Contents of atomic scattering factors' table

 

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
















2,
He
2 3,
LI
LI+
4,
BE
BE2+










5,
B
B2+
B3+
6,
C
7,
N
8,
O, O-
O2-
O1.9-
O1.4-
O1.2-
O0.7-
9,
F
F-
10,
NE
3 11,
NA
NA+
12,
MG
MG+
MG2+
MG1.9+










13,
AL
AL+
AL2+
AL3+
14,
SI
SI+
SI2+
SI3+
SI4+
15,
P
16,
S
S-
17,
CL
CL-
18,
AR
4 19,
K
K+
20,
CA
CA+
CA2+
21,
SC
SC+   SC3+
22,
TI
TI2+
TI3+
TI4+
23,
V
V2+
V3+
V5+
24,
CR
CR2+
CR3+
25,
MN
MN+
MN2+
MN3+
MN4+
MN+1.4
26,
FE FE+
FE2+
FE3+
27,
CO
CO+
CO2+
CO3+
CO1.2+
28,
NI
NI+
NI2+
NI3+
NI0.7+
29,
CU
CU+
CU2+
30,
ZN
ZN2+
31,
GA
GA3+
32,
GE
GE4+
33,
AS
34,
SE
35,
BR
BR-
36,
KR
5 37,
RB
RB+
38,
SR
SR2+
39,
Y
Y3+
40,
ZR
ZR4+
41,
NB
NB3+
NB5+
42,
MO
MO3+
MO5+
43,
TC
44,
RU
45,
RH
46,
PD
47,
AG
AG+
48,
CD
CD2+
49,
IN
IN3+
50,
SN
SN2+
51,
SB
SB3+
52,
TE
53,
I
I-
54,
XE
6 55,
CS
CS+
56,
BA
BA2+
57-71,
Lanthanide
72,
HF
73,
TA
74,
W
W6+
75,
RE
76,
OS
77,
IR
78,
PT
PT2+
PT4+
79,
AU
AU+
AU3+
80,
HG
HG+
HG2+
81,
TL
82,
PB
PB2+
83,
BI
BI3+
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,
Lanthanide
57,
LA
58,
CE
59,
PR
60,
ND
61,
PM
62,
SM
63,
EU
64,
GD
GD3+
65,
TB
66,
DY
67,
HO
68,
ER
ER3+
69,
TM
70,
YB
71,
LU
89-103,
Actinide



92,
U
U3+











S. Sasaki (1987) KEK Report 87-3.
This web page was constructed by T. Hanashima in 2001.

* References
(1) International tables for X-ray Crystallography (1962) vol. III, Birmingham: kynoch Press.
(2) International tables for X-ray Crystallography (1974) vol. IV, Birmingham: kynoch Press.
(3) Fukamachi (1971) Tech. Rep. B12, Inst. of Solid State Physics, Univ. Tokyo.
(4) Tokonami (1965) Acta Crystallogr., 19, 486
(5) Sasaki, Fujino and Takeuchi (1979) Proc. Japan Acad., 55, 43-48.

