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混合氧化物 (MOX) 燃料在酸中的溶解:一项综述

Tianchi Li¹, Fang Liu¹, Zhou Jia¹

¹China Institute of Atomic Energy, P. O. Box 275 (26) Beijing 102413, China.

|March 22, 2024

概括

在酸中溶解混合氧化物 (MOX) 燃料是由于高含量而面临的挑战. 本研究探讨了影响MOX溶解的因素,提出了可行的工业再加工途径.

科学领域:

核化学核化学核化学
材料科学材料科学材料科学
化学工程是化学工程的重要组成部分.

背景情况:

快速中子反应堆 (FNR) 是第四代核技术的前景.
混合氧化物 (MOX) 燃料再加工是核燃料循环中的关键但具有挑战性的步骤.
MOX燃料的酸溶解面临诸如高含量等障碍,导致放射性溶解,临界性风险和缓慢溶解.

研究的目的:

为了研究混合氧化物 (MOX) 燃料在酸中的溶解的化学方面.
分析各种参数对MOX燃料溶解效率的影响.
审查国际工程实践,并提出未来的工业再加工战略.

主要方法:

在酸中检查MOX燃料溶解化学.
调查包括燃料制造,催化剂离子,酸,含量,温度和超声波辅助等因素.
对MOX燃料溶解的全球工程实践的审查.

主要成果:

MOX燃料中的高含量使酸溶解复杂化,导致溶剂放射溶解和不溶性残留物增加等问题.
燃料制造,催化剂添加,酸,度,温度和超声波处理显著影响溶解速率和效率.
现有的工程实践在不同国家之间存在差异,这突显了优化工业路线的必要性.

结论:

高含量的有效管理对于成功的MOX燃料再加工至关重要.
优化溶解参数和探索超声波辅助等先进技术是克服当前挑战的关键.
通过整合研究成果和国际最佳实践,可以开发出可行的MOX燃料工业再加工途径.

关键词:

解散解散解散是一个过程.MOX燃油 MOX燃料的使用情况.核燃料的再加工是核燃料的再加工.

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