ ----___--^..-__--

GO(

%(1?.?77

5s

2

Ffi

p,(O) and pe(R) for “Miissbauer” Atoms See page 299 for Explanation of Table

Data and Nuclear

Data Tables.

664263,034 4534.901

6b0?9?,935 ---_“-----m,_

Vol. 23, No. 4, April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

I=

L 0 66 DY(XE)

I,

R+

6,S61

bf+2 4F,6 _-___-_---__---_---_-~-------NL Rofnl _____--_---_---_-------------15 6283A5.RV0 25 839tl6.740 3.5 4?b8.0*5 bS

RO(Rl 567563.466 75755,354 16477.199

18251.9’J1,

55

3832,Qa~

711.551

642,351

2P 3834.334 3P 924.961 4P 210.373 5P 31.183 _-__---__--_-----------------'5 735526.12,, ?P 5000.857 _____-_----_--------__L_______ TSP 740526,995 _-___--_---_---_-_-_----------

5479,426 839,296 19a.nn5 26,294 664311,350 b537.903 669849,253

2 z 69 I= 3 TfilXE) 4f+6 br;c6 _-____-_--L_-----_-_---------ROfUl NL _____--_---_---_-_-_---------1s 79994a.569 2s 109506.553 YS 24175.465 4s 5666.22~ 5s 875.26s

R=

6,635

I=3

FM

RUIR) 71.5923.027 91)n23,962 21622,892 5087,530 782.830

2P 558!. ,641 3p 1370.567 4p 313-8'9 SP 41*109 ________---_---_-__----------IS 940274.121 TP 7307.207 _-__--__---_-_-_-_-----------7SP 947501.328 _-__---e---L---_--..-

ZP70

FM

R:

5019,658 12=2,4@9 282.22!.

36,966 641440.241 6571.335 64.5011.576 --------^_

6,699

FM

YbLxE) 4F*7 )f-6 _s___--_---_---_-_--

---------_ ROfR)

ROfOl NL c_____-_---_---_-_-"---------15 865015.151 2s 119527.008 3s 26404.025 4s 6251.b*z 55 955.964 2P 3P 4P 5'

?7l67?,409 106575,167 236lf,tl34 5573,165 fi52.239

6306.333 1557.470 356*012 el.3'3

5655,584 1396,195 320,934 41.553

--e--..---_

..-___------_-------1s 1638233.610 TP

EJ27o.

908284,OS4

7414,265

lb8

---_-------_---_----

--L--.--em_

1~26503.776 _-___--_---_--c_-___----------

915698.519

TSP

Electron Densities in the Nucleus

p,(O) and p,(R) for “Miissbauer” Atoms See page 299 for Explanation of Table 2 = 69 t= 9 *= 6.635 fM TMIXP) hf*' 4F-6 es+2 __-__------------_-----------I(O( 0) NL RD'R) __s-------------es---------799951.050 71592.4,973 1s 109S92.077 98028.86R 2s 24178.563 .3s 21625.637 5674.a30 50711,545 bs 831.437 743.631 5s 4R.RPI 43.726 6s 5501.9R6 5019.949 ZP 1370.944 3P ?232,8"a 312.Rl2 bP 261.288 37.428 33.656 5P __--m-----..------_-e-----__-940276.649 P4!.442.361 +s TP 7303,170 6567,703 __--m---*-----------------_-9475ao. 019 846OlO,~64 'SP _---_----c----_----c---------

'S 940222.691 TP 73c3.501 -----_--_----_------__________ TSP 94752b.j92 ----s__--s---

2 = 70 1" ya(XE) 4f*A Of-h _L----------....----e

2 = IQ I:: YOfXEl Lf-6 bf*R _----_m-e----

0

R=

6.699

Z = 69 I2 R= 6,635 TW(XEl 4F-6 4F*7 _..---_e-M----e-------*-‘.w-...s NC Rot") _---_----_---___L-_-_C________ 1s 2s 3s 4s 5.5

799051.197

43+2 -----e___-Itot

'41.001 5019.9Pl 1232,826 281,275 53.917

847962.250 ------_

--d-.---n_-

2

A=

6.699

fM

-_------_*------_

q@(O) NL -------------___----__________ 1s 665n17.677 2s 119532.626 3s 26406.813 4s 6235.qsz 9s 906.137

2 = 72 I= 0 R= 6,775 FM nFtxE, 50-Z 4f*B bS+2 CF-6 ------_-a------_-^ __-e----w..-ROt 01 PO(R) NL m-_----e---_-------__---m-wlO13266.2p6 690ln3*513 1.5 162b7k.236 1262oO,8B2 2s 3lH30.399 26192,122 3s 7566.009 6716.7!.1 45 1184.841 1049.374 5s 05.694 75.096 65 gObL.Q99 7164.696 2P 2011.369 1791.708 3P 467.7fl95 416.690 4P 53.678 SP -_--------_------__c__-cs---* 1196447..5~6 1060340.499 TS 9446,972 X0604.414 TP _____---_---------_---.--_-es120~052.000 lD69787.471 TSP __--_------_-----------------

2 = 72 I= HFtXE) 4F-6 4f*n -----_-------

ROtR) 771679,676 ll)l'S75,174 2361?,535 5559.356 807.8?5

h308.721 1557.860 356.895 42.592 ----_d--.-e_---_---_

TS 1018179.402 TP 8266.088 _-__---_-----___-------------75.P 1026445.490 _--e-_---e---

2

5655.930 L396,561 319.933 38.181 908235.535 I410.606 91'1646.141

-_-----m.------.._

R-

6.775

50-Z -_m----m

RO(fll NL -c---_--------------__________ :s 1013286.692 25 142473.6&6 3s 31829.409 4s 758*.a51 55 1177.226

