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WIMS Library Update Project

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General information of the WIMS-D library
Material WIMS
ID		 At.Wt.
[amu] 		NF T
[K] 		Type Sig0
[barns] 		Description
 Data Source
1-H (H2O) 3001 1.00783 0 296
350
400
450
500
600		 M infinite
dilution 		Hydrogen bound
in water		 ENDF/B-VI.8
1-H ZrH 5001 1.00783 0

296
400
600
700
800
1000
1200

 M 10.0 Hydrogen bound
in ZrH		 ENDF/B-VI.8
1-D D2O 3002 2.0141 0 296
350
400
450
500
600		 M infinite
dilution		 Deuterium bound in
D2O.HWR spectrum		 ENDF/B-VI.8
2-He-3 3 3.01493 0 300 S infinite
dilution		 Helium-3 JENDL-3.2
2-He-4 4 4.03617 0 900 S infinite
dilution		 Helium-4 JENDL-3.2
3-Li-6 6 6.01507 0 300 S infinite
dilution		 Lithium-6 ENDF/B-VI.8
3-Li-7 7 7.01601 0 300 S infinite
dilution		 Lithium-7 ENDF/B-VI.8
4-Be-nat 9 9.0122 0 296
400
500
600
700
800
1000
1200		 S infinite
dilution		 Berilium ENDF/B-VI.8
5-B 10 10 10.0129 0 300 B 1000.0 Boron-10 (burnable) ENDF/B-VI.8
5-B 10 1010 10.0129 0 300 S 1000.0 Boron-10 (unburnable) ENDF/B-VI.8
5-B 11 11 10.0129 0 300 B 300.0 Boron-11 (burnable) ENDF/B-VI.8
5-B nat 1011 10.811 0 300 S - Natural Boron(unburnable) ENDF/B-VI.8
From isotopes
6-C nat 2012 12.0011 0 296
400
500
600
700
800
1000
1200		 M infinite
dilution		 Graphite ENDF/B-VI.8
7-N nat 14 14.0067 0 300 S infinite
dilution		 Nitrogen ENDF/B-VI.8
8-O nat 6016 15.9905 0 293
450
600
900
1100		 S infinite
dilution		 Oxygen ENDF/B-VI.8
9-F nat 19 18.9982 0 300 S infinite
dilution		 Fluorine ENDF/B-VI.8
11-Na-nat 23 22.9895 0 300 S infinite
dilution		 Sodium JENDL-3.2
12-Mg-nat 24 24.3051 0 293
600
900		 S - Magnesium JENDL-3.2
13-Al-nat 27 26.9815 0 293 S infinite
dilution		 Aluminium ENDF/B-VI.8
14-Si-nat 29 28.0859 0 293
900		 S - Silicon ENDF/B-VI.8
From isotopes
15-P nat 31 30.9741 0 293
900		 S 2.0E5 Phosphorus ENDF/B-VI.8
16-S nat 32 32.0637 0 293
900		 S 5.0E5 Sulphur JENDL-3.2
17-Cl-nat 35 35.4526 0 300 S infinite
dilution		 Chlorine JENDL-3.2
20-Ca-nat 40 40.0803 0 300 S infinite
dilution		 Calcium ENDF/B-VI.8
22-Ti-nat 48 47.8789 0 293
900		 S 3.5E4 Titanium JENDL-3.2
23-V nat 51 50.9416 0 293
900		 S 4.5E5 Vanadium ENDF/B-VI.8
24-Cr-nat 52 51.9959 0 293
600
900		 S - Chromium ENDF/B-VI.8
From isotopes
25-Mn-nat 55 54.9381 0 293
900		 S 1.5E4 Manganese ENDF/B-VI.8
26-Fe-nat 2056 55.8464 0 293
600
900		 S - Iron ENDF/B-VI.8
From isotopes
28-Ni-nat 58 58.6936 0 293
600
900		 S - Nickel ENDF/B-VI.8
From isotopes
27-Co- 59 1059 58.9332 0 293
900		 S 2.5E5 Cobalt ENDF/B-VI.8
29-Cu-nat 3063 63.5456 0 293
900		 S - Copper CENDL-3
From isotopes
40-Zr-nat 91 91.2196 0 293
600
900		 S 300 Zirconium JEF-2.2
41-Nb-93 93 92.9032 0 293
900		 S 3.0E4 Niobium ENDF/B-VI.8
