Use of Engineered Materials to Reduce Both Strainer Head Loss and Fiber Bypass for Emergency Core Cooling Systems

A. Bilanin, A. Kaufman, W. Bilanin
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Abstract

Testing has shown that the use of engineered materials that can be combined with Loss of Cooling Accident generated debris has the ability to reduce debris head loss for boiling water and pressurized water reactors on Emergency Core Cooling System strainers. This engineered material has also been shown to reduce the amount of fiber that penetrates a strainer and continues downstream toward the fuel. Large scale testing is described that demonstrates that engineered materials can reach the strainers and reduce head loss. Small scale testing is described that demonstrates that engineered material can reduce the amount of fiber that can penetrate a strainer.
使用工程材料减少应急堆芯冷却系统的过滤器水头损失和光纤旁路
试验表明,使用可与事故产生的碎片相结合的工程材料,能够减少应急堆芯冷却系统过滤器上沸水和压水堆的碎片水头损失。这种工程材料也被证明可以减少穿透过滤器并继续向下游进入燃料的纤维量。大规模试验表明,工程材料可以达到过滤器和减少水头损失。小规模的测试表明,工程材料可以减少纤维的数量,可以穿透过滤器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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