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Theoretical and experimental performance analysis for cold trap design

机译:冷阱设计的理论和实验性能分析

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摘要

Cold trap is a purification unit used in sodium system of FBR's for maintaining the oxygen/hydrogen level in sodium within acceptable limits. It works on the principle of crystallization and precipitation of oxides/hydrides of sodium in a wire mesh, when the temperature of sodium is reduced below the saturation temperature. The cold traps presently used have lower effectiveness and get plugged prematurely. The plugged cold traps are cleaned and then put back into service. Frequent cleaning of cold trap results in the long down time of the sodium system. New design of cold trap has been conceived to overcome the above problems. The mathematical modeling for the new design was carried out and validated with experimentally tested results for its effectiveness. This paper shares the experience gained on the new design of cold trap for FBR's.
机译:冷阱是FBR钠系统中使用的纯化单元,用于将钠中的氧/氢水平维持在可接受的范围内。当钠的温度降低到饱和温度以下时,它就按照钠在金属丝网中的结晶和沉淀的原理工作。当前使用的冷阱效率较低,并且过早堵塞。清洁已堵塞的冷阱,然后重新投入使用。频繁清洗冷阱会导致钠系统停机时间长。为了克服上述问题,已经构思出新的冷阱设计。进行了新设计的数学建模,并通过实验测试的结果对其有效性进行了验证。本文将分享在新型FBR冷阱设计中获得的经验。

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