核材料贮存用9977包的热分析

D. Tamburello, M. Kesterson, S. Hensel
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引用次数: 0

摘要

9977是美国能源部(DOE)用于运输含钚材料的运输包。该包采用一个直径6英寸的密封容器和一个泡沫包,以防止火灾和撞击事件。储存设施的火灾,比监管运输火灾更热,时间更长,被评估以确保维持放射性物质的密封。此外,还考虑了泡沫降解的敏感性分析,以保守地模拟泡沫在储存过程中的潜在老化效应。确定了在假设的设施火灾期间维持安全壳所需的最小泡沫厚度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermal Analysis of the 9977 Package Used for Nuclear Material Storage
The 9977 is a US Department of Energy (DOE) shipping package used to transport plutonium bearing materials. The package utilizes a single 6 inch diameter containment vessel and a foam overpack to protect against fire and impact events. A storage facility fire, hotter and longer than the regulatory transportation fire, is evaluated to ensure radioactive material containment is maintained. A sensitivity analysis of foam degradation is also considered to conservatively simulate potential aging effects of the foam during storage. A minimum foam thickness needed to maintain containment during the hypothetical facility fire is determine.
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