@article{oai:repo.qst.go.jp:00076795,
 author = {Kwon, Saerom and Konno, Chikara and Ota, Masayuki and Kasugai, Atsushi and Kwon, Saerom and Masayuki, Ota and Atsushi, Kasugai},
 issue = {3},
 journal = {Journal of Nuclear Science and Technology},
 month = {Sep},
 note = {Our detailed investigation on the data of iron nuclei in nuclear data library FENDL-3.1d figured out that residual nucleus production yield data just above 20 MeV had a problem, which caused a sharp spike in the DPA cross-section. In addition, we revealed that the same and similar problems occurred the data in other 73 nuclei FENDL-3.1d selected from TENDL- 2010 or TENDL-2011. Thus, we revised the yield data and verified that the sharp spike just above 20 MeV in the DPA cross-section disappeared using the revised data. Moreover, the DPA cross-section data of 49 nuclei in FENDL-3.1d from JENDL/HE-2007 became much smaller sharply above 20 MeV because the nuclei had no energy distribution data of residual nuclei above 20 MeV. Other problems occurred in 13 nuclei of FENDL-3.1d from JEFF-3.1.1 above several MeV, due to wrong energy distribution data of recoil nucleus in the inelastic scatter- ing to continuum states below 20 MeV and no energy distribution data of residual nuclei above 20 MeV. The DPA cross-section data of more than 70% of nuclei in FENDL-3.1d have problems due to non-physical data in the original nuclear data.},
 pages = {344--351},
 title = {Problems of DPA cross-sections above 20 MeV in FENDL-3.1d found in A-FNS neutronics analysis},
 volume = {57},
 year = {2019}
}