42-Mo-nat 96 95.9402 0 293
900		 S 1.5E5 Molibdenum JENDL-3.2
47-Ag-nat 3109 107.868 0 293
600
900		 S - Silver
(control rod material)		 JENDL-3.2
From isotopes
48-Cd-nat 2113 112.411 0 300
600
900		 S 2.0E3 Cadmium
(control rod material)		 JENDL-3.2
49-In-nat 2115 114.82 0 300
600
900		 S 200 Indium
(control rod material)		 ENDF/B-VI.8
50-Sn-nat 118 117.241 0 293
600
900		 S - Tin JENDL-3.2
From isotopes
51-Sb-121 121 120.904 1 293
600
900		 S 500 Antimony-121 JENDL-3.2
51-Sb-123 123 122.904 1 293
600
900		 S 500 Antimony-123 JENDL-3.2
63-Eu-nat 152 151.965 0 293
600
900		 S - Europium
(control rod material)		 ENDF/B-VI.8
From isotopes
64-Gd-154 2154 153.921 1 293
700
1100		 B/FP 5.0E4 Gadolinium-154
(burnable absorber)		 JENDL-3.2
64-Gd-155 2155 154.923 1 293
700
1100		 B/FP 1.0E4 Gadolinium-155
(burnable absorber)		 JENDL-3.2
64-Gd-156 2156 155.923 1 293
700
1100		 B/FP 1.0E4 Gadolinium-156
(burnable absorber)		 JENDL-3.2
64-Gd-157 2157 156.924 1 293
700
1100		 B/FP 1.0E4 Gadolinium-157
(burnable absorber)		 JENDL-3.2
64-Gd-158 2158 157.924 1 293
700
1100		 B/FP 5.0E3 Gadolinium-158
(burnable absorber)		 JENDL-3.2
66-Dy-160 160 159.925 0 293
700
1100		 B/FP 2.0E5 Dysprosium-160 JEF-2.2
66-Dy-161 161 160.927 0 293
700
1100		 B/FP 2.0E5 Dysprosium-161 JEF-2.2
66-Dy-162 162 161.927 0 293
700
1100		 B/FP 2.0E5 Dysprosium-162 JEF-2.2
66-Dy-163 163 162.929 0 293
700
1100		 B/FP 2.0E5 Dysprosium-163 JEF-2.2
66-Dy-164 164 163.928 0 293
700
1100		 B/FP 2.0E5 Dysprosium-164 JEF-2.2
67-Ho-165 165 164.93 0 293
700
1100		 B/FP 2.0E5 Holmium-165 ENDF/B-VI.8
68-Er-166 2166 165.93 1 293
700
1100		 B 500 Erbium-166
(burnable absorber)		 ENDF/B-VI.8
68-Er-167 2167 166.932 1 293
700
1100		 B 500 Erbium-167
(burnable absorber)		 ENDF/B-VI.8
72-Hf-176 2176 175.941 1 293
700
1100		 B 1000 Hafnium-176
(burnable absorber)		 CENDL-3
72-Hf-177 2177 176.943 1 293
700
1100		 B 1000 Hafnium-177
(burnable absorber)		 CENDL-3
72-Hf-178 2178 177.944 1 293
700
1100		 B 500 Hafnium-178
(burnable absorber)		 CENDL-3
72-Hf-179 2179 178.946 1 293
700
1100		 B 1000 Hafnium-179
(burnable absorber)		 CENDL-3
72-Hf-180 2180 179.947 1 293
700
1100		 B 500 Hafnium-180
(burnable absorber)		 CENDL-3
72-Hf-nat 178 178.487 0 293
600
900		 S 500 Natural Hafnium
(unburnable)		 CENDL-3
73-Ta-nat 181 180.955 0 293
600
900		 S 500 Tantalum JENDL-3.2
74-Wnat 183 183.856 0 293
600
900		 S 500 Tungsten ENDF/B-VI.8
82-Pb-nat 207 207.262 0 300 S - Lead
 ENDF/B-VI.8
From isotopes
36-Kr-83 4083 82.9141 0 700 FP 5.E5 Kripton-83 JENDL-3.2
42-Mo-95 4095 94.9059 0 700 FP 3.E4 Molibdenum-95 JENDL-3.2
43-Tc- 99 4099 99.0005 1 293
700
1100		 FP 3.E4 Technetium-99 JENDL-3.2
44-Ru-101 4101 100.906 0 700 FP 2.5E4 Ruthenium-101 JENDL-3.2