1 <H(0) *VOL.4*    HF>                                           HANDC  (  1)    1
2 <H(BOND) *STEWART* >                                           HANDC  (  2)    2
3 <HE(0)  *VOL.4* RHF>                                           ASFT3  (   )    3
4 <LI(0) *VOL.4*  RHF>                                           HANDC  (  3)    4
5 <LI(+1) *VOL.4* RHF>                                           HANDC  (  4)    5
6 <LI(0) *VOL.4*  RHF> - <LI(+1) *VOL.4* RHF>                    HSUBT  (  5)    6
7 <BE(0)  *VOL.4* RHF>                                           ASFT3  (   )    7
8 <BE(+2) *VOL.4* RHF>                                           ASFT3  (   )    8
9 <BE(0)  *VOL.4* RHF> - <BE(+2) *VOL.4* RHF>                    SUBTR  (   )    9
10 <B(0)   *VOL.4* RHF>                                           ASFT3  (   )   10
11 <B(+2) *FUKAMACHI* >                                           HANDC  ( 98)   11
12 <B(+3) *FUKAMACHI* >                                           HANDC  ( 99)   12
13 <B(0)   *VOL.4* RHF> - <B(+2) *FUKAMACHI* >                    SUBTR  (   )   13
14 <B(+2) *FUKAMACHI* > - <B(+3) *FUKAMACHI* >                    HSUBT  (100)   14
15 <B(0)   *VOL.4* RHF> - <B(+3) *FUKAMACHI* >                    SUBTR  (   )   15
16 <C(0)  *VOL.4*  RHF>                                           ASFT3  (   )   16
17 <C(0)VAL *VOL.4* HF>                                           ASFT3  (   )   17
18 <N(0)  *VOL.4*  RHF>                                           ASFT3  (   )   18
19 <F(0)  *VOL.4*  RHF>                                           ASFT3  (   )   19
20 <F(-1)   *VOL.4* HF>                                           ASFT3  (   )   20
21 <F(-1)   *VOL.4* HF> - <F(0)  *VOL.4*  RHF>                    SUBTR  (   )   21
22 <NE(0) *VOL.4*  RHF>                                           ASFT3  (   )   22
23 <O(0) *VOL.4*   RHF>                                           HANDC  (  6)   23
24 <O(-1) *VOL.4*   HF>                                           HANDC  (  7)   24
25 <O(-2) *TOKONAMI*  >                                           HANDC  (  8)   25
26 <O(0) #HE CORE#    >                                           HANDC  ( 11)   26
27 <O(1S2,2S2) *VOL.4*>                                           HANDC  ( 12)   27
28 <O(-1.9)  EXP1.MGO >                                           HANDC  (104)   28
29 <O(-1.4)  EXP1.MNO >                                           HANDC  (106)   29
30 <O(-1.2)  EXP1.COO >                                           HANDC  (108)   30
31 <O(-0.7)  EXP1.NIO >                                           HANDC  (110)   31
32 <O(-1) *VOL.4*   HF> - <O(0) *VOL.4*   RHF>                    HSUBT  ( 13)   32
33 <O(-2) *TOKONAMI*  > - <O(-1) *VOL.4*   HF>                    HSUBT  ( 14)   33
34 <O(-2) *TOKONAMI*  > - <O(0) *VOL.4*   RHF>                    HSUBT  ( 15)   34
35 <O(-1) *VOL.4*   HF> - <O(HE-CORE) *VOL.4*>                    HSUBT  ( 16)   35
36 <NA(0) *VOL.4*  RHF>                                           HANDC  ( 17)   36
37 <NA(+1) *VOL.4* RHF>                                           HANDC  ( 18)   37
38 <NA(0) *VOL.4*  RHF> - <NA(+1) *VOL.4* RHF>                    HSUBT  ( 19)   38
39 <MG(0) *VOL.4*  RHF>                                           HANDC  ( 20)   39
40 <MG(+1) *FUKAMACHI*>                                           HANDC  ( 21)   40
41 <MG(+2) *VOL.4* RHF>                                           HANDC  ( 22)   41
42 <MG(1S2,2S2) *VOL.4>                                           HANDC  (111)   42
