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Design and fabrication of flat heat pipes with different length

机译:设计和制造具有不同长度的扁平热管

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摘要

In this paper, two SOG structure micro heat pipes array (MHPs) with different length were fabricated, filled and tested. The MHPs were fabricated employing a silicon anisotropic etch technique. A new fill technology was used to inject the working fluid. The experiments were carried out to compare the effects of fluid fill rates between two MHPs with different length. The results revealed that for the long MHPs the highest heat transfer capacity exists with the fill ratio of 35% and for the short one the optimal fill ratio is 45%. The temperature profiles are also considered for two kinds of MHPs respectively. The results indicated that the long MHPs and the short MHPs have nearly the same heat transfer capacity with their optimal fill ratio repectively.
机译:在本文中,制造,填充和测试了两个具有不同长度的晕厥结构微热管阵列(MHP)。使用硅各向异性蚀刻技术制造MHP。使用新的填充技术注入工作流体。进行实验以比较流体填充率在具有不同长度之间的流体填充率的影响。结果表明,对于长MHP,最高的传热能力存在于35%的填充率,并且对于短的最佳填充率为45%。温度型材也分别考虑了两种MHP。结果表明,长MHP和短MHP具有几乎与其最佳填充率重叠的传热容量几乎相同。

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