1. 核技术应用教育部工程研究中心(东华理工大学)
2. 东华理工大学核工程与地球物理学院
Published:2013
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[1]钮云龙,刘义保,王爱星,张鹏,魏强林.我国核电站乏燃料中碘-129和铯-137累积量预测[J].能源研究与管理,2013(02):37-40.
钮云龙, 刘义保, 王爱星, et al. Prediction of I-129 and Cs-137 in the Spent Fuel of China’s Nuclear Power Station[J]. 2013, (2): 37-40.
[1]钮云龙,刘义保,王爱星,张鹏,魏强林.我国核电站乏燃料中碘-129和铯-137累积量预测[J].能源研究与管理,2013(02):37-40. DOI:
钮云龙, 刘义保, 王爱星, et al. Prediction of I-129 and Cs-137 in the Spent Fuel of China’s Nuclear Power Station[J]. 2013, (2): 37-40. DOI:
根据我国能源发展需求和核电发展状况的研究结果
对我国现有核电机组运行1a后乏燃料中的典型核素碘-129和铯-137的累积量做了预测
通过ORIGEN2.1程序得到了累计量的预测数据
为乏燃料的后处理及分离-嬗变研究提供参考。
According to the requirements and development status of nuclear energy development in our country’s research results
to our country existing nuclear power unit operation after a year
spent fuel in typical radionuclide I-129 and Cs-129 of cumulant made prediction
the prediction of the amount of the cumulative data is obtained by ORIGEN2.1 program
for the spent fuel reprocessing and separation - evolution research to provide the reference.
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