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首页> 外文会议>Proceedings of the international topical meeting on advanced reactors safety >Experimental and Analytical Programs Investigating Cooling of a Continuous Mass of Relocated Debris
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Experimental and Analytical Programs Investigating Cooling of a Continuous Mass of Relocated Debris

机译：实验和分析程序，研究冷却的连续移动重块碎片

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摘要

The coolability of a continuous mass of primarily ceramic debris after relocation from the core to a lower plenum filled with water is being investigated. Because of the potential impact that improved debris cooling models may have on severe accident analyses, the Idaho National Engineering Laboratory (INEL) and other research organizations have proposed analytical and experimental programs to address debris coolability questions. Stress and thermal analysis results from INEL scoping calculations are summarized in this paper. Insights gained from these calculations related to debris coolability test material composition, decay heat, debris heat flux, and pressure are used to compare debris coolability research programs proposed by various organizations.
机译：从核心移到充满水的下气室后，主要陶瓷碎片的连续块的可冷却性正在研究中。由于改进的碎片冷却模型可能会对严重事故分析产生潜在影响，因此爱达荷州国家工程实验室（INEL）和其他研究组织提出了分析和实验计划，以解决碎片冷却性问题。本文总结了INEL范围计算中的应力和热分析结果。从这些与碎片冷却性测试材料成分，衰减热，碎片热通量和压力有关的计算中获得的见解用于比较各个组织提出的碎片冷却性研究程序。

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