Frn

----.,"-..RO(R) R96104,006 126200.3R1 26191,073 4716.961 1042.63Q

2P 8065.336 718b.930 3P 2Cll*577 1791.7'5 4P 467.Ii39 416.730 5P 6n.3b3 -----_---L----_--------------TS 1l9635l. na5 ln60255.14c TP 10604.595 94L7.131 ___---s-_-------_ -----_..--*--ISO l2U6955.600 1069'02.275 --------------_-_--L----------

6fl.260

308

5074,041

841334.249 6S68.001

II) ROfRl NL _c-__---"----_----_-_ --------Rh5ni7.713 7?16?9,40F 1 s 1.l.9532.739 1065'5,257 25 2tj487,JxQ 23613,962 JS 6237.746 5560,9$5 4s 909.335 Rzn.669 55 52.hll 46.905 65 63!18.661 5651r.894 2P t557.R56 1396.542 YP '156.013 4P 319.949 77.006 5P 47.274 -_----_~_-a--___-__w_va--_--1n?s237.463 90626?,~54 7s 7410,281 ~265.726 TP _____-_-_----_*--_____^_______ 1044so3.la9 915497.43s TSP __------"-----------me---_---

2P IV bP 5P -----_----

no(R) 715925.213 98028,784 23625,210

lu9591.967 24176.083 567). 148 828.497

2P 5582.022 3fJ 1370*964 4P 312.797 5P 37.718 ------_-_-----------_________c

Fn

ft6

53.752

Atomic

Data and

Nuclear

Data Tables.

Vol. 23, No. 4, April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

Electron Densities in the Nuckus

p,(O) and p,(R) for “Mihsbauer”

Atoms

See page299 for Explanation of Table 2 = 77 It HFfXZ) 4F-6 4f*6 ----v_-_-_-_-----_

9

41

NL QC(Cl ..---e-m_-_.._---_15 1013285.072 2s 1424?:,423 ?S 31631.761 4s 7582.915 5s l?C8.51@ 2F .?rl65,169 ?f 2OlI.,SLL 1F f.67.607 5F 64.169 ----m_-_-_--m-e_-_ fc 119f3R3.?L2 TF ?tbO8.481

6,775

FM

m---e---____ RO(Pl _-v-0-m-m___89flln2~931 1262Ol,C94 2RlC3.J.64 071tl,n27 1n70,33e 718'*05f! 1791.ArZ 416.S26 S7.1EO --------_--1060284.454 94SO.$99

----__-_-_______-_-----------T:r

114973:~n:3

?zob99z.i23

2 = 73 I, q fir TAO(E) 4F-6 LF+a 50-I -----_-_-_______-_-----------NL F(Cf 0) -----_-_-_-__--_-_-----------1s 1097796.S36 25 15572O.lL'? 5s 34976.970 45 8374.5ea 5.5 1375.Cl' 2P 9124.5&9 ?P 2206.484 4P 535.924 SF 75.677 -----_-_-_-____--_-_---------TS ?298195,iZC TP 12n22.834 -----_-___-_--_--_-_---------TSP 131fi216.D54 -------_-_-_--_--_------------

b.78?

FY

RntR)

6.788

fM

2 = 74 I= 0 Q+ w (XE) lF-6 4F*a 50-4 -c-__--__------_-------~NL RO(R) ---__---_----___---_----------

1s 25 3s LS 5s

G:

6.78a

RO(R)

1~9??95c~02 155721.680 34929.01;9 a'J74.501 1398.648

949aJ4.522

1s

137479.313 30833.959 7392.54e 1234.633

2s 3s 45 5s 65 2F 3F 4P 5P

1146735.741 10676.125

1%46?58.9?1 1067a.577

1157L11,666

----------_--_------__________ 13l02LL,aC3 TSP

1157437.547

_---_-mm_-

15

e102.?94 2030.351 4?:;727 69.704

la7823.371

6.825

169986,351 38270.414 9257,480 5s 1519 186 7P 103oe:lle 3F 2594.765 4F 613,433 SF 86.677 e---_-e----_---_-^---___-_--TS 1406856,802 TP 13603.193 _----e-e _----_--_----_-____--TSP 1420459.994 ----_-------___-_-------------

309

6,025

fM

6$*2 ---we RO(R) 1845633.767 t49565,YZl 53669.777 8128.839 1349,699 104.970 9123.692 2296.337 542.869

169914.649 36271.133 9239.982 1534.201 119.320 10308.024 2594.690 613.416 84.750

fS &4069?4.695 TP 13600.800 ---__--__-_----_-_------TSD 1420575.575 ----_--__--------_-_----.----~

fM

2 = 74 Iw (XE) 4F-6 4F*a ---__---_---___--_--_____

R0tR)

75.005

123a654.555 12037.901 v--w1250892.454

4

P:

149565.310 33669.156

8124.441 1354.085 9123.778 2296.401 542.884 76,885

5S 1559.889 2P 103OR.203 3P 2s94.aai 4F 613.337 5P 69.421 ------__---c-----_------TS 1466179.271 TP 13605.842 ----_-_-_----__----_---------TSP 1420485.il? -------__--_--_-----__________

1230'31.264 121139.951 1250591.215

Atomic

Data and Nuclear

6.A23

FM

56-Z

NL R0tO) ------------------------* 1s lle7822.359 2s 169967.420 :: 38271.971 9237.634

1045a34.072

25 3s 4s

1167823.410

R0tR) ---s969i320.554 137476.356 soi529.9as 7392.920 1~83.9lJL)

----_---_-_---_---------------

m----------L--_-----

z = 74 1: 3 R= w txEt 4F-6 bF+a 50-3 -----------_-_-_---_---------NL GO(o) --------L------l--------------

50-3 w--e------d-m----

NL ROCO) --sm--------_---d-_---e1s 1097798.248 2s 2557le.403 3s 34924.529 4s 0374.987 5s 1341.274

FM

2P 4124,bba 3P 2286,632 4p 535.7ee 5P ?t3,5C5 ----_--------_----_-__________ 1298219,3Cl TS TP 12025.593

