不同发达国家乏燃料管理政策与立法体系研究

IF 0.4 Q4 NUCLEAR SCIENCE & TECHNOLOGY
Lei Shi, Chao Chen, Hongjun Liu, Jiqiang Su, Honglin Zhang, Qun Liu, Yanrui Li, Jian Hu
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引用次数: 0

摘要

乏燃料是核能发展的必然产物。几乎所有的燃料成分都是放射性的,安全管理需要长期的系统过程,这一直是一个重要的全球性问题。为确保不同核电发展国家对乏核燃料进行安全管理,国际原子能机构正在通过缔结联合公约、发布安全标准等方式建立乏核燃料管理共享体系。对于不同的核电国家,美国、法国和俄罗斯都建立了完整的乏燃料管理政策和立法体系。在美国,已经制定了开式循环的政策,没有进行商业再处理。在法国和俄罗斯,工业规模的后处理工厂在运行中,实施了闭式循环战略。目前,中国已成为世界上在建核电规模最大的国家。将有大量的乏核燃料需要妥善和安全管理。发达国家如何管理乏燃料的经验教训对中国很重要。建议将顶层设计与法律实践相结合,使乏燃料管理各环节有法可依,各方责任明确。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on the Policy and Legislative System of Spent Nuclear Fuel Management in Different Developed Countries
Spent nuclear fuel is an inevitable product from the development of nuclear energy. Almost all of the fuel content is radioactive, and long systematic process are required for the safety management, which has always been an important global issue. In order to make sure that spent nuclear fuel should be safely managed in different countries developing nuclear power, IAEA is establishing a sharing system of spent nuclear fuel management by concluding joint conventions and issuing safety standards. For different countries, the United States, France and Russia with nuclear power have all established a complete policy and legislative system for spent fuel management. In the US, policy decision of open-cycle has been made, and no commercial reprocessing is being conducted. In France and Russia, closed-cycle strategy is implemented with industrial-scale reprocessing plant in operation. At present, China has become the country with the largest scale of nuclear power under construction in the world. There will be a large number of spent nuclear fuel requiring properly and safely managed. The lessons-learning of how developed countries managing spent nuclear fuel arising is important for China. The authors suggest that it is necessary to combine the top-level design to the legal practice, so that there are laws to respect during all steps of spent fuel management, and responsibilities of all parties are clear.
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来源期刊
CiteScore
0.80
自引率
25.00%
发文量
35
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