43 <MG(+1.9) EXP1.MGO >                                           HANDC  (103)   43
44 <MG(0) *VOL.4*  RHF> - <MG(+1) *FUKAMACHI*>                    HSUBT  ( 23)   44
45 <MG(+1) *FUKAMACHI*> - <MG(+2) *VOL.4* RHF>                    HSUBT  ( 24)   45
46 <MG(0) *VOL.4*  RHF> - <MG(+2) *VOL.4* RHF>                    HSUBT  ( 25)   46
47 <MG(+2) *VOL.4* RHF> - <MG(1S2,2S2) *VOL.4>                    HSUBT  (112)   47
48 <AL(0) *VOL.4*  RHF>                                           HANDC  ( 26)   48
49 <AL(+1) *FUKAMACHI*>                                           HANDC  ( 27)   49
50 <AL(+2) *FUKAMACHI*>                                           HANDC  ( 28)   50
51 <AL(+3) *VOL.4*  HF>                                           HANDC  ( 29)   51
52 <AL(0)(NE-CORE) *4*>                                           HANDC  ( 30)   52
53 <AL(0) *VOL.4*  RHF> - <AL(+1) *FUKAMACHI*>                    HSUBT  ( 31)   53
54 <AL(+1) *FUKAMACHI*> - <AL(+2) *FUKAMACHI*>                    HSUBT  ( 32)   54
55 <AL(+2) *FUKAMACHI*> - <AL(+3) *VOL.4*  HF>                    HSUBT  ( 33)   55
56 <AL(0) *VOL.4*  RHF> - <AL(+3) *VOL.4*  HF>                    HSUBT  ( 34)   56
57 <AL(+3) *VOL.4*  HF> - <AL(0)(NE-CORE) *4*>                    HSUBT  ( 35)   57
58 <SI(0) *VOL.4*  RHF>                                           HANDC  ( 36)   58
59 <SI(+1) *APPROXI.* >                                           HANDC  ( 37)   59
60 <SI(+2) *FUKAMACHI*>                                           HANDC  ( 38)   60
61 <SI(+3) *VOL.3*MOD.>                                           HANDC  ( 39)   61
62 <SI(+4) *VOL.4*  HF>                                           HANDC  ( 40)   62
63 <SI(0) #NE CORE#   >                                           HANDC  ( 41)   63
64 <SI(0) *VOL.4*  RHF> - <SI(+1) *APPROXI.* >                    HSUBT  ( 43)   64
65 <SI(+1) *APPROXI.* > - <SI(+2) *FUKAMACHI*>                    HSUBT  ( 44)   65
66 <SI(+2) *FUKAMACHI*> - <SI(+3) *VOL.3*MOD.>                    HSUBT  ( 45)   66
67 <SI(+3) *VOL.3*MOD.> - <SI(+4) *VOL.4*  HF>                    HSUBT  ( 46)   67
68 <SI(0) *VOL.4*  RHF> - <SI(+4) *VOL.4*  HF>                    HSUBT  ( 47)   68
69 <SI(+3) *VOL.3 M*  > - <SI(NE-CORE)*VOL.4*>                    HSUBT  ( 48)   69
70 <P(0)  *VOL.4*  RHF>                                           ASFT3  (   )   70
71 <S(0) *VOL.4*   RHF>                                           HANDC  (115)   71
72 <S(-1) *FUKAMACHI* >                                           HANDC  (116)   72
73 <S(-1) *FUKAMACHI* > - <S(0) *VOL.4*   RHF>                    HSUBT  (119)   73
74 <CL(0) *VOL.4*  RHF>                                           ASFT3  (   )   74
75 <CL(-1) *VOL.4* RHF>                                           ASFT3  (   )   75
76 <CL(-1) *VOL.4* RHF> - <CL(0) *VOL.4*  RHF>                    SUBTR  (   )   76
77 <AR(0) *VOL.4*  RHF>                                           ASFT3  (   )   77
78 <K(0) *VOL.4*  RHF>                                            HANDC  (139)   78
79 <K(+1) *VOL.4*  RHF>                                           HANDC  (140)   79
80 <K(0) *VOL.4*  RHF> - <K(+1) *VOL.4*  RHF>                     HSUBT  (141)   80
81 <CA(0) *VOL.4*  RHF>                                           HANDC  ( 49)   81
82 <CA(+1) *FUKAMACHI*>                                           HANDC  ( 50)   82
83 <CA(+2) *VOL.4* RHF>                                           HANDC  ( 51)   83
84 <CA(0) *VOL.4*  RHF> - <CA(+1) *FUKAMACHI*>                    HSUBT  ( 52)   84
