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Surface reactivity of uranium hexafluoride (UF6)

机译:六氟化铀(UF6)的表面反应性

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摘要

The present article reviews a selection of results obtained in the AREVA/CNRS/UCA joint research laboratory. It focuses on interfaces formed by uranium hexafluoride (UF6) with chemical filter (purification), carbon (UF6 storage), and metallic substrate (corrosion). As a matter of fact, along the nuclear fuel cycle, metallic surfaces of the fluorination reactors, cooling systems (for the liquefaction of UF6), and storage containers are in contact with UF6, either in the gas or in the liquid phase. For the removal of volatile impurities before the enrichment, surface of chemical filters with a high specific surface area must be enhanced for both selectivity and efficiency. To store depleted UF6 (U-238), graphite intercalation compounds are proposed and preliminary results are presented. (C) 2018 Academie des sciences. Published by Elsevier Masson SAS.
机译:本文综述了在ARSVA / CNR / UCA联合研究实验室中获得的结果。 它侧重于六氟化铀(UF6)与化学过滤器(纯化),碳(UF6储存)和金属基材(腐蚀)形成的界面。 事实上,沿着核燃料循环,氟化反应器的金属表面,冷却系统(用于UF6的液化),以及储存容器在气体中或液相中与UF6接触。 为了在富集之前去除挥发性杂质,必须增强具有高比表面积的化学过滤器的表面,用于选择性和效率。 为了储存耗尽的UF6(U-238),提出了石墨嵌入化合物,并提出了初步结果。 (c)2018年Academie Des Sciences。 由Elsevier Masson SA出版。

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