利用三通T口阀开发和测试多蒸发器回路热管

Afiq Amhar, N. Putra
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引用次数: 1

摘要

多蒸发器环路热管(MELHP)作为一种可靠的热管理系统,其可行性和性能得到了验证。除了能够冷却多个热源外,MELHP还有一个内置功能,即热负荷共享。本研究利用两个蒸发器和一个冷凝器的环形热管上的三通T口阀来调节一个回路是使用一个蒸发器还是两个蒸发器。采用改性的商用聚四氟乙烯作为芯材,对三种配置的蒸发器进行了热负荷测试。试验通过向蒸发器施加热负荷,直到回路达到最高温度70℃。研究发现,双蒸发器环状热管(MELHP)与单蒸发器环状热管(LHP)在传热能力方面存在一些有趣的现象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development and testing multiple evaporator loop heat pipe utilizing three way T port valve
The feasibility and the performance of Multiple Evaporator Loop Heat Pipe (MELHP) has been developed and tested as a robust device for a thermal management system. Aside from the ability to cool multiple heat sources, MELHP also had a built-in function that was known as heat load sharing. This research utilized three-way T port valves on loop heat pipe with two evaporators and one condenser in order to adjust a loop whether using one evaporator or two evaporators. Using modified commercial PTFE as a wick material, MELHP was tested by applied heat load to evaporators in 3 configurations. The test was conducted by applying heat load into the evaporator until the loop reached the maximum temperature, which is 70 °C. It was found that there were some interesting phenomenon between the loop heat pipe with two evaporators (MELHP) and one evaporator (LHP) in matters of heat transport capability.
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