通过离子交换分离核素的核燃料后处理技术的新开展和放射性物质分离去除技术的应用;通过离子交换分离核素的核燃料后处理技术的新开展和放射性物质分离去除技术的应用;Development of Advanced Reprocessing Process with Nuclide Separation by Use of Ion ExchangeTechniques and Their Application for Removal Methods of Radioactive Nuclides

Tatsuya Suzuki
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引用次数: 0

摘要

利用离子交换技术,提出并开发了HCl体系核素分离的先进后处理工艺和现有或改进后处理工艺产生的高放射性废液的核素分离工艺。此外,我们在核素分离研究中开发的离子交换技术和离子交换吸附剂的合成方法也被应用于严重事故污染水的净化技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
イオン交換による核種分離を伴う核燃料再処理技術の新展開と放射性物質の分離除去技術への応用;イオン交換による核種分離を伴う核燃料再処理技術の新展開と放射性物質の分離除去技術への応用;Development of Advanced Reprocessing Process with Nuclide Separation by Use of Ion Exchange Techniques and Their Application for Removal Methods of Radioactive Nuclides
An advanced reprocessing process with the nuclide separations in HCl system and the nuclide separation processes from high-level radioactive liquid wastes generated from the existing or its improved reprocessing process have been proposed and developed by using the ion exchange techniques. In addition, the ion exchange techniques and the synthesis methods of ion exchange adsorbents developed in our nuclide separation studies were applied to the decontamination techniques for the contaminated water generated by severe accidents.
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