Issues of the heat dissipation coming from a big surface through a much smaller one

J. Vián, J. Esarte, D. Astrain, J. Aguas, M. Domiguez
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引用次数: 2

Abstract

Considering thermoelectric refrigeration, it is remarkable how a small surface (Peltier pellet) should remove the heat emerging from a surface (surface of the place to be refrigerated) much larger than the one previously mentioned. Therefore, a problem of heat flux addressing rises. This work attempts to present, from a wide point of view, a possible device, based on the capillary phenomenon appearing in the porous media, capable of getting this heat flux addressing what makes easier the heat removal and improves the system efficiency. Furthermore, this element would improve the efficiency reached by the thermoelectric refrigerators including the current phase change devices.
从一个大表面到一个小表面的散热问题
考虑到热电制冷,一个小的表面(珀尔帖颗粒)如何去除比前面提到的大得多的表面(要冷藏的地方的表面)产生的热量是值得注意的。因此,热通量寻址问题就出现了。本工作试图从广泛的角度提出一种可能的装置,该装置基于多孔介质中出现的毛细现象,能够获得这种热流密度,从而更容易地消除热量并提高系统效率。此外,该元件将提高热电冰箱达到的效率,包括目前的相变装置。
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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