REPROCESSING OF NUCLEAR FUEL: OVERVIEW/CRITIQUE OF WORLDWIDE EXPERIENCE AND ENGINEERING/TECHNOLOGY CHALLENGES FOR SEPARATIONS

机译：核燃料的后处理：概述/全球经验和分离的工程/技术挑战

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Nuclear fuel reprocessing was developed for recovery of plutonium for use in nuclear weapons with regard for ultimate disposal of radioactive wastes. Consequently, significant amounts of actinides remain in those wastes. France and Great Britain have become major commercial reactor fuel reprocessors of fuel from light reactors and gas-cooled reactors, and have paid special attention t5o waste disposal. Other countries have developed fuel reprocessing for their own use. High-level radioactive wastes from weapons production and from commercial fuel reprocessing are now vitrified in preparation for eventual storage in geological repositories. More efficient reprocessing methods have resulted in reduced actinide content in reprocessing wastes. However, there is much room for improvement in reprocessing as well as in nuclear waste management.

机译：开发了核燃料后处理，以回收用于核武器的p，以最终处置放射性废物。因此，这些废物中残留了大量significant系元素。法国和英国已成为轻型反应堆和气冷反应堆燃料的主要商业反应堆燃料后处理机，并特别重视废物处理。其他国家已经开发了供自己使用的燃料后处理。现在，对武器生产和商业燃料后处理产生的高放射性废物进行了玻璃化处理，以准备将其最终存储在地质处置库中。更有效的后处理方法导致后处理废物中act系元素的含量降低。但是，在后处理以及核废料管理方面还有很大的改进空间。

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《Chemical separations technologies and related methods of nuclear waste management : Applications, problems, and research needs》|1998年|29-52|共24页
会议地点 Dubna(RU)
作者
R. G. WYMER;
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作者单位

Oak Ridge National Laboratory (retired) Oak Ridge, TN 37830 U.S.A.;

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原文格式 PDF
正文语种 eng
中图分类 X59;
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1. Current Status on Reprocessing Technology of Fast Reactor Fuel Cycle Technology Development (FaCT) Project in Japan: Overview of Reprocessing Technology Development [J] . Tomozo KOYAMA, Tadahiro WASHIYA, Hiroki NAKABAYASHI, Revue generale nucleaire . 2009,第6期

机译：日本快速反应堆燃料循环技术开发（FaCT）项目的后处理技术现状：后处理技术发展概况
2. The Application of an Advanced Ion Exchange Process to Reprocessing Spent Nuclear Fuels, (I)Separation Behavior of Fission Products from Uranium [J] . Yuezhou WEI, Mikio KUMAGAI, Yoichi TAKASHIMA, Journal of nuclear science and technology . 1998,第5期

机译：先进的离子交换工艺在乏核燃料后处理中的应用，（I）铀裂变产物的分离行为
3. FACTS OR OPINIONS? CLIMATE POLITICS AND ANTI-CARBON POLICY CARBON FUELS AND CARBON FINANCE IPCC CRITIQUE AND SCIENCE DEBATES THE NEW MALTHUSIANS GREEN TECHNOLOGY AND BIOFUELS NUCLEAR PROGRESS [J] . Energy & Environment . 2008,第8期

机译：事实还是意见？气候政治和反碳政策碳燃料和碳金融IPCC的批判和科学论证了新的马尔代夫绿色技术和生物燃料核技术的进步
4. REPROCESSING OF NUCLEAR FUEL: OVERVIEW/CRITIQUE OF WORLDWIDE EXPERIENCE AND ENGINEERING/TECHNOLOGY CHALLENGES FOR SEPARATIONS [C] . NATO advanced study institute on chemical separations technologies and related methods of nuclear waste management : Applications, problems, and research needs . 1999

机译：核燃料的再处理：全球经验和工程/技术挑战概述/批判
5. COMPARATIVE EVALUATION OF NUCLEAR FUEL REPROCESSING TECHNIQUES FOR ADVANCED FUEL CYCLE CONCEPTS. [D] . SELVADURAY, GUNA SEELAN -1

机译：先进燃料循环概念的核燃料后处理技术的比较评估。
6. Identification of a chemical fingerprint linking the undeclared 2017 release of 106Ru to advanced nuclear fuel reprocessing [O] . Michael W. Cooke, Adrian Botti, Dorian Zok, 2020

机译：鉴定化学指纹将未申报的2017Ru版本的106Ru与先进的核燃料后处理联系起来
7. Reprocessing of nuclear fuels by volatility separations in fluidized beds / [O] . Wachtel, S. J., Brookhaven National Laboratory., U.S. Atomic Energy Commission. 1966

机译：通过流化床中的挥发性分离对核燃料进行再处理/
8. Laboratory Plant for the Nuclear Fuel Reprocessing. XIII. A Laboratory Research into the Technology of the Reprocessing of Spent Nuclear Fuel from the WWR-S Reactor by Extraction with 30% Tri-N-Butyl Phosphate in n-Dodecane [R] . aier, V., Fidler, J., Seidl, K. 1978

机译：核燃料再加工实验室工厂。十三。利用正十二烷中30％三正丁基磷酸酯萃取WWR-s反应器废旧核燃料后处理技术的实验室研究

REPROCESSING OF NUCLEAR FUEL: OVERVIEW/CRITIQUE OF WORLDWIDE EXPERIENCE AND ENGINEERING/TECHNOLOGY CHALLENGES FOR SEPARATIONS

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