44-Ru-103 5103 102.906 0 700 FP 1.2E6 Ruthenium-103 JENDL-3.2
44-Ru-106 4106 105.908 0 700 FP 1.0E6 Ruthenium-106 JENDL-3.2
45-Rh-103 4103 102.905 0 700 FP 5.5E4 Rhodium-103 JENDL-3.2
45-Rh-105 4105 104.906 0 700 FP 4.5E7 Rhodium-105 JENDL-3.2
46-Pd-105 5105 104.905 0 700 FP 8.0E4 Paladium-105 ENDF/B-VI.8
46-Pd-107 4107 106.905 0 700 FP 2.0E5 Paladium-107 ENDF/B-VI.8
46-Pd-108 4108 107.904 0 700 FP 2.0E5 Paladium-108 ENDF/B-VI.8
47-Ag-109 4109 108.905 1 293
700
1100		 FP 5.0E5 Silver-109 JENDL-3.2
48-Cd-113 4113 112.9 0 700 FP 2.0E8 Cadmium-113 ENDF/B-VI.8
49-In-115 4115 114.82 0 700 FP 3.0E7 Indium-115 JENDL-3.2
51-Sb-125 4125 124.905 0 700 FP 5.0E7 Antimony-125 JENDL-3.2
52-Te-127m 5127 126.905 0 700 FP 5.0E7 Telurium-127m JENDL-3.2
53-I 127 4127 126.905 0 700 FP 7.0E5 Iodine-127 ENDF/B-VI.8
54-Xe-131 4131 130.906 0 700 FP 7.0E5 Xenon-131 JENDL-3.2
55-Cs-133 4133 132.906 1 293
700
1100		 FP 2.5E4 Cesium-133 ENDF/B-VI.8
55-Cs-134 4134 133.907 0 700 FP 5.0E5 Cesium-134 ENDF/B-VI.8
55-Cs-137 4137 136.907 0 700 FP 5.0E4 Cesium-137 JENDL-3.2
53-I 135 6135 134.91 0 700 FP 1.5E8 Iodine-135 JEF-2.2
54-Xe-134 5134 133.905 0 700 FP 1.0E5 Xenon-134 JENDL-3.2
54-Xe-135 4135 134.907 0 700 FP 2.5E8 Xenon-135 JENDL-3.2
55-Cs-135 5135 134.906 0 700 FP 5.0E4 Cesium-135 ENDF/B-VI.8
54-Xe-136 4136 135.908 0 700 FP 1.0E5 Xenon-136 JENDL-3.2
60-Nd-143 4143 142.91 0 700 FP 3.5E4 Neodinium-143 JENDL-3.2
60-Nd-145 4145 144.913 0 700 FP 4.5E4 Neodinium-145 JENDL-3.2
61-Pm-147 4147 146.915 0 700 FP 5.0E5 Promethium-147
(Pm-147+n Pm-148)		 JENDL-3.2
61-Pm-147 5147 146.915 0 700 FP 5.0E5 Promethium-147
(Pm-147+n-->Pm-148m)		 JENDL-3.2
62-Sm-147 6147 146.915 0 700 FP 4.5E5 Samarium-147 JENDL-3.2
61-Pm-148m 4148 147.918 0 700 FP 3.0E7 Promethium-148m ENDF/B-VI.8
61-Pm-148 5148 147.918 0 700 FP 8.0E7
Promethium-148
 JENDL-3.2
62-Sm-148 6148 147.915 0 700 FP 1.0E6 Samarium-148 JENDL-3.2
61-Pm-149 5149 148.918 0 700 FP 6.5E7 Promethium-149 JENDL-3.2
62-Sm-149 4149 148.917 0 700 FP 2.0E7 Samarium-149 ENDF/B-VI.8
62-Sm-150 4150 149.917 0 700 FP 1.0E5 Samarium-150 JENDL-3.2
62-Sm-151 4151 150.92 0 700 FP 5.0E6 Samarium-151 JENDL-3.2
62-Sm-152 4152 151.92 0 700 FP 1.0E6 Samarium-152 JENDL-3.2
63-Eu-151 5151 150.92 0 700 FP infinite
dilution		 Europium-151 ENDF/B-VI.8
63-Eu-152 5152 151.925 0 700 FP infinite
dilution		 Europium-152 JENDL-3.2
63-Eu-153 4153 152.922 0 700 FP 3.0E5 Europium-153 ENDF/B-VI.8
63-Eu-154 4154 153.922 0 700 FP 1.5E6 Europium-154 ENDF/B-VI.8
63-Eu-155 4155 154.923 0 700 FP 1.0E7 Europium-155 ENDF/B-VI.8
FP4902 4902 114.675 0 700 FP infinite
dilution		 Lumped fission product ENDF/B-VI.8
90-Th-232 2232 232.033 2 293
600
900
1100		 A 28.0 Thorium-232 JENDL-3.2
92-U232 4232 232.033 0   FP - Pseudo fis.prod.
