关于规范我国运行核电厂集体剂量数据管理的建议

Abstract

Abstract: At present, the in-service nuclear power plants in China are relatively insufficient in dose data collection, statistics, standardized classification management, information publicity and so on. There is a low degree of standardization and normalization of dose data between different reactors in the same nuclear power base or even between different refueling cycles of the same unit, which leads to poor data comparability and is not conducive to achieving the requirements of radiation safety optimization. Based on the practice of domestic and foreign nuclear power plant dose data management, the deficiencies and problems of collective dose data management in Chinese nuclear power plants have been analyzed, and a number of suggestions were put forward.

Key words: PWR, nuclear power plant, collective dose, data management

CLC Number:

TL75+2

WANG Liang, HUANG Qianqian, YE Yuanlv, LIU Zhiyuan, CHEN Lu, LIU Fudong. Suggestions on standardizing collective dose data management of nuclear power plants in China[J].RADIATION PROTECTION, 2023, 43(S1): 39-43.

References 10

[1]	李德平.辐射防护的全部内容和实践的防护体系——对ICRP新建议书中有关问题的讨论[J].辐射防护,1991,11(5):321-330.LI Deping.Scope of radiation protection and system of radiation protection in practices——discussion of part of contents of the ICRP new recommendations[J].Radiation Protection,1991,11(5):321-330.
[2]	潘自强.加强辐射防护的基础结构[J].辐射防护,1996,16(3):161-169.PAN Ziqiang.Strengthening radiation protection of the infrastructure[J].Radiation Protection,1996,16(3):161-169.
[3]	刘华.辐射防护最优化方法及其应用[J].核安全, 2007(2):5-11.LIU Hua.The methods and applications of optimization of radiation protection[J].Nuclear Safety,2007(2):5-11.
[4]	Wataru,MIZUMACHI.ISOE activity (IAEA, NEA) and nuclear renaissance in the world[J].Journal of Power and Energy Systems, 2011, 5(2):119-130.
[5]	Flin D.Ten years on: ISOE considers expansion[J].Nuclear Engineering International, 2002(573):47.
[6]	U.S. Nuclear Regulatory Commission. Reporting of operating information: Appendix A technical specifications:REG/G-1.16(Rev.4)[R].Washington D.C.:U.S. Nuclear Regulatory Commission.1975.
[7]	何俊男,张稳,平萍.核电厂群堆模式下个人剂量管理信息系统的优化[J].科技视界, 2016(17):225-226.
[8]	巴军,辛凯强,樊冲.核电厂辐射防护信息感知一体化管控平台研制[J].辐射防护,2022,42(3):236-243.BA Jun,XIN Kaiqiang,FAN Chong.Development of integrated radiation protection information perception and management and control platform for nuclear power plant[J].Radiation Protection,2022,42(3):236-243.
[9]	麦维基,曾锡慎,贾育新,等.大亚湾核电站维修人员职业外照射监测结果与分析[J].中国辐射卫生,2008(3):296-297.
[10]	卢烈.我国运行核电厂WANO业绩指标[J].中国核电, 2018(4):390-391.

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Suggestions on standardizing collective dose data management of nuclear power plants in China

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