使用氧化石墨烯纳米流体的热虹吸操作倾斜对太阳能集热器影响的实验评价

Victor Vaurek Dimbarre, Guilherme Antonio Bartmeyer, Pedro Leineker Ochoski Machado, R. F. Turchiello, Thiago Antonini Alves
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引用次数: 0

摘要

. 热虹吸是一种被动的重力辅助传热装置,在两相循环中运行。它们能够以很小的温度梯度传递大量的热量。它们通常用于高压真空太阳能集热器,目的是提高这些热交换器的热效率。它们由三部分组成:蒸发器,负责吸收热量并将其传递给工作流体,使其蒸发并通过压差上升到蒸发器;冷凝器,负责与冷却流体交换热量,使工作流体能够冷凝和
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Avaliação Experimental Da Influência Da Inclinação De Operação De Termossifões Aplicados Em Coletores Solares Utilizando Nanofluido De Óxido De Grafeno
. Thermosyphons are passive gravity-assisted heat transfer devices operating in a two-phase cycle. They are able to transfer large amounts of heat with small temperature gradients. They are commonly used in high-pressure vacuum solar collectors, with the aim of improving the thermal efficiency of these heat exchangers. They are composed of three parts, the evaporator, responsible for absorbing heat and transferring, to the working fluid so that it evaporates and by pressure difference rises to the evaporator; the condenser, responsible for exchanging heat with the cooling fluid so that the working fluid can condense and
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