U-232(n,2n)U-231		 N/A
92-U 232 232 232.033 4 293
700
1100		 A 1.0E5 Uranium-232 JENDL-3.2
92-U 233 9233 233.045 3 293
600
900
1100		 A 800.0 Uranium-233 ENDF/B-VI.8
91-Pa-231 1231 231.035 0 293
700
1100		 FP 1.0E5 Protoactinium-231
(non-fissile f.p.)		 JENDL-3.2
91-Pa-233 1233 233.04 4 293
700
1100		 A 5.5E5 Protoactinium-233 JENDL-3.2
92-U 234 234 234.041 2 293
700
1100		 A 1.0E5 Uranium-234 JENDL-3.2
92-U 235 2235 235.044 3 293
600
900
1100		 A 800.0 Uranium-235 ENDF/B-VI.8
92-U 236 236 236.046 2 293
700
1100		 A 1.0E4 Uranium-236 JENDL-3.2
92-U 237 4927 237.049 0   FP - Pseudo fis.prod.
U-238(n,2n)U-237		 N/A
92-U 237 927 237.048 4 293
700
1100		 A 1.5E7 Uranium-237 JENDL-3.2
92-U 238 8238 238.051 2 293
600
900
1100		 A 28.0 Uranium-238 CENDL-2.1
93-Np-237 937 237.048 4 293
700
1100		 A 1.0E5 Neptunium-237 ENDF/B-VI.8
93-Np-239 1939 239.053 4 293
700
1100		 A 1.0E6 Neptunium-239 ENDF/B-VI.8
94-Pu-238 948 238.05 4 293
700
1100		 A 3.0E4 Plutonium-238 FOND-2.2
94-Pu-239 6239 239.052 3 293
600
900
1100		 A 700.0 Plutonium-239 FOND-2.2
94-Pu-240 1240 240.054 2 293
600
900
1100		 A 2.0E3 Plutonium-240 FOND-2.2
94-Pu-241 1241 241.049 3 293
600
900
1100		 A 1.0E4 Plutonium-241 FOND-2.2
94-Pu-242 242 242.058 2 293
700
1100		 A 1.0E3 Plutonium-242
(low dilution,
high concentration)		 FOND-2.2
94-Pu-242 1242 242.058 2 293
700
1100		 A 1.0E5 Plutonium-242
(high dilution,
low concentration)		 FOND-2.2
95-Am-241 951 241.057 4 293
700
1100		 A 5.0E4 Americium-241 FOND-2.2
95-Am-242 1952 242.059 0 293
700
1100		 FP 5.0E6 Americium-242
(non-fissile. f.p.)		 FOND-2.2
95-Am242m 952 242.059 4 293
700
1100		 A 1.0E6 Americium-242m FOND-2.2
95-Am-243 953 243.061 4 293
700
1100		 A 5.0E5 Americium-243 FOND-2.2
96-Cm-242 962 242.058 4 293
700
1100		 A 1.0E6 Curium-242 JENDL-3.2
96-Cm-243 963 243.061 4 293
700
1100		 A 1.0E6 Curium-243 JENDL-3.2
96-Cm-244 964 244.063 4 293
700
1100		 A 1.0E6 Curium-244 JENDL-3.2
1/v 1000 1 0 300 D - 1/v absorber N/A
res.1/v 1999 1 0 300 D - Resonance part of
1/v absorber		 N/A
-1/v 2000 1 0 300 D - -1/v absorber N/A
abs.=1 3000 1 0 300 D - Pure absorber N/A
U 4000 1 0 300 D - Inverse lethargy
intervals		 N/A
C-dam 2212 12.0011 0 300 D infinite
dilution		 Graphite damage ENDF/B-VI.7
Zr-dam 1091 91.2196 0 300 D infinite
dilution		 Zr damage ENDF/B-VI.7
25-Mn-55 1055 54.938 0 300 D infinite
dilution		 Mn-55(n,g)Mn-56 JENDL/D-99
26-Fe-54 1054 53.9396 0 300 D infinite
dilution		 Fe-54(n,p)Mn-54 JENDL/D-99
26-Fe-58 3058 57.9333 0 300 D infinite
dilution		 Fe-58(n,gamma)Fe-59 JENDL/D-99
27-Co-59 2059 58.9332 0 300 D infinite
dilution		 Co-59(n,gamma)Co-60 JENDL/D-99
28-Ni-58 1058 57.9354 0 300 D infinite