85 <CA(+1) *FUKAMACHI*> - <CA(+2) *VOL.4* RHF>                    HSUBT  ( 53)   85
86 <CA(0) *VOL.4*  RHF> - <CA(+2) *VOL.4* RHF>                    HSUBT  ( 54)   86
87 <SC(0) *VOL.4*  RHF>                                           ASFT3  (   )   87
88 <SC(+1) *FUKAMACHI*>                                           HANDC  (121)   88
89 <SC(+3) *VOL.4*  HF>                                           HANDC  (122)   89
90 <SC(0) *VOL.4*  RHF> - <SC(+1) *FUKAMACHI*>                    SUBTR  (   )   90
91 <SC(+1) *FUKAMACHI*> - <SC(+3) *VOL.4*  HF>                    HSUBT  (123)   91
92 <SC(0) *VOL.4*  RHF> - <SC(+3) *VOL.4*  HF>                    SUBTR  (   )   92
93 <TI(0) *VOL.4*  RHF>                                           ASFT3  (   )   93
94 <TI(+2) *VOL.4*  HF>                                           ASFT3  (   )   94
95 <TI(+3) *VOL.4*  HF>                                           ASFT3  (   )   95
96 <TI(+4) *VOL.4*  HF>                                           HANDC  (142)   96
97 <TI(0) *VOL.4*  RHF> - <TI(+2) *VOL.4*  HF>                    SUBTR  (   )   97
98 <TI(+2) *VOL.4*  HF> - <TI(+3) *VOL.4*  HF>                    SUBTR  (   )   98
99 <TI(+3) *VOL.4*  HF> - <TI(+4) *VOL.4*  HF>                    SUBTR  (   )   99
100 <TI(0) *VOL.4*  RHF> - <TI(+4) *VOL.4*  HF>                    SUBTR  (   )  100
101 <V(0)  *VOL.4*  RHF>                                           ASFT3  (   )  101
102 <V(+2) *VOL.4*  RHF>                                           ASFT3  (   )  102
103 <V(+3)  *VOL.4*  HF>                                           ASFT3  (   )  103
104 <V(+5)  *VOL.4*  HF>                                           ASFT3  (   )  104
105 <V(0)  *VOL.4*  RHF> - <V(+2) *VOL.4*  RHF>                    SUBTR  (   )  105
106 <V(+2) *VOL.4*  RHF> - <V(+3)  *VOL.4*  HF>                    SUBTR  (   )  106
107 <V(+3)  *VOL.4*  HF> - <V(+5)  *VOL.4*  HF>                    SUBTR  (   )  107
108 <V(0)  *VOL.4*  RHF> - <V(+5)  *VOL.4*  HF>                    SUBTR  (   )  108
109 <CR(0)  *VOL.4* RHF>                                           ASFT3  (   )  109
110 <CR(+2) *VOL.4*  HF>                                           HANDC  (127)  110
111 <CR(+3) *VOL.4*  HF>                                           HANDC  (128)  111
112 <CR(0)  *VOL.4* RHF> - <CR(+2) *VOL.4*  HF>                    SUBTR  (   )  112
113 <CR(+2) *VOL.4*  HF> - <CR(+3) *VOL.4*  HF>                    HSUBT  (129)  113
114 <CR(0)  *VOL.4* RHF> - <CR(+3) *VOL.4*  HF>                    SUBTR  (   )  114
115 <MN(0) *VOL.4*  RHF>                                           HANDC  ( 55)  115
116 <MN(+1) *FUKAMACHI*>                                           HANDC  ( 56)  116
117 <MN(+2) *VOL.4* RHF>                                           HANDC  ( 57)  117
118 <MN(+3) *VOL.4*  HF>                                           HANDC  ( 58)  118
119 <MN(+4) *VOL.4* RHF>                                           ASFT3  (   )  119
120 <MN(+2) #AR CORE#  >                                           HANDC  ( 59)  120
121 <MN(+1.4) EXP1.MNO >                                           HANDC  (105)  121
122 <MN(0) *VOL.4*  RHF> - <MN(+1) *FUKAMACHI*>                    HSUBT  ( 60)  122
123 <MN(+1) *FUKAMACHI*> - <MN(+2) *VOL.4* RHF>                    HSUBT  ( 61)  123
124 <MN(0) *VOL.4*  RHF> - <MN(+2) *VOL.4* RHF>                    HSUBT  ( 62)  124
125 <MN(+2) *VOL.4* RHF> - <MN(+3) *VOL.4*  HF>                    HSUBT  ( 63)  125
