Effect of Inclination on Efficiency of Heat Pipe

B. Kabnure, Rajkumar.D. Patil
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Abstract

Heat pipes are used in several applications, where one has limited space and the necessity of a high heat flux. Of course it is still in use in space applications, but it is also used in heat transfer systems, cooling of computers, cell phones and cooling of solar collectors. Especially for micro applications there is micro heat pipes developed as for cooling the kernel of a cell phone down. Due to limited space in personal computers and the growing computational power it was necessary to find a new way to cool the processors down. By means of a heat pipe it is possible to connect the processor cooling unit to a bigger cooling unit fixed at the outside to cart of the energy.In this paper, different tests were carried out at the different angle of inclination of heat pipe having same current and voltage. The efficiencies at each angle of inclination are calculated from the obtained data.
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倾角对热管效率的影响
热管在空间有限和需要高热流密度的情况下有多种应用。当然,它仍然在空间应用中使用,但它也用于传热系统,冷却电脑,手机和冷却太阳能集热器。特别是在微型应用中,有微型热管被开发出来用于冷却手机内核。由于个人电脑的空间有限,而计算能力不断增强,因此有必要找到一种新的方法来冷却处理器。通过热管,可以将处理器冷却单元连接到固定在能量车外部的更大的冷却单元。本文在相同电流和电压下,对不同的热管倾斜角度进行了不同的试验。根据所获得的数据计算出各倾角下的效率。
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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