1)  Spent fuel storage time
乏燃料冷却时间
2)  Spent Fuel
乏燃料
1.
International Legal Regulation on the Management of Radioactive Waste: The Joint Convention on the Safety of Spent Fuel Management and Radioactive Waste Management;
放射性废物管理的国际法制度——《乏燃料管理安全和放射性废物管理安全联合公约》的视角
2.
Radioactivity calculation of spent fuel elements of No. 300 reactor using ORIGEN2;
应用ORIGEN2估算300~#反应堆乏燃料元件活度
3.
Burning of spent fuel of an accelerator-driven modular HTGR in sub-critical condition;
乏燃料在加速器驱动的次临界模块式HTGR中的燃烧
3)  spent nuclear fuel
乏燃料
1.
A lithium reduction technique has been developed as an effective method for reducing the volume and radiation of the spent nuclear fuel, which can benefit to the disposal and management of the spent nuclear fuel.
使用后的核燃料-乏燃料的锂化还原处理技术是能够有效地减小乏燃料的体积和辐射性的一种新技术,便于其储存和管理。
2.
The potential incorporation of radionuclides into uranyl phases that would form during the oxidative corrosion of spent nuclear fuel has been recognized as an important mechanism for radionuclide immobilization in the near-field of geological repositories.
乏燃料蚀变次生矿物对放射性核素的捕获作用对于高放废物处置系统的安全性具有重要影响。
4)  Spent fuel cask
乏燃料罐
5)  irradiated fuel
乏燃料
6)  spent fuel pit
乏燃料池
参考词条
补充资料：乏燃料冷却期
分子式：
CAS号：

性质：乏燃料出堆后必须冷却一段时间。(1)降低乏燃料的放射性水平，使短寿命核素衰变。(2)保证新生成的易裂变物质的回收率。(3)保证放射性很强的237U或234Th衰变到一定程度，以使其放射性不影响以后的加工。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。