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Theoretical Analysis and Experimental Investigation on Designing Method of Micro-Groove Heat Pipe

机译:微槽热管设计方法的理论分析与实验研究

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摘要

In this paper, a kind of one-dimensional steady-state model is used to analyze and simulate the capillary motion of the working material in micro heat pipe. The character of this model is that it includes the influence of the interface friction, and the influence of the friction to the micro heat pipe's performance is also simulated and analyzed. The maximum heat transport capacity and the optimizing size of the grooves are calculated by this model. Some experiments have been carried out to evaluate the simulation results.
机译:本文采用一种一维稳态模型来分析和模拟微热管中工作材料的毛细运动。该模型的特点是它包括界面摩擦的影响,并且还模拟和分析了摩擦对微热管性能的影响。通过该模型计算出最大的传热能力和最佳的凹槽尺寸。已经进行了一些实验以评估仿真结果。

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