126 <MN(+3) *VOL.4*  HF> - <MN(+4) *VOL.4* RHF>                    SUBTR  (   )  126
127 <MN(0) *VOL.4*  RHF> - <MN(+4) *VOL.4* RHF>                    SUBTR  (   )  127
128 <MN(+2) *VOL.4* RHF> - <MN+2(AR-CORE) *4* >                    HSUBT  ( 64)  128
129 <FE(0) *VOL.4*  RHF>                                           ASFT3  (   )  129
130 <FE(+1) *VOL.3* MOD>                                           HANDC  ( 65)  130
131 <FE(+2) *VOL.4* RHF>                                           HANDC  ( 66)  131
132 <FE(+3) *VOL.4* RHF>                                           ASFT3  (   )  132
133 <FE+2(AR-CORE) *4* >                                           HANDC  ( 68)  133
134 <FE(0) *VOL.4*  RHF> - <FE(+1) *VOL.3* MOD>                    SUBTR  (   )  134
135 <FE(+1) *VOL.3*    > - <FE(+2) *VOL.4* RHF>                    HSUBT  ( 67)  135
136 <FE(+2) *VOL.4* RHF> - <FE(+3) *VOL.4* RHF>                    SUBTR  (   )  136
137 <FE(0) *VOL.4*  RHF> - <FE(+3) *VOL.4* RHF>                    SUBTR  (   )  137
138 <CO(0) *VOL.4*  RHF>                                           HANDC  ( 69)  138
139 <CO(+1) *VOL.3-MOD*>                                           HANDC  ( 70)  139
140 <CO(+2) *VOL.4* RHF>                                           HANDC  ( 71)  140
141 <CO(+3) *VOL.4*  HF>                                           ASFT3  (   )  141
142 <CO+2(AR-CORE) *4* >                                           HANDC  ( 75)  142
143 <CO(+1.2) EXP1.COO >                                           HANDC  (107)  143
144 <CO(0) *VOL.4*  RHF> - <CO(+1) *VOL.3-MOD*>                    HSUBT  ( 72)  144
145 <CO(+1) *VOL.3-MOD*> - <CO(+2) *VOL.4* RHF>                    HSUBT  ( 73)  145
146 <CO(0) *VOL.4*  RHF> - <CO(+2) *VOL.4* RHF>                    HSUBT  ( 74)  146
147 <CO(+2) *VOL.4* RHF> - <CO(+3) *VOL.4*  HF>                    SUBTR  (   )  147
148 <CO(0) *VOL.4*  RHF> - <CO(+3) *VOL.4*  HF>                    SUBTR  (   )  148
149 <NI(0) *VOL.4*  RHF>                                           HANDC  ( 97)  149
150 <NI(+1) *VOL.3* MOD>                                           HANDC  ( 76)  150
151 <NI(+2) *VOL.4* RHF>                                           HANDC  ( 77)  151
152 <NI(+3) *VOL.4*  HF>                                           ASFT3  (   )  152
153 <NI(2+) #AR CORE#  >                                          HANDC  ( 78)  153
154 <NI(+0.7) EXP1.NIO >                                           HANDC  (109)  154
155 <NI(0) *VOL.4*  RHF> - <NI(+1) *VOL.3* MOD>                    SUBTR  (   )  155
156 <NI(+1) *VOL.3*    > - <NI(+2) *VOL.4* RHF>                    HSUBT  ( 79)  156
157 <NI(+2) *VOL.4* RHF> - <NI(+3) *VOL.4*  HF>                    SUBTR  (   )  157
158 <NI(0) *VOL.4*  RHF> - <NI(+2) *VOL.4* RHF>                    SUBTR  (   )  158
159 <NI(0) *VOL.4*  RHF> - <NI(+3) *VOL.4*  HF>                    SUBTR  (   )  159
160 <NI(+2) *VOL.4* RHF> - <NI+2(AR-CORE) *4* >                    HSUBT  ( 80)  160
161 <CU(0) *VOL.4*  RHF>                                           HANDC  (117)  161
162 <CU(+1) *VOL.4* RHF>                                           HANDC  (118)  162
163 <CU(+2) *VOL.4*  HF>                                           ASFT3  (   )  163
164 <CU(0) *VOL.4*  RHF> - <CU(+1) *VOL.4* RHF>                    HSUBT  (120)  164
165 <CU(+1) *VOL.4* RHF> - <CU(+2) *VOL.4*  HF>                    SUBTR  (   )  165
166 <CU(0) *VOL.4*  RHF> - <CU(+2) *VOL.4*  HF>                    SUBTR  (   )  166
167 <ZN(0) *VOL.4*  RHF>                                           HANDC  ( 81)  167
