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RADIONUCLIDE RELEASES AND TRANSPORT THROUGH THE UNSATURATED ZONE

机译:放射性核素通过不饱和区释放和运输

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摘要

Romania has become the 30* nuclear power plant operating country since 1996. The operation of Cernavoda Nuclear Power Plant (CNPP) will generate, besides the spent fuel, the large amounts of low and intermediate level waste (LILW). These radioactive wastes must be managed and disposed of in an environmentally safe manner. As a result, the necessity of the selection of the appropriate waste disposal system, as well as the development of the safety assessment methodology are obvious. The developed safety assessment methodology, has the performance prediction of Romanian repository for an object. In consideration of Romanian selected site specific conditions - a semi-arid region with a large depth of the unsaturated zone - the source term model and unsaturated zone flow and transport are considered the most important modules of the methodology. This paper presents the results of the source term evaluation and the development of the site-specific conceptual model for unsaturated zone and radionuclide transport simulation for low and intermediate level waste Romanian repository.
机译:自1996年以来,罗马尼亚已成为30 *核电站的运行国。切尔纳沃达核电站(CNPP)的运行除了产生乏燃料外,还将产生大量的中低水平废物(LILW)。这些放射性废物必须以对环境安全的方式进行管理和处置。结果,选择合适的废物处理系统的必要性以及安全评估方法的发展是显而易见的。所开发的安全评估方法具有对对象罗马尼亚存储库的性能预测。考虑到罗马尼亚选择的地点的特定条件-半干旱区域具有较大的非饱和区深度-源项模型以及非饱和区的流动和迁移被认为是该方法学中最重要的模块。本文介绍了源术语评估的结果,以及针对特定地点的非饱和区概念模型的开发以及中低级废物罗马尼亚储存库的放射性核素迁移模拟。

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