2 = ?q I: 2 R= 6.?25 b-w W IXE) 4F-6 4f'F 50-4 -----_-_-_m______--------a__POIP) N i. R'IOJ -----_-_-_-_--mm-_ -m---v--___104SFJ36:010 1: llP7624.167 2.5 169985.742 149544,7:1 33bt8,?t3 3a269, $06 3s IC 9>3?.4‘7? 8126.633 1340.347 5s 1523.57n 0123.733 7F )030P,ftFF 'f 259(..689 2296,337 LF blj.SCf 542.946 75.014 SF 84.767 -----_-_-_-_____-_-_---------1.5 14c4a40.3fE 173R53b.bP4 TF 12O36.@32 136n:.e:6 -- -_-_-_ -_-v--_-____--e--_--m l,?:C574 . 636 T5F 142O441.?84 ---_-___ -_--e-_--_-v-----__e-

II=

2'73 1'5 rA(XE) 4F-6 Of+8 ---------_---_-----_---------NL Go(n) ----------_-___---------------

969019.349

8102.686 zn30*220 b75.abe 67.371

2

ZP 9124.414 8102.566 3P 2286.307 2030.062 4P 536.124 4'76,Plf 5P 71.459 (13.824 --w-----_---w--m------mw---sTS 1298X57.443 1146?03,?98 TP 12018.506 10672,279 --__----------_-__-----~e--.TSP l310175.949 l15?3?6,fl?? --v-_-m-_-------d-_---d----s-

137477.894 3oa32,isc 7392.570 1213.773

2 = 73 I= TA(XEI 4f-6 4f+0 --w----------

2 = ?5 1= 0 R6,786 fM rA(xF) 4.F - 6 4f+ll 5C-3 65*2 ----_---_----_--__--____^_____ NL HCto) PO(R) ----_-----_-___-----__________ 15 1097191,626 969819.334 2s 1~!5710,1:7 S374.76.992 3s 3492?,9a6 40831.266 4s 0377.2n7 '7394.878 5s 1350.450 .119Z.o93 bS l"Z,IOZ 90.129 7P 9124.377 8102.530 IF 228b.304 2030.059 4F 576,050 415.966 .5P 71,616 63.5@8 _---_-*.%-mm._ ---mm---ww-__----TS :29R272,339 1~46805,193 TF 12010,347 10672.136 -----_-------__-_---__________ TSP 1310290.@87 ll57&?7,329 ----_------______---__________

Data Tables.

e--wRO(R) s--s1045035.364 149566.276 336?o.531 8l26.719 1372.298 9123.855 2296.507 542.199 79.137 -s-v1238571.249 12042.299 125e613.547

Vol. 23, No. 4. April

1479

I. M. BAND and V. I. FOMICHEV

TABLE.

2 = 74

Ir

5

'# IXE) bF-6 4F*8 --*e-*-e-******..-_ Polo, NL *-*****-*_******-***--**--**** is" 3s bS 5s

Rr

6.025

FM

*******-_*_* RO(R) ldb5R34,5G1 149567,~84

1187821.1~4 169986.987 3627.4.1(17 9738.020 1585.047

8127,119 139b,b27 9123.966 2296,619 5b2.700 81.690 ******-*_*_* 1230596,147 12nb5,noS 12506blel:2 **-****-__c*

Tsr lb205~6.2Oa --**-**_._****..*-_

2 = 76 xr 2 f(= CSIXE) bF-t 4Flfi 50-b *******_* _******-****-----

6.923

FM

SD42 ***RO(R)

NL Rot01 *-*****_ *_******-* 1s lJa8542.741 2s 202501.7b7 3s by87.8.225 45 11222,355 5s 1955,451 2P 13130,190 3F 3333,919 If 601.183 SF 119..647 --**************-*****-**-**** TS 164990C.519 TF 11365.139 --**************-* TSP 16b7265.65e

********_*** 1214188,664 176766.786 40082,460 9004.353 170.5.358 llsb4,o7s 29YO,t345

7ob.300 105,354

1442550,e29 15784.574 **-***-*****

lb57035.t,03

****************-*****-*--****

Z = 76 fr OS(xF) 4F-6 4F4~ --**-***"*******-*

8

Rn

RQtQ) NL *******_********-_******--**** :: 3s 4s SS

1388530.747 2o23t2.564 4Sp9be.347 11230 .CRO 213:.00b

2F 1313o.as5 3P 333S.ZO6 bP 801.258 5f 138 ..9bS *-******._******-**** 1s 16solOb .6&Z? TP 17406.263 *-*****_*c***********--******TSF 1607510.9OS *-*****_* -**-***-*

6.923

FM

*******-**-* PO(P)

1214183~412 176776.463 40096.604 9811.901 l862,61)3 11544.673 2931,980 704,367 122,343 *****_*** 1442730.983 15303.1r3 1456034.146 *_******___*

= 7L (XFI

I=

6

R=

6,825

bF-6 bF+@ *---*---***********_*******-** NL RO(O) *---***-*******************-** 1s 2s 3s 45 5s

33672,b1?

