JENDL-3.2 average cross-section files (in 70 group structure)

The files in this directory contain average cross sections in 70 group structure. They were calculated from JENDL-3.2. Pointwise cross sections were reconstructed at 0 K with RESENDD and RECENT (for the Rich-Moore formula) with an accuracy of 0.1 %, and the numbers of energy points were reduced with LINEAR with an accuracy of 0.1 %. Then, the average cross sections were calculated with CRECTJ6 without any weighting spectra in the neutron energy range from 0.32242 eV to 20 MeV. Below 0.32242 eV, the pointwise cross sections were kept.
1-H - 1 1-H - 2 2-He- 3 2-He- 4 3-Li- 6
3-Li- 7 4-Be- 9 5-B - 10 5-B - 11 6-C - 12
7-N - 14 7-N - 15 8-O - 16 9-F - 19 11-Na- 23
12-Mg- 0 12-Mg- 24 12-Mg- 25 12-Mg- 26 13-Al- 27
14-Si- 0 14-Si- 28 14-Si- 29 14-Si- 30 15-P - 31
16-S - 0 16-S - 32 16-S - 33 16-S - 34 16-S - 36
17-Cl- 0 17-Cl- 35 17-Cl- 37 18-Ar- 40 19-K - 0
19-K - 39 19-K - 40 19-K - 41 20-Ca- 0 20-Ca- 40
20-Ca- 42 20-Ca- 43 20-Ca- 44 20-Ca- 46 20-Ca- 48
21-Sc- 45 22-Ti- 0 22-Ti- 46 22-Ti- 47 22-Ti- 48
22-Ti- 49 22-Ti- 50 23-V - 51 24-Cr- 0 24-Cr- 50
24-Cr- 52 24-Cr- 53 24-Cr- 54 25-Mn- 55 26-Fe- 0
26-Fe- 54 26-Fe- 56 26-Fe- 57 26-Fe- 58 27-Co- 59
28-Ni- 0 28-Ni- 58 28-Ni- 60 28-Ni- 61 28-Ni- 62
28-Ni- 64 29-Cu- 0 29-Cu- 63 29-Cu- 65 31-Ga- 0
31-Ga- 69 31-Ga- 71 32-Ge- 0 32-Ge- 70 32-Ge- 72
32-Ge- 73 32-Ge- 74 32-Ge- 76 33-As- 75 34-Se- 74
34-Se- 76 34-Se- 77 34-Se- 78 34-Se- 79 34-Se- 80
34-Se- 82 35-Br- 79 35-Br- 81 36-Kr- 78 36-Kr- 80
36-Kr- 82 36-Kr- 83 36-Kr- 84 36-Kr- 85 36-Kr- 86
37-Rb- 85 37-Rb- 87 38-Sr- 86 38-Sr- 87 38-Sr- 88
38-Sr- 89 38-Sr- 90 39-Y - 89 39-Y - 91 40-Zr- 0
40-Zr- 90 40-Zr- 91 40-Zr- 92 40-Zr- 93 40-Zr- 94
40-Zr- 95 40-Zr- 96 41-Nb- 93 41-Nb- 94 41-Nb- 95
42-Mo- 0 42-Mo- 92 42-Mo- 94 42-Mo- 95 42-Mo- 96
42-Mo- 97 42-Mo- 98 42-Mo- 99 42-Mo-100 43-Tc- 99
44-Ru- 96 44-Ru- 98 44-Ru- 99 44-Ru-100 44-Ru-101
44-Ru-102 44-Ru-103 44-Ru-104 44-Ru-106 45-Rh-103
45-Rh-105 46-Pd-102 46-Pd-104 46-Pd-105 46-Pd-106
46-Pd-107 46-Pd-108 46-Pd-110 47-Ag- 0 47-Ag-107
47-Ag-109 47-Ag-110m 48-Cd- 0 48-Cd-106 48-Cd-108
48-Cd-110 48-Cd-111 48-Cd-112 48-Cd-113 48-Cd-114
48-Cd-116 49-In-113 49-In-115 50-Sn-112 50-Sn-114
50-Sn-115 50-Sn-116 50-Sn-117 50-Sn-118 50-Sn-119
50-Sn-120 50-Sn-122 50-Sn-123 50-Sn-124 50-Sn-126
51-Sb- 0 51-Sb-121 51-Sb-123 51-Sb-124 51-Sb-125
52-Te-120 52-Te-122 52-Te-123 52-Te-124 52-Te-125
52-Te-126 52-Te-127m 52-Te-128 52-Te-129m 52-Te-130
53-I -127 53-I -129 53-I -131 54-Xe-124 54-Xe-126
54-Xe-128 54-Xe-129 54-Xe-130 54-Xe-131 54-Xe-132
54-Xe-133 54-Xe-134 54-Xe-135 54-Xe-136 55-Cs-133
55-Cs-134 55-Cs-135 55-Cs-136 55-Cs-137 56-Ba-130
56-Ba-132 56-Ba-134 56-Ba-135 56-Ba-136 56-Ba-137
56-Ba-138 56-Ba-140 57-La-138 57-La-139 58-Ce-140
58-Ce-141 58-Ce-142 58-Ce-144 59-Pr-141 59-Pr-143
60-Nd-142 60-Nd-143 60-Nd-144 60-Nd-145 60-Nd-146
60-Nd-147 60-Nd-148 60-Nd-150 61-Pm-147 61-Pm-148
61-Pm-148m 61-Pm-149 62-Sm-144 62-Sm-147 62-Sm-148
62-Sm-149 62-Sm-150 62-Sm-151 62-Sm-152 62-Sm-153
62-Sm-154 63-Eu- 0 63-Eu-151 63-Eu-152 63-Eu-153
63-Eu-154 63-Eu-155 63-Eu-156 64-Gd-152 64-Gd-154
64-Gd-155 64-Gd-156 64-Gd-157 64-Gd-158 64-Gd-160
65-Tb-159 72-Hf- 0 72-Hf-174 72-Hf-176 72-Hf-177
72-Hf-178 72-Hf-179 72-Hf-180 73-Ta-181 74-W - 0
74-W -182 74-W -183 74-W -184 74-W -186 82-Pb- 0
82-Pb-204 82-Pb-206 82-Pb-207 82-Pb-208 83-Bi-209
88-Ra-223 88-Ra-224 88-Ra-225 88-Ra-226 89-Ac-225
89-Ac-226 89-Ac-227 90-Th-227 90-Th-228 90-Th-229
90-Th-230 90-Th-232 90-Th-233 90-Th-234 91-Pa-231
91-Pa-232 91-Pa-233 92-U -232 92-U -233 92-U -234
92-U -235 92-U -236 92-U -237 92-U -238 93-Np-236
93-Np-237 93-Np-238 93-Np-239 94-Pu-236 94-Pu-238
94-Pu-239 94-Pu-240 94-Pu-241 94-Pu-242 95-Am-241
95-Am-242 95-Am-242m 95-Am-243 95-Am-244 95-Am-244m
96-Cm-241 96-Cm-242 96-Cm-243 96-Cm-244 96-Cm-245
96-Cm-246 96-Cm-247 96-Cm-248 96-Cm-249 96-Cm-250
97-Bk-249 97-Bk-250 98-Cf-249 98-Cf-250 98-Cf-251
98-Cf-252 98-Cf-254 99-Es-254 99-Es-255 100-Fm-255


JENDL-3.2 average cross sections