dilution		 Ni-58(n,p)Co-58 JENDL/D-99
29-Cu-63 1063 62.9296 0 300 D infinite
dilution		 Cu-63(n,gamma)Cu-64 JENDL/D-99
36-Kr-84 84 83.9114 0 300 D infinite
dilution		 Kr-84(n,gamma)Kr-85 ENDF/B-VI.7
45-Rh-103 2103 102.904 0 300 D infinite
dilution		 Rh-103(n,n')Rh-103m JENDL/D-99
49-In-115 1115 114.904 0 300 D infinite
dilution		 In-115(n,n')In-115m JENDL/D-99
49-In-115 3115 114.904 0 300 D infinite
dilution		 In-115(n,gamma)In-116m JENDL/D-99
63-Eu-151 1151 150.92 0 300 D infinite
dilution		 Eu-151(n,g)Eu-152 JENDL/D-99
66-Dy-164 1164 163.928 0 300 D infinite
dilution		 Dy-164(n,g)Dy-165 ENDF/B-VI.7
71-Lu-176 176 175.941 0 300 D infinite
dilution		 Lu-176(n,g)Lu-177 ENDF/B-VI.7
79-Au-197 197 196.967 0 300 D infinite
dilution		 Au-197(n,g)Au-198 JENDL/D-99
90-Th-232 1232 232.038 0 300 D infinite
dilution		 Th-232(n,g)Th-233 JENDL/D-99
90-Th-232 3232 232.038 0 300 D infinite
dilution		 Th-232(n,f) JENDL/D-99
92-U -235 1235 235.044 0 300 D infinite
dilution		 U-235(n,g)U-236 ENDF/B-VI.7
92-U -235 1003 235.044 0 300 D infinite
dilution		 U-235(n,f) ENDF/B-VI.7
92-U -238 1238 238.051 0 300 D infinite
dilution		 U-238(n,g)U-239 JENDL/D-99
92-U -238 3238 238.051 0 300 D infinite
dilution		 U-238(n,f) JENDL/D-99
93-Np-237 1237 237.048 0 300 D infinite
dilution		 Np-237(n,f) JENDL/D-99
94-Pu-239 1239 239.053 0 300 D infinite
dilution		 Pu-239(n,f) JENDL/D-99
90-Th-232 1632 232.033 0 300 D infinite
dilution		 Th-232(n,2n) ENDF/B-VI.7
92-U 233 1633 233.045 0 300 D infinite
dilution		 U-233(n,2n) ENDF/B-VI.7
92-U 235 1635 235.044 0 300 D infinite
dilution		 U-235(n,2n) ENDF/B-VI.7
92-U 238 1638 238.051 0 300 D infinite
dilution		 U-238(n,2n) ENDF/B-VI.7
94-Pu-239 1639 239.052 0 300 D infinite
dilution		 Pu-239(n,2n) ENDF/B-VI.7
94-Pu-240 1640 240.054 0 300 D infinite
dilution		 Pu-240(n,2n) ENDF/B-VI.7
94-Pu-241 1641 241.049 0 300 D infinite
dilution		 Pu-241(n,2n) ENDF/B-VI.7
94-Pu-242 1642 242.058 0 300 D infinite
dilution		 Pu-242(n,2n) ENDF/B-VI.7

  • ID: WIMS identification number
  • At.Wt.: Atomic weight [amu]
  • NF: Library trigger
    0: no resonance tables,
    1: non fissile with resonance tables,
    2: fissile with absorption resonance tables,
    3: fissile with absorption and fission resonance integral tables,
    4: fissile without resonance integral tables
  • T: temperature [K]
  • Type: Material type
    M: Moderator
    FP: Fission product
    A: Actinide
    B: Burnable material
    D: Dosimetry reaction
    S: Structural materials and others
  • Sig0: Reference Bondarenko cross section [barns]
  • Data source: Evaluate nuclear data source

    N/A: not applicable
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