2F 10308v326 3P 2595.nbl bP 613.225 SF 92.306 ..-*******_*..**..*-* TS lba6907.31n TP 13606.139P --*****_.*******-*-*------***-

p,(O) and p,(R) for “Mijssbauer” Atoms See page 299 for Explanation of Table 2 w

50-l

Electron Densities in the Nucleus

1187619,789 169991,076 38276 16lb.lC3

2P 10308,490 3P 2595.246 4P 613,104 5P 95,466 *---*-*-*-***_**************** TS 14069~C~515 TP 13612,306 *---*-*-*-c*************~~*-** TSP 1420552,823 _*******-***~*************-**

P=

1250673.636

Fl4

IlO 1234187.759 I76767.660 40084.650 9E05,47e 1?42.03? 11543.935 2931.019 704,588 108.299

145767S.425

2 = 77 1: 0 R= IIf bp-6 qF*r! SD-4 **-**-**************___^___c__ NL ROtn) **-****-********************** IS 1503958.614 2s 221117.~42 3s 50323,923 4s 12395,192 55 2228,5n3 65 lP4,744 2P 1484o,69e 3P 37e3,9e7 4P 916.600 SP 112,082 **-***** *************_******** TS 17902C8,697 TP i9ae3.3c7 ***-***-********************-* TSP 1809692.264 **--***-*-***_**_**_********-*

310

6,935 SD+3

1442708.257 lste4.r75 1457992.732

2s

lb42587.584 t5287.641

TSP 1667330,652 **--***-************_______c__

1214187.733 1?6767.794 bOO~b.L8t 98O7.10G 1720.445 110.620 11544.003 2930.854 704.225 105.392

2 = 76 I: 6 Rx 6.923 FM OS(XE) bF-6 4F+6 YO-2 ****_****c***c****-*--**-*-*** RDtOt RO(R) NL --*******-******..-*--**-*-*** IS i3e853e.174 1214185,623 2023O6.465 176171.046 3s bSe86.135 40089.410 4s 11226.281 9eo7.791 5s 2055.298 1795.589 2P 115bb.219 ?313O.)b4 3P 3334.548 2931.100 bP 801.369 704.465 SP 130.501 114.719 ****_*****-**********-****-*** fs 1650012.3S2 1442649.661 TP 17396.762 1529b.0Ob -***_*****-**_****-**-****-***

SD-b

Rota) NL *---***.*****_******.******-** IS 13@05~0,963 25 702302,6F!O 3s 456PO,7OS 45 11223,639 5s 1993.996 2P 13130.026 TP 3334.115 bp 6~1.510 SF 123,197 *---*-*-*-******************-* TS 1649942.003 TF i738e.f349 *---*~*-*******************--*

65'2

RO(R) --***--***

6s

123.e625.611 12046.025

FM

SO*2

1s 25 '35 4s 5s

9124,113 2296.631 542.593 04.4Ae

6,923

6.923

13685bI. 736 202302.942 45880.544 1122S.593 196?.2Bt 160.959 2P 13130.111 3F 3333,929 4P 801.098 SP 119.a91 ****_*****-**_***~-*--****-*** IS 1650061.061 TP 17365.029 -***_***_*-****_****--***~-*** TsP 1667466.090 --******_--**_****-**-*-******

1045833.512 149569.553 3367L.efS 8127.718 1419.993

,BbB

4

2 2 76 I0 R' OSIXE) 4F-6 bF+f? SC-4 *****************~-*-****~**** RO(Ot NL ****************s-*

ROIR)

9238.7~~

2 = 76 12 OSCXE) 4F-6 bF+ll **--*-*******_*************-**

fM

14379bb.464

TsP 1667409.114 ****_*****-**_***_-

FM

2 = IP(XF)

77

1=

**-****-***

2

br-,,

6S+2

Lr+6 **********-*********-

P= 50-b

PO(O) Nl ****_*****-**_****-*--****-*** 15 15C39SS.776 2s 221116.492 35 50321.283 4s 12391.549 55 2213.n9e

IID 1310469.092 192533,931 43eii.922 10791.142 194@,17O 160.835 13003.64~ 3315.185 803.01s 124.475

2P 14640.797 3F 3705.971 LP 916.682 SF 142.002 **********-*******-*--****-***

15590OE.091 r72.46.327

Ts lf9con2.196 TP 1968?.45? ****_***_*-*******-*Tsp leCsCflt.651 ****_********_****-**-**-*****

1577CS4,4lE

Atomic

Data and Nuclear

6.935

FM

SD*3 -**-*-*** F!O(R) 1310570.390 192532.797 43810.632 iote7.973

1926.689 13003.736 3315.172 803.091 124.405 1559626a481 17246.406 -*_**-**_ 1576C74.687

DataTables,

Vol.23.

No. 4, April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

Electron Densities in the Nucleus

p,(O) and p,(R) for “Miissbauer”

Atoms

See page 299for Explanation of Table 2 = 77 1E 13 R= IR(%E) 4F-f SC-4 4F*F “““““___ -_““““““-_““““-“--“““” NL (:nfc\ “-“““““_“_“““^““-_““” IS 15Q3956i978 2s 221116.758 ?C 5032f.312 45 :2392.187 5.2 2;3: .@61 ?F 14640.703 3F 3784.1154 LF 916.64R 5F 113.599 ---“-“-_-_“_““_“TS TF

--“““““_ Tsr --“““_“_

6.93:

FM

so+2 PO(q) “-“--““_” l~Io:bs.~it 192’S3,C6? 43f!11,:3t 107t?e*S?c 1942.3;p !.300?,05C 3315.245 fO3.?3b 125 . F.54 _““““-“--_““”

179GC21 .296 lY685.?O3

1559605,30:

17247.941

-_““““““-_““““-“--“““” 1~3Y706.496 -_“““““--_“““--“--_“__

2 I 77 1, JR(XE) 4F-6 4F’8 ---“-““““_““““““-“““”

6

I?=

1576093.324

6.935

FM

5D-3 “---““““” PO(R) -----____ l:.lOsb7,3FT3 192536.682 43017,751 1079?.&3f! 2018.~93 13CC3.690 3315.759 803,623 133.552

NL Ftocc, ---“-“-“-“““““““-“““” 1s 1so395s.1e5 25 221120.773 3s 50329 v41.3 4s 1?.39b.66@ 5s 2310.088 2F 14640.731 3F 3784.630 4F 917.289 5c ~52.443 ---“-“-_-“““““““-_““““-“--“““” T!. 379012O.r?52 TF :s,os.?qlr “” “_“_“_ -_““““““-_““““-“-~“““” T5F 160981S.lS2 --“““““_-_“_““__-___“““““““““”

