K data of FENDL-3.1cKonno, Chikara 
; Kwon, Saerom*
The KERMA factor (energy-balance method) and DPA cross section of K in FENDL-3.1c are much smaller than those of other nuclear data libraries. In order to identify reasons of the smaller KERMA factor and DPA cross section, I examined energy-balance, energy distributions of charged particles, yield and energy distribution of 
in the (n,p) and (n,
) reactions, which contribute to KERMA and DPA cross section data much, for low energy neutrons. As a result, it is found out that the energy distributions of charged particles, and yield and energy distribution of for low energy neutrons in the (n,p) and (n,) reactions are too small, which causes the smaller KERMA factor and DPA cross section.
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: | 2018/03 |
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: | 吹田 |
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: | 日本 |
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: | no keyword |
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