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Releasable activity and maximum permissible leakage rate within a transport cask of Tehran Research Reactor fuel samples

机译:德黑兰研究堆燃料样品运输桶内的可释放活性和最大允许泄漏率

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Containment of a transport cask during both normal and accident conditions is important to the health and safety of the public and of the operators. Based on IAEA regulations, releasable activity and maximum permissible volumetric leakage rate within the cask containing fuel samples of Tehran Research Reactor enclosed in an irradiated capsule are calculated. The contributions to the total activity from the four sources of gas, volatile, fines, and corrosion products are treated separately. These calculations are necessary to identify an appropriate leak test that must be performed on the cask and the results can be utilized as the source term for dose evaluation in the safety assessment of the cask.
机译:在正常和事故情况下对运输桶的控制对公众和运营商的健康与安全都很重要。根据国际原子能机构的规定,计算了装有辐照胶囊的德黑兰研究堆燃料样品桶内的可释放活性和最大允许体积泄漏率。气体,挥发物,细粉和腐蚀产物这四种来源对总活性的贡献分别进行了处理。这些计算对于确定必须在桶中执行的适当泄漏测试是必要的,并且结果可以用作在桶安全性评估中进行剂量评估的源项。

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