9 2 z ?7 I, R= !RlXE) 4F-6 4F+a --“““““_“_“_““““-_““““-“--“““” NL ROfO~ “-“““““_“_““““““-_““““-“--“““” 1.c 3503949.476 2s 221131 ,;n7 ?S 50343.f.67 4s l24n6.30e 5s 2445.662 2P 14841.632 3F 37,85*6X6 4P 917.257 SE 166.779 “-“““““_“_“_““_“-“““““-“-““““” 7s 1'90276.32C IF !9711 ,480 “-“““““_“_“_““_“-“““““““-““““” f:r lEOS9R?.80@ “-“““““_ -_““““““-_“““--“-“__“”

15’9731,346 ?7256.623 15’6988.969

6.935

FM

RCfR) ls!.n56?~4e3 lc2545.916 43P3C.189 lOPOC,P39 2129.159 [email protected] 3316,794 en:..591 146.112 1559869.586 17270.904 1577140.572

I’ 4 Fz = 77 IPIXE) 4F-6 4F*t :c-4 “--““““” “““““““““““““““““““““” N I. Rota) “---“““-“““““_““““_“_r________ 15 2s 5s 45 5s ZP 3p 4F 5P _“-” 7.5 TF _“-“_““”

=

77

1=

IRofE) 4F-6

s

It=

6.935 -“--“““““““”

NL RO(O) -“““_““““““““““““““““-“““““““” 1s 1503956.669

1310569.266 192533.68E 43812,955 1n7e9,43s 1962.eOe 23003.582 3315.361 803.423 127.645

2s

~3laS68.cc4 192534.689 43614.921 10790.754 1987.619 13003.Sr7 331S.5aS

SC326.180 12394.713 2283.154 14840.537 37A4.371 911.334 148,236 --“-“““““-“--“_“““““”

4P 5P ---“““““”

1559668.144 1‘7250.012

RQ(yo

221ile,533

3s 4s :S 2P 3P

TS TP

FM

SD-L

4F*8

-“““““““““-““““““” RC(R)

1790047.093 19687.563 “--““““““““““““““““““”

803,662 129.867

11900’9.251 19690.579

lS59696.460

1809769.730

1576949.039

17252.571

-“““““““““-“““““““““--“--“-““”

6::

1576918.157

fSP -“““““““““““““““““-“--““-““““”

% = 71 I: 7 F= 1RtXE) 4F-6 LF+b 5C-2 “--““-“-“““““_“““““““““““““““” NL AO(0) “---“---“““““““““““““““““““-“”

3s 4s

2

FM

50’1

1503957,928 221117.423 :0323,g32 12393.224 ?254 .SP(I 14eLc.614 3784,lAt? 917.@63 145,710 ----“---“““““““““““_“““““”

?SP 1809731 “---“---“““““““““““““““““““““”

1s 2s

6,935

:503953,375 221123.620

6.93)

2

FM

GOlfi)

I=

e

P=

6.93)

fH

50-l

4F+e

RO(O) NL --““““““““-“““““““-“--“““““““” 15

2s

43821.222

12399.210 10794.6S4 5s 2357.063 2052.024 PP 1404E.916 13ca3.908 3784.965 3316.047 3F 9?7,2?6 4P 803.594 5p 156,960 137.:09 “---“-“““““““““-“““““““““““-“” 7s 1?90166,661 1559773.3Q2 TF 197CE. IS7 1726i.oS8 “---“-“-““““” ““--““““““““““-“” 1809066:816 TSP lS??C34.360 “---“-“-“““““_“““““““““““““-“”

ItO

1310564.891

1503951.495 221127.090

3s

50338.134

4s 5s

12402.403

192542.279

43825.360 1@?97.436 21189.142

2399.691

2P 10841.276 3P 3185.351 4P 917.241 ?P 161.748 -“““““““““-““““““““““-“~“““““” TS 1790218.819 TP 19?#:.623 -“““““““““““““““““-“--““.““““” TSP 1009924.442 ---“““““““-“““““““-“--““-“-““”

2=7e

z=7e I=0 R= 6,939 FM PT(XE) 4F-6 4F*6 50-4 5ou: 6S+l “---“““““““““_“““““““““““““““” NL .Qof a) FO(tt) “---“-“-“““““““““““““““” “““““” 1s 1627920.25e 14L3607.388 2s 24lS44.~50 2095??.729 35 ss159.37t 41652.013 45 13674.642 11662.672 5s 2495.107 2164.413 92.704 80.420 hS 2P 16761.733 14636.29Q :F 4291.526 3746.432 4F 1047.666 914.610 5p 166.713 lPS.S49 “---“---“““““_“““““““~“““““““” 1940886,777 168Si40.695 TS 22267,138 t9442.946 TF “---““-““““““““““““““““““““““” TSP 1Y63153s91S 1704sa3.6fl “--““““““““““_” --““““““““““-“”

311

77

““““““““““““““““““““--““-““““”

131056t.194 192539.200

50333.39?

=

IRtXE) 4f-6

I”1 RPT(XE) 4F-6 5Q-4 4F+e -“-““““““-““““““““-“--“--“-““” NL unto) ---“““““““-“““““““-“--“~““-““”

1s 2s 3s

1627920.970 21lS43.914 55157.924

1559819.108 17265.85: 1577ob4.959

6.959

FM

SD*5 RO\R)

1413606.117 209573.112 41850.758

4s 5s

13672.744 2485.327

11861.027

2P 3P LP 5P

16761.787

14836.339

4291.00s 1047.690 166.463

-“““““““““-““““““__“--“~“““““” fS 1940781.080

Data and Nuclear

PlS6.163

3746.414 914.696

14s.331 l685049.~78

TP 22266.945 -"""""""""""""""""""--"~"""""" TSP 1963046.02S --“““““““-““““““““““-““-““““”

Atomic

i3aob.l70 3316.391 803.582 141.70*

Data Tables,

lPC42.780 1704291.958

Vol. 23. No. 4, April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

Electron Densities in the Nucleus

~~(0) and pe(R) for “Miissbauer” See page 299 for Explanation

2

=

7e

J-12

II:

