Presentation Information
[2B13]Microscopic theoretical calculations for the charge polarization of fission fragments
*Shuichiro Ebata1, Chikako Ishizuka1, Shin Okumura1, Satoshi Chiba1 (1. Tokyo Institute of Technology)
Keywords:
Nuclear data,Nuclear fission,Charge polarization,Microscopic theoretical calculation,Mean-field model
The nuclear charge distribution of fission fragments has important roles to estimate the delayed neutron yield and to calculate the r-process nucleosynthesis. To predict the nuclear charge distribution of not only 236U(235U+n)
but also other fissionable nuclide are very important for nuclear data. Therefore we investigate the charge distribution of each mass number using the microscopic theoretical model (three dimentional Skyrme Hartree-Fock+BCS model). We compare our results with unchanged charge distribution (UCD) and discuss the charge polarization from UCD.
but also other fissionable nuclide are very important for nuclear data. Therefore we investigate the charge distribution of each mass number using the microscopic theoretical model (three dimentional Skyrme Hartree-Fock+BCS model). We compare our results with unchanged charge distribution (UCD) and discuss the charge polarization from UCD.