168 <ZN(+2) *VOL.4* RHF>                                           HANDC  ( 82)  168
169 <ZN(0) *VOL.4*  RHF> - <ZN(+2) *VOL.4* RHF>                    HSUBT  ( 83)  169
170 <GA(0) *VOL.4*  RHF>                                           ASFT3  (   )  170
171 <GA(+3) *VOL.4*  HF>                                           ASFT3  (   )  171
172 <GA(0) *VOL.4*  RHF> - <GA(+3) *VOL.4*  HF>                    SUBTR  (   )  172
173 <GE(0) *VOL.4*  RHF>                                           HANDC  (124)  173
174 <GE(+4) *VOL.4*  HF>                                           HANDC  (125)  174
175 <GE(0) *VOL.4*  RHF> - <GE(+4) *VOL.4*  HF>                    HSUBT  (126)  175
176 <AS(0) *VOL.4*  RHF>                                           ASFT3  (   )  176
177 <SE(0)  *VOL.4* RHF>                                           ASFT3  (   )  177
178 <BR(0) *VOL.4*  RHF>                                           ASFT3  (   )  178
179 <BR(-1) *VOL.4* RHF>                                           ASFT3  (   )  179
180 <BR(-1) *VOL.4* RHF> - <BR(0) *VOL.4*  RHF>                    SUBTR  (   )  180
181 <KR(0) *VOL.4*  RHF>                                           ASFT3  (   )  181
182 <RB(0)  *VOL.4* RHF>                                           ASFT3  (   )  182
183 <RB(+1) *VOL.4* RHF>                                           ASFT3  (   )  183
184 <RB(0)  *VOL.4* RHF> - <RB(+1) *VOL.4* RHF>                    SUBTR  (   )  184
185 <SR(0)  *VOL.4* RHF>                                           ASFT3  (   )  185
186 <SR(+2) *VOL.4* RHF>                                           ASFT2  (144)  186
187 <SR(0)  *VOL.4* RHF> - <SR(+2) *VOL.4* RHF>                    SUBTR  (   )  187
188 <Y(0) *VOL.4*  *RHF>                                           ASFT2  (147)  188
189 <Y(+3) *VOL.4*  *DS>                                           ASFT2  (148)  189
190 <Y(0) *VOL.4*  *RHF> - <Y(+3) *VOL.4*  *DS>                    SUBTR  (150)  190
191 <ZR(0) *VOL.4* *RHF>                                           ASFT3  (   )  191
192 <ZR(+4) *VOL.4* *DS>                                           ASFT3  (   )  192
193 <ZR(0) *VOL.4* *RHF> - <ZR(+4) *VOL.4* *DS>                    SUBTR  (   )  193
194 <NB(0) *VOL.4* *RHF>                                           ASFT3  (   )  194
195 <NB(+3) *VOL.4* *DS>                                           ASFT3  (   )  195
196 <NB(+5) *VOL.4* *DS>                                           ASFT3  (   )  196
197 <NB(0) *VOL.4* *RHF> - <NB(+3) *VOL.4* *DS>                    SUBTR  (   )  197
198 <NB(+3) *VOL.4* *DS> - <NB(+5) *VOL.4* *DS>                    SUBTR  (   )  198
199 <NB(0) *VOL.4* *RHF> - <NB(+5) *VOL.4* *DS>                    SUBTR  (   )  199
200 <MO(0) *VOL.4*  RHF>                                           ASFT3  (   )  200
201 <MO(+3) *VOL.4* *DS>                                           ASFT3  (   )  201
202 <MO(+5) *VOL.4* *DS>                                           ASFT3  (   )  202
203 <MO(0) *VOL.4*  RHF> - <MO(+3) *VOL.4* *DS>                    SUBTR  (   )  203
204 <MO(+3) *VOL.4* *DS> - <MO(+5) *VOL.4* *DS>                    SUBTR  (   )  204
205 <MO(0) *VOL.4*  RHF> - <MO(+5) *VOL.4* *DS>                    SUBTR  (   )  205
206 <TC(0) *VOL.4* *RHF>                                           ASFT3  (   )  206
207 <RU(0) *VOL.4* *RHF>                                           ASFT3  (   )  207
208 <RH(0) *VOL.4* *RHF>                                           ASFT3  (   )  208