6,939

FM

PT(XC) 4F-6 rip+8 _-_-__--.___--_--_-----------NL Rot --*-mm-_-_----.._J627920.3PJ 23; 4s IIS 2F ?F 4F 5F ---mm_-_-

50-b

50+4 ROIR)

01

_--------_--1413607.837

2blSb3.039 35138.-467

209573,081 47851.233 11'361,362 2167,620

13673.$20 2I,9%.73b

16761.601

14636,249 3746.45O 91b.Plb 146.351

4291.046 lQ47.826 167.631 _-_-__--_------------

16OgQ61.134 19443.865

TS 19b0794.3bb TP 22260.JBb --____--3___--__-------------'SF 1963062.?20 ----w_---r--------

2 = 79 1: J PE AlJ(XE, bf-6 4f*6 gn-4 --_-----.-_------_-----------NL Rot01 ---_-_---_-_--__-------------1s 2s 3s 45 35

J?obgO4*998 -_------_a--

f,.Sbz SC+6

40(R) lg24668.311 220126,454 g2261,191 13039,6?1! 2422,O'll

J7620O7.67R 263878.bgJ 60459.59s 15CR5.?8S 2802.070

2F 16926.998 3P 486b.l3@0 4P 1197.158 3P 196.0(13 --------.-s------ts 21043t3.573 TP 2gJ87.038 ----w--w-_-------_ t.sF 2129500.613 ---m----w----------

2 = 80 I= 1 f+= HG(XP) 4F-6 bF+B gD-4 -----_^___---_---_-----------NC RO(O) "'-""-"'----'-'-------~--1s 19n3513.973 2s 287725.952 35 66lb? ,124

FM

16471.052 4232,6!!4 1041.5?4 170,522 -_------__-lR20g20,23g 21913.712 -_-m-e--__-JR42435.947 ..------_---

7.041 SC+6

t-h' 6SCl PO(R)

1641037,430 247627,@65 5696J.036

:: 6s

16613.7g3 3175,527 161.073

14307.315 2734,653 139,400

2F 3P bP SF

21333.301 5303.893 1364.991 231.328

18497,273 4771,537 llA3.373 2OO,g39

---_-___._-----_-_-----------TS 2272332.203 tP 20b33.gJ3 --v-m_ -____---__-_-----------TSP 2305765.716 --e-m_-_ -_-_-a__----

1963007.699 24652,673 19R7660.372 -----a__--

7 = 76 I= 4 P= PT(XE) bf-6 bf+8 :c-4 _----em_----_-----------_---b! L pr( 0) --------_-------_------------1s 1627918.&?6 2s 24J5b4,7'g 3s 35161,246 4s 13675.187 3s 2343,376

6.959

FM

2 = 79 1' c E= AUIXEI bf+8 4F-6 SC-4 --__----_----_---_--kL Rn(DI --___-___--_____-_-_----------

30*2 PC(R) lLJ3606.696 209573.976 4785?.709 13@6?.15? 2206.347

2P J4761,b76 3P 4291,281 4P 1048,263 SF 171,712 _----_--_----__----_---------TS 194CP43,CbF TP 22572,733 ----_-----____--_------------?SP 1963lJ5.602 _---_------____---------------

J7Obgg1.72b

NL R0tt-1) _----_--_-__-__-----_L________ 1s 1762Oeb.1’9 2s 263678+633 5s 6Ob61.370 IS lgQ87.197 SS 2037.723

z-80

Fh

PC(H)

JO42472.13g

-m-_---m_----__--23Q38~b.43~ TSP

2 = 80 I= 2 Rr HG(XE) bf-6 bF+O gc-4 _----se__-___-_-------------NL Rota) ---3_-------__-----_---------1s J90351b.970 25 267724,e77 3s 66136,9g9 4s 16610,602 5s 3163.96g

21333,409 53O3,678 1365 036 231:272

_---__*-____-__--------------TS 2277153.g93 TP 28433,597 _---_---_--____---_-_c________ TSP 2305387,190 -----_-_-______--------------

312

6S*J -e..-----e f?O(Rl

JR20622.9g4 21913,e9e !042g38.0g2

7.C4J

:I)-4

lO20333.3n2 219~6.633

16470.854 4232.733 lOb1.653 173.394

f4

lStb668.065 2281'29.133 52262.583 33041.506 7b30.960 90.667 164713.993 4232.626 lfi41.516 170.763

Fs

NL RO(O) _-___-_-_---____-_-----------1s 1903513.241 2s 207726.714 3s 66142.694 bS 1661?.e37 3 c 3184.177 0s 269.5'4 2P 21333,232 3P 5go3.914 4P 1364,969 IP i31.49C --ecm -__----___--c-----------TS 2277452,651 TP 2843?,boZ

Jg24666.137 22eJ26.69g g2262.746 ~3040.906 2432.@19

TS 2JOb35l,C62 TP 25190.616 _---_----_____---------------TSP 2129541,678 s---v -------___-_------__-----

1=n

HG(xE) 4F-6 t,F+e _____-___----__---I-----------

SD+‘

2P JO92e.763 3P 4665,02g 4P 1197.g2: ‘iP 199.303 __--_---_--_____--_-----------

SO*b

JTC2066.691 263O79.26" 66461,2J@ 150l37.geP. 2@12,b58 lOb.PlO le926.932 ?P 4Rb4.9Cg 4P 1197.136 ?P 196,28C --___-^-_---__-_-_-----------210b43i.bbJ TS TP 25107.233 _-_______--_-__----_---------TSP 2J29619.89C -____-___---__--_-------------

lbOgl03.Oel 19447.843

6,982

6.982

1s 2s 3s 4s 5s OS 2P

L4636.073 3746.657 51:.196 1.49.914

2 = 79 I= 3 P= AIJ( XE 1 I,F-6 LF+b go-4 _---_---_-_____-_-__----------

2P 3P bP 5P

Atoms

of Table

FM

:n+c

els*2 RQ(R)

