Nuclide | MAT | Numerical Data*1 | Comments | Figures*2) | Sig. table |
52-Te-118 | 5219 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-119 | 5222 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-119m1 | 5223 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-120 | 5225 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-121 | 5228 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-121m1 | 5229 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-122 | 5231 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-123 | 5234 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-123m1 | 5235 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-124 | 5237 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-125 | 5240 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-125m1 | 5241 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-126 | 5243 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-127 | 5246 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-127m1 | 5247 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-128 | 5249 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-129 | 5252 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-129m1 | 5253 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-130 | 5255 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-131m1 | 5259 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
52-Te-132 | 5261 | original, 0K, 300K u20 | comment | Fig1 Fig2 Fig3 | table |
*1) u20: Data up to 20 MeV. *2) Fig1, Fig2 and Fig3 are made from pointwise files at 300 K. Fig1 : Total, elastic and inelastic scattering, capture and fission cross sections Fig2 : Same as Fig1 but the cross sections are averaged in 70 energy group intervals Fig3 : Threshold reaction cross sections |