209 <PD(0) *VOL.4* *RHF>                                           ASFT3  (   )  209
210 <AG(0) *VOL.4*  RHF>                                           ASFT3  (   )  210
211 <AG(+1) *VOL.4* *DS>                                           ASFT3  (   )  211
212 <AG(0) *VOL.4*  RHF> - <AG(+1) *VOL.4* *DS>                    SUBTR  (   )  212
213 <CD(0) *VOL.4*  RHF> ?                                         ASFT3  (   )  213
214 <CD(+2) *VOL.4* DS>                                            HANDC  (143)  214
215 <CD(0) *VOL.4*  RHF> - <CD(+2) *VOL.4* DS>                     SUBTR  (   )  215
216 <IN(0) *VOL.4* RHF>                                            HANDC  (130)  216
217 <IN(+3) *VOL.4*  DS>                                           HANDC  (131)  217
218 <IN(0) *VOL.4* RHF> - <IN(+3) *VOL.4*  DS>                     HSUBT  (132)  218
219 <SN(0) *VOL.4*  RHF>                                           ASFT3  (   )  219
220 <SN(+2) *VOL.4* RHF>                                           ASFT3  (   )  220
221 <SN(0) *VOL.4*  RHF> - <SN(+2) *VOL.4* RHF>                    SUBTR  (   )  221
222 <SB(0) *VOL.4*  RHF>                                           ASFT3  (   )  222
223 <SB(+3) *VOL.4* *DS>                                           ASFT3  (   )  223
224 <SB(0) *VOL.4*  RHF> - <SB(+3) *VOL.4* *DS>                    SUBTR  (   )  224
225 <TE(0) *VOL.4* *RHF>                                           HANDC  ( 84)  225
226 <I(0)  *VOL.4*  RHF>                                           ASFT3  (   )  226
227 <I(-1) *VOL.4*  RHF>                                           ASFT3  (   )  227
228 <I(-1) *VOL.4*  RHF> - <I(0)  *VOL.4*  RHF>                    SUBTR  (   )  228
229 <XE(0)  *VOL.4* RHF>                                           ASFT3  (   )  229
230 <CS(0) *VOL.4*  RHF>                                           ASFT3  (   )  230
231 <CS(+1) *VOL.4* RHF>                                           ASFT3  (   )  231
232 <CS(0) *VOL.4*  RHF> - <CS(+1) *VOL.4* RHF>                    SUBTR  (   )  232
233 <BA(0) *VOL.4*  RHF>                                           ASFT2  (145)  233
234 <BA(+2) *VOL.4* *DS>                                           ASFT2  (146)  234
235 <BA(0) *VOL.4*  RHF> - <BA(+2) *VOL.4* *DS>                    SUBTR  (149)  235
236 <LA(0) *VOL.4* *RHF>                                           ASFT3  (   )  236
237 <CE(0) *VOL.4* *RHF>                                           ASFT3  (   )  237
238 <PR(0) *VOL.4* *RHF>                                           ASFT3  (   )  238
239 <ND(0) *VOL.4* *RHF>                                           ASFT3  (   )  239
240 <PM(0) *VOL.4* *RHF>                                           ASFT3  (   )  240
241 <SM(0) *VOL.4* *RHF>                                           ASFT3  (   )  241
242 <EU(0) *VOL.4*  RHF>                                           ASFT3  (   )  242
243 <GD(0) *VOL.4* RHF>                                            HANDC  (136)  243
244 <GD(+3) *VOL.4* DS>                                            HANDC  (137)  244
245 <GD(0) *VOL.4* RHF> - <GD(+3) *VOL.4* DS>                      HSUBT  (138)  245
246 <TB(0) *VOL.4* *RHF>                                           ASFT3  (   )  246
247 <DY(0) *VOL.4* *RHF>                                           ASFT3  (   )  247
248 <HO(0) *VOL.4* *RHF>                                           ASFT3  (   )  248
249 <ER(0) *VOL.4* RHF>                                            HANDC  (133)  249
250 <ER(+3) *VOL.4* DS>                                            HANDC  (134)  250