1641036.608 2b7r28.318 56962.373 14309.1a4 27b2.616 232.147 18497.212 b77J.554 1183.304 20Q.680 1963111.369

2b652.730 ------*_---19877bb.118

-____--__---___---------------

7,041

FH

2 = 9: I= t r= 7.426 FM NP(RNl 5F-4 60-l 7s+2 --___-___----____------------NL iIn PO(R) -____--__---_-_-_------------1s 5324917.524 4362027.549 2s 916272,049 749413.!3311 3s 216516.207 176074.639 4s 59154.013 40365.907 5s 14681.934 J2003.952 65 2e93.469 2367.375 7s 251.279 20g.44: 2P PgJ25.294 lb3233.778 3P 27768.399 22691.726 bP 7516,366 6197.331 OP 17g7.OQ3 1440.970 6P 3OS.430 251.768 _____-____---___-------------ts 6g366O9.275 g3g3050.346 TP 14og03.977 115913.309 --___-___--_-___-_-----------TSP 6677273.252 5468973.6gg ---_--v-v-_-_-_-e-_-----_----

s(?*c ItO Jb~JO36,506 247826.972 96939.179 lb3Qb.776 2724.714

30497.369 477J.523 1103.364 2OC.490

J962pgb.Jb7 24652.749 19875~6.695

Atomic

Data and Nuclear

Data Tables,

Vol. 23, No. 4,April

1979

Electron Densities in the Nucleus

I. M. BAND and V. I. FOMICHEV

TABLE.

R= z = 93 Ic 1 YfrRN) SF-4 ?S*t ---em___ -_---v-eNL qcr Cl ---r-_-_-_-_---_-_--1: 5324916.436 2S 936273.898 ?S 21651l3.383 4.5 59155.944 5s 14684.115 65 2920.196 75 343.320 2P 103233.695 3F 77760.762 4f 7516.227 SF 1757.314 6F 312.265 -----_-_-_-_--__-_-_---------t'Thr1:.7q3 T: TF 1eclyor .C6L -----_-_-_-__-__T>r tt??.Ln;.??f ---_-_-_-_-_--__-___----------

7.416

3. =

_-e-------e_RC(Rl e-e--____ 4362GE?*lC? ?4QLS5.1?(! 17867f,440 4A36t.Q?7 12COL.7Y6 23R7,542 Zf!C.CS? ?512:,4P2 22Pcl*Qr:! 61$7,4?7 144E;5f 2C7.4rl 5?53l:c*5FC ! 15@2c*n?o ..___-----___-

‘4F~rcr.2’~

Tr 180~22.662 -----_-_-_-__-__-___---------T.zl 988~440.932 -mm_-_-_ -_-_-----_--------__--

7.488

5

7

F=

FM

T.426

205.839 107830.479 29145,975 7974.166 1909,269 320.556 _-_--em--___f?s3r7$.?11 :47)Pe*LLT

2 = 93 1; 4 YP(RN) 5F-3 ------_-------__-_-_----NL ROIO) -------------__-_------------1s 5324912.62F 25 9!6261.217 35 21P515.451 4s :9161,7,46 5s 14708.657 65 302R.et3

43fZC29.574 749414.672 I7at74,5@: 48363.634 11599.3@2 23??.136

7.426

1s 2 s 3s 4.5 5s hC

6246296,054 IPFR@94,5CS 263120,114 71076 . 25: 1P224.531 35?1r,?GO

155

313

7,426

IS

7

FM

e---m ROfR) 4362026.291 7694OS.lSl 170674.136 48371.606 i2025.8a8 2dTb.386 05f24,336 22891.831 6X98.323 lY54.134 275,619 5352#79.300 115941.244 5460923.614 ----.,-..----

FM

2 = 93 NP(Ph)

FolF,)

KL ROfO) ----_-___----__-__-----------1s 5524692.4Gt 2s 9lcf15.??8 35 218517.394 45 59211.512 3s 14665.697 65 3484.G51 2P 103225.666 3P 2776e,718 4P 7524.418 SP 1793,779 6P 397,955 ------__----__---_-_---------TS b537104.t344 TP 1.40710.52? -------we ------___-----_-_-_-_ TSP 6677895.3ri ----m---m----------

R=

7.426

FM

----___-----__-_--------------

4362~1E.366 749301.183 178674.661 4a395.866 12103.326 2716.913 8512O.EF3 22E91.762 62GC.7?7 14CS.i2? 3C5.844 5353290.342 115992,329 54692k!2,671

FM

2=95 I:3 AMIRN) 5F-6 ----_----------_-.-_NL Rota1 --_---__----------------------

PO (R I

5e~3306.333 890375.467 213284.29G 50258.237 14771.312 2853,575

15 2s 3s 42 5s cs

2F 131874,616 io783o.eo6 3F 35b5S.061 29146.0@1 4F 9755,711 7974.201 5F 2335.77C 1909.194 6F 4P?.f!54 33a.aq7 _---m-v-_-___ w----m----___---_ TC '?Cl132.l63 TF 16GU25.011 _---_-_-_m ---_-----m-v-__c---_ TSP 7ne11"7,134 ----_---_---___-_-___L________

4%

2F lC3232.5Sl ?F 2776P.733 LF 7519.299 5F 1764,067 6P 334.366 ------___--_-__--_-____L______ ts 6536588.554 TP 1411619.G16 ----_-_-_----_---------------tsf' 6677207,57U ------m-_----m--me-

?P 103254 299 0512:.755 3P 27768;911 22~91,992 6197.566 4P 7510,3Qi ';P 1446.7@9 1757.5~2 t. F 315.fQ: [email protected] ----------__-_----__---------TS fY36438,119 5352e54.90? SP 14@594*Q59 lT5S24.321 ----_---_--_-___-___---------TSP 6677032,$7e 5466779.3G4 _---_-e--m_____ ---w----^_c----

