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PROLIFERATION RESISTANCE ANALYSIS FOR ADVANCED SPENT FUEL CONDITIONING PROCESS

机译:先进的燃料油调节过程的抗扩散性分析

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The Advanced Spent Fuel Conditioning Process (ACP) is an electro-chemical spent fuel treatment technology, which is under development by the Korea Atomic Energy Research Institute (KAERI). The KAERI has been developing this technology in terms of high-level waste (HLW) management since 1997 and is planning to perform a lab-scale demonstration in 2008. The goal of the project is to recover more than 99% of the actinides in metallic form from oxide-spent fuel in a proliferation-resistant manner. In this paper, the proliferation resistance of the ACP technology has been examined based on the Nuclear Energy Research Advisory Committee’s TOPS (Task Force on Technology Opportunities for Increasing the Proliferation Resistance of Global Civilian Nuclear Power System) metrics. Several options to enhance the resistance of the facility and its materials to possible proliferation threats were also discussed.
机译:高级废燃料调节过程(ACP)是一种化学废燃料处理技术,由韩国原子能研究院(KAERI)开发。 KAERI自1997年以来就一直在高水平废物(HLW)管理方面开发该技术,并计划在2008年进行实验室规模的演示。该项目的目标是回收金属中99%以上的act系元素。由氧化物消耗的燃料以抗扩散的方式形成。本文根据核能研究咨询委员会的TOPS(提高全球民用核电系统的抗扩散能力的技术机会特别工作组)指标对ACP技术的扩散阻力进行了研究。还讨论了增强设施及其材料对可能的扩散威胁的抵抗力的几种选择。

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