251 <ER(0) *VOL.4* RHF> - <ER(+3) *VOL.4* DS>                      HSUBT  (135)  251
252 <TM(0) *VOL.4* *RHF>                                           ASFT3  (   )  252
253 <YB(0) *VOL.4* *RHF>                                           ASFT3  (   )  253
254 <LU(0) *VOL.4* *RHF>                                           ASFT3  (   )  254
255 <HF(0) *VOL.4* *RHF>                                           ASFT3  (   )  255
256 <TA(0) *VOL.4* *RHF>                                           ASFT3  (   )  256
257 <W(0)  *VOL.4* *RHF>                                           ASFT3  (   )  257
258 <W(+6)  *VOL.4* *DS>                                           ASFT3  (   )  258
259 <W(0)  *VOL.4* *RHF> - <W(+6)  *VOL.4* *DS>                    SUBTR  (   )  259
260 <RE(0) *VOL.4* *RHF>                                           ASFT3  (   )  260
261 <OS(0) *VOL.4* *RHF>                                           ASFT3  (   )  261
262 <IR(0) *VOL.4* *RHF>                                           ASFT3  (   )  262
263 <PT(0) *VOL.4* *RHF>                                           ASFT3  (   )  263
264 <PT(+2) *VOL.4* *DS>                                           ASFT3  (   )  264
265 <PT(+4) *VOL.4* *DS>                                           ASFT3  (   )  265
266 <PT(0) *VOL.4* *RHF> - <PT(+2) *VOL.4* *DS>                    SUBTR  (   )  266
267 <PT(+2) *VOL.4* *DS> - <PT(+4) *VOL.4* *DS>                    SUBTR  (   )  267
268 <PT(0) *VOL.4* *RHF> - <PT(+4) *VOL.4* *DS>                    SUBTR  (   )  268
269 <AU(0) *VOL.4*  RHF>                                           ASFT3  (   )  269
270 <AU(+1) *VOL.4* *DS>                                           ASFT3  (   )  270
271 <AU(+3) *VOL.4* *DS>                                           ASFT3  (   )  271
272 <AU(0) *VOL.4*  RHF> - <AU(+1) *VOL.4* *DS>                    SUBTR  (   )  272
273 <AU(+1) *VOL.4* *DS> - <AU(+3) *VOL.4* *DS>                    SUBTR  (   )  273
274 <AU(0) *VOL.4*  RHF> - <AU(+3) *VOL.4* *DS>                    SUBTR  (   )  274
275 <HG(0) *VOL.4*  RHF>                                           ASFT3  (   )  275
276 <HG(+1) *VOL.4* *DS>                                           ASFT3  (   )  276
277 <HG(+2) *VOL.4* *DS>                                           ASFT3  (   )  277
278 <HG(0) *VOL.4*  RHF> - <HG(+1) *VOL.4* *DS>                    SUBTR  (   )  278
279 <HG(+1) *VOL.4* *DS> - <HG(+2) *VOL.4* *DS>                    SUBTR  (   )  279
280 <HG(0) *VOL.4*  RHF> - <HG(+2) *VOL.4* *DS>                    SUBTR  (   )  280
281 <TL(0) *VOL.4* *RHF>                                           ASFT3  (   )  281
282 <PB(0) *VOL.4*  RHF>                                           ASFT3  (   )  282
283 <PB(+2) *VOL.4* *DS>                                           ASFT3  (   )  283
284 <PB(0) *VOL.4*  RHF> - <PB(+2) *VOL.4* *DS>                    SUBTR  (   )  284
285 <BI(0) *VOL.4*  RHF>                                           HANDC  ( 85)  285
286 <BI(+3) *VOL.4* *DS>                                           HANDC  ( 86)  286
287 <BI(0) *VOL.4*  RHF> - <BI(+3) *VOL.4* *DS>                    HSUBT  ( 87)  287
288 <U(0)  *VOL.4*  RHF>                                           ASFT3  (   )  288
289 <U(+3) *VOL.4*  *DS>                                           ASFT3  (   )  289
290 <U(0)  *VOL.4*  RHF> - <U(+3) *VOL.4*  *DS>                    SUBTR  (   )  290
291 <F=0.0             >                                           DUMMY  (   )  291