2 = 95 1= 2 u= 7.466 A&\( RN ) 5F-6 SF+1 ----m---_-___ _-------m--m----NL Ro(o) _---_v--_-_-_--_-__---__-----

AOfR) _w_-e-m--__.._ 5073303.868 ucn375.L34 2132P5.615 5Ai6G.902 147??*237 2Q?O*i5S5

ftn,

F@(F)

2 = 95 I= 6 F= VPtRNl 5f-1 --------_----___--__---------hL Nr(f!) -------------_------__________ :324h99,7'2 !S 25 916231.345 ?S 21'3515.963 4s 59191..40: 5s 14EG3.460 6s 3323*G46 2P 10322e,2c4 3F /??f@*C(;P 4F 7522,206 5P 17E2.2LS bF 373,@t?5 _----e-m c----_----__---____--1s 6536964.976 TP 14Q6?7,242 ----------_---------__________ TSP 66??642,tlE ------------___--_____________

_------------

64nu2tt

I’

Q? t'P(RN) =F-4 ---3----_-__-__--___-"-------NL RO(O) ----_---_---__---___---------1s 5724918,026 7s 916273,l06 3s 21R:lC,060 4s 591'2,GJl 5s 146'6,340 65 29n2.577

FM

2 = 9.3 Rr 7.126 FM J, 5 NPCfiN)
1 = 95 1, 0 Rr Ata FN) 5f-6 75*2 5F+l -----m-_-_-_-m__ROf 0) NL -----_-_*_----__:s 62462P4.396 PC lC96PP4.710 3 .? 263121.8@7 45 ?1~79.5.59 5s 16231.845 65 3541.971 75 253.962 2r 131g7.4.245 -f 3~b54.~38 4 ,cl:>.fTn SF 2?35,Pl.? 4k 4C!.968 -----_-..-_______rc 7701418.25C

p,(O) and p,(R) for “Miissbauer” Atoms See page 299 for Explanation of Table

R=

6246291.520 1098084,583 263118.045 718e2.42G 10243.936 3638.2(16

2P 131872.993 3P 35653.97Q 4P 9756.953 :P 2337.591 6P 426.580 ---w--m__-----e---_---e-e---ts 7701260,792 TP 1eoo48.Oa7 ---__-___----__--_-----------TSP ?eal3Oe,s?9 ---__-___----__---------------

6252849.214 147190.38G 6400039.594

Atomic

Data and Nuclear

Data Tables,

Ro(R) 4362013.797 74936?.06e 176675,900 4a412.353 12154.216 284.3.S56 85116.738 22a91..354 62G2.5Le Irra.627 328.036 5353i71.619 116019.804 5469491.663 ----s-e---m

7.488

FY

---.----ItO 5073303.883 890367.641 213262.666 58263.2.49 14?ee.666 294e.881 107829.505 29145.197 1975.219 1910.683 348.474 6252954.906 147209.277 bhOQ164.263

Vol. 23. No. 4, April

1979

I. M. BAND and V. I. FOMICHEV

TABLE.

Z-9:

AMfHU)

1~4

R= ?.40@

CM

IF-5 -----_-_-_ -_--__-_--------__-NL ROft.! ROfR) --m--v--__------_-_.._----..--_ 15 62bb265.359 5073306.3~5 5, - 5 109~070.937 2631??.339 2132821137 89n356 4s 'll693.329 55 18263.220 6s 3787.892 21 131670,842 3F 35653.138 46 9758.0L6 5F 23L5.525 f,F 45Q.292 ---m--w_-_ ----emTC 7701438, tl76 TF 1$00'8.443 -----_-_-_-------_ TCF 7e815?6.3lt --a--_-_-_ -_-e__-

58272.106 l4610.089 3070,139 107027,776 2qlL5,Olb 7976,114 1917.169 368.055 _-__-----___t2531nCaL31 147231,130 m_------___6400334.561 _--------___-

r?3

Electron Densities in the Nucleus

p,(O) and p,(R) for “Mhsbauer” Atoms See page 299 for Explanation of Table 2 = 95 I' b AM(RN) 4f-3 --___-___----__--------------R010) NL --_______---___--_------------

2 = 95 I= s AZ 7,.400 FM AH(RN) 3f-4 -m-v -------_-_----_----------NC RO(C) RO(R) ----_---_----_-_--__---------1s C2462?0.~33 5U73296.237 2s 10900:5~oes h963&4,26? 3s 7*3117,277 2x3; 82,175 45 71sc'7,pef. 58263.92t 5s Ie331.3ee tLe57.934 bS 3954.CE3 5204,h~l 2F lzlebe.362 107s2:.7ei 3f 350::.55: 291&~.908 LF 9759.304 7977.37.1 5f 2355.&79 1925.309 bP 475.776 380.385 ----_------------__---__----TS 77Ol64b*l56 6253269,376 VP lenl12,79t 147262.25L _----v-m --mm_ _m-m----..____---m TSP 7081756.9'2 6'00531.b3o _-------_---__----------------

314

1s 62LC270.862 25 io9en37.28e 3s 2631le.002 4s 71926.226 ss ll?390.367 bS 4132.018 ?F 131665.594 ?P 35653.56t 4P 9741.595 3r 2367.366 6r 502.515 --___-___--_-___-------------1s 77ole75,3t4 TP 180150.636 -..__-----ec --m-m fSP 7ee202b.000 ---______--______-------------

Atomic

Data and

Nuclear

R=

7.486

FM

Ro(R) 5073291.763 e9033c.131 213282.837 5R298,Cll 14905.743 3349.547 107823.554 29144.09c 7g79.020 1935.022 410.740 6253456.032 147293.231 -_--------m-w_ 6400752.Pb3

Data Tables.

Vol. 23, NO. 4, April

1979