摘要
HENDL1.0/MG, a multi-group working library of the Hybrid Evaluated Nuclear Data Library, was home-developed by the FDS Team of ASIPP (Institute of Plasma Physics,Chinese Academy of Sciences) on the basis of several national data libraries. To validate and qualify the process of producing HENDL1.0/MG, simulating calculations of a series of existent spherical shell benchmark experiments (A1, Mo, Co, Ti, Mn, W, Be and V) have been performed with HENDL1.0/MG and the multifunctional neutronics code system named VisualBUS homedeveloped also by FDS Team.
HENDL1.0/MG, a multi-group working library of the Hybrid Evaluated Nuclear
Data Library, was home-developed by the FDS Team of ASIPP (Institute of Plasma Physics,
Chinese Academy of Sciences) on the basis of several national data libraries. To validate and
qualify the process of producing HENDL1.0/MG, simulating calculations of a series of existent
spherical shell benchmark experiments (Al, Mo, Co, Ti, Mn, W, Be and V) have been performed
with HENDL1.0/MG and the multifunctional neutronics code system named VisualBUS home-
developed also by FDS Team.
基金
The project supported by the Natural Science Foundation of Anhui province (No. 01043601)
