Loading README.md +1 −1 Original line number Diff line number Diff line Loading @@ -49,7 +49,7 @@ Conclusions from this evaluation are as follows. * No single isotope influenced decay heat by more than 10% in any case analyzed. * No single isotope changed activity by more than 5% in any case analyzed. * Curium-244 is the main isotope that changes the spontaneous neutron emission source substantially for the timescales in question. * Of the criticality-related isotopes evaluated, only 243Am and 155Gd changed in composition by over a factor of 2 for the cases analyzed. * Of the criticality-related isotopes evaluated, only Am-243 and Gd-155 changed in composition by over a factor of 2 for the cases analyzed. * When changing from the 252- to the 56-group library, no isotope changed in mass by more than 11% for the 80 GWd/MTU, 8 wt% case. ## Conclusions from ORNL/TM-2020/1835 (BWR) Loading Loading
README.md +1 −1 Original line number Diff line number Diff line Loading @@ -49,7 +49,7 @@ Conclusions from this evaluation are as follows. * No single isotope influenced decay heat by more than 10% in any case analyzed. * No single isotope changed activity by more than 5% in any case analyzed. * Curium-244 is the main isotope that changes the spontaneous neutron emission source substantially for the timescales in question. * Of the criticality-related isotopes evaluated, only 243Am and 155Gd changed in composition by over a factor of 2 for the cases analyzed. * Of the criticality-related isotopes evaluated, only Am-243 and Gd-155 changed in composition by over a factor of 2 for the cases analyzed. * When changing from the 252- to the 56-group library, no isotope changed in mass by more than 11% for the 80 GWd/MTU, 8 wt% case. ## Conclusions from ORNL/TM-2020/1835 (BWR) Loading