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Methodology for analyzing accidents with radioactive material release with code EPZDose
Journal article   Peer reviewed

Methodology for analyzing accidents with radioactive material release with code EPZDose

Jong-Rong Wang, Shao-Shuan Chen, Yu Chiang, Chunkuan Shih, Jung-Hua Yang and Shao-Wen Chen
Kerntechnik, Vol.86(3), pp.217-223
06/2021

Abstract

Radiation Nuclear and High Energy Physics Nuclear Energy and Engineering Materials Science (all) Safety Risk Reliability and Quality
A methodology for analyzing accidents with radioactive material release with EPZDose code was established. This code assesses doses and it is designed and developed by NTHU (National Tsing Hua University). To confirm the capacity of EPZDose, three postulated accident scenarios Taiwanese NPPs Chinshan (BWR/4) and Maanshan (PWR) are analyzed. All these scenarios are SBO (station blackout) transients because it is assumed that they result in a release of radioactive material. In this study, the source term data for EPZDose are taken from MELCOR or RASCAL calculations. In addition, calculated results of RASCAL code are compared with the results of EPZDose for these scenarios. The comparison show that the EPZDose predictions are consistent with the data of RASCAL. This indicates that the EPZDose has a respectable accuracy in the analysis of radioactive material release accidents.

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