临界安全指的是在核工业实用中,为避免发生意外超临界事件的一种专门技术,又称为核临界安全。
In general, when doing analyses of criticality safety of spent fuel transport or storage, one assumption is that the compositions of the spent fuel are same as the fresh fuel.
传统上,在分析乏燃料贮存、运输中的临界安全问题时,以燃料的最高富集度,即以新燃料的富集度为依据。
参考来源 - 燃耗信任制技术在压水堆乏燃料贮存水池中应用的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
暗穴临界安全厚度对地层影响角的变化不敏感。
The critical safety thickness of hidden cavity is not sensitive to influence angle of stratum.
分析了动荷载振幅、频率对顶柱临界安全厚度的影响。
The influence of amplitude, frequency of dynamic loading on critical safety thickness of top pillar has been analyzed.
定性分析了安全系数、地面荷载与临界安全厚度的关系;
The qualitative analysis on the relation of safety coefficient and ground loading with critical safety thickness is made.
应用推荐