Numerical Tables of Anomalous Scattering Factors Calculated by the Cromer and Liberman's Method


 1A 2A 3A 4A 5A 6A 7A 8 8 8 1B 2B 3B 4B 5B 6B 7B 0
1 1,
H















2,
He
2
wide		 3,
LI		 4,
BE









5,
B		 6,
C		 7,
N		 8,
O		 9,
F		 10,
NE
3
wide
K		 11,
NA		 12,
MG
9.51220









13,
AL
7.94813		 14,
SI
6.73800		 15,
P
5.78400		 16,
S
5.01850		 17,
CL
4.39710		 18,
AR
3.87090
4
wide
K 		 19,
K
3.43650		 20,
CA
3.07030		 21,
SC
2.76200		 22,
TI
2.49734		 23,
V
2.26910		 24,
CR
2.07020		 25,
MN
1.89643		 26,
FE
1.74346		 27,
CO
1.60815		 28,
NI
1.48807		 29,
CU
1.38059		 30,
ZN
1.28340		 31,
GA
1.19580		 32,
GE
1.11658		 33,
AS
1.04500		 34,
SE
0.97974		 35,
BR
0.92040		 36,
KR
0.86552
5
wide
K 
L1
L2
L3		 37,
RB
0.81554
 

 

 38,
SR
0.76973
 

 

 39,
Y
0.72766
 

 

 40,
ZR
0.68883
 

 

 41,
NB
0.65298
 

 

 42,
MO
0.61978
 

 

 43,
TC
0.58906
 

 

 44,
RU
0.56051
 

 

 45,
RH
0.53395
 

 

 46,
PD
0.50920
 

 

 47,
AG
0.48589
3.25640
3.51640
3.69990		 48,
CD
0.46407
3.08490
3.32570
3.50470		 49,
IN
0.44371
2.92600
3.14730
3.32370		 50,
SN
0.42467
2.77690
2.98230
3.15570		 51,
SB
0.40668
2.63880
2.82940
3.00030		 52,
TE
0.38974
2.50990
2.68790
2.85550		 53,
I
0.37381
2.38800
2.55420
2.71960		 54,
XE
0.35840
2.27370
2.42920
2.59260
6
wide
K 
L1
L2
L3		 55,
CS
0.34451
2.16730
2.31390
2.47400		 56,
BA
0.33104
2.06780
2.20480
2.36290		 57-71,
Lanthanide		 72,
HF
0.18982
1.09970
1.15480
1.29720		 73,
TA
0.18394
1.06130
1.11370
1.25530		 74,
W
0.17837
1.02467
1.07450
1.21550		 75,
RE
0.17302
0.98940
1.03710
1.17730		 76,
OS
0.16787
0.95580
1.00140
1.14080		 77,
IR
0.16292
0.92360
0.96710
1.10580		 78,
PT
0.15818
0.89310
0.93414
1.07230		 79,
AU
0.15359
0.86376
0.90259
1.04000		 80,
HG
0.14918
0.83530
0.87220
1.00910		 81,
TL
0.14495
0.80810
0.84340
0.97930		 82,
PB
0.14088
0.78196
0.81538
0.95073		 83,
BI
0.13694
0.75710
0.78870
0.92340		 84, 85, 86,
7 87, 88, 89-103,
Actinide		 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118,

 
57-71
wide
K 
L1
L2
L3		 57,
LA
0.31844
1.97800
2.10530
2.26100		 58,
CE
0.30648
1.89340
2.01240
2.16600		 59,
PR
0.29518
1.81410
1.92550
2.07910		 60,
ND
0.28453
1.73900
1.84400
1.99670		 61,
PM
0.27431
1.66740
1.76760
1.91910		 62,
SM
0.26464
1.60020
1.69530
1.84570		 63,
EU
0.25553
1.53810
1.62710
1.77610		 64,
GD
0.24681
1.47840
1.56320
1.71170		 65,
TB
0.23841
1.42230
1.50230
1.64970		 66,
DY
0.23048
1.36920
1.44450
1.59160		 67,
HO
0.22291
1.31900
1.39050
1.53680		 68,
ER
0.21567
1.27060
1.33860
1.48350		 69,
TM
0.20880
1.22500
1.28920
1.43340		 70,
YB
0.20224
1.18180
1.24280
1.38620		 71,
LU
0.19585
1.14020
1.19850
1.34050
89-103,
wide
K 
L1
L2
L3


92,
U
0.10723
0.56950
0.59190
0.72226










S. Sasaki (1989) KEK Report 88-14.
This web page was constructed by T. Hanashima in 2001.

The significant figure of wave length is three.
*