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平行通道热管
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  “平行通道热管”译为未确定词的双语例句
     Ground Experimenal Approaching of Melting inMonogroove Heat Pipe Under Microgravity
     零重力场中平行通道热管启动融化特性的地面实验
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  相似匹配句对
     Ground Experimenal Approaching of Melting inMonogroove Heat Pipe Under Microgravity
     零重力场中平行通道热管启动融化特性的地面实验
短句来源
     Summary of Typical Research Results on Flow Instability in Parallel Channels
     平行通道流动不稳定性的研究
短句来源
     THE DUAL RECIPROCITY BOUNDARY ELEMENT ANALYSIS OF THE THAW-STARTUP PROCESS IN MICROGRMITY MONOGROOVE MODELING HEAT PIPE
     微重力平行通道模拟热管融化起动过程的双倒易边界元分析
短句来源
     Research of Two Phase Flow Instability in Natural Circulation Loops with Parallel Channels
     平行通道自然循环流动不稳定性研究
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     nformation passage
     信息通道
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Based on the analysis of traansient conduction of composite systems with arbi- trary finite domains and numerical simulation, a ground experimental program was proposed to investigate melting in monogroove heat pipe under microgravity. In this program, two-dimensional experiments were employed to reveal the meltingcharacteristics of the complicated three-dimensional melting process in the heatpipe.The experimental measurements are in quite good agreement with both nu-merical simualtion and the prediction by...

Based on the analysis of traansient conduction of composite systems with arbi- trary finite domains and numerical simulation, a ground experimental program was proposed to investigate melting in monogroove heat pipe under microgravity. In this program, two-dimensional experiments were employed to reveal the meltingcharacteristics of the complicated three-dimensional melting process in the heatpipe.The experimental measurements are in quite good agreement with both nu-merical simualtion and the prediction by simplified analytical model.

本文根据物理过程与数值计算结果的分析,探索微零重力场中平行通道热管启动融化特性在地面实验的方法,即将三维问题合理地分解成二个二维平面的融化过程进行实验,原理性的实验表明,这种方法可在重力场中测试观察无重力影响时的融化过程,实验结果与数值计算很好吻合一致.本方法可望用以研究这种平行通道热管在航空飞行中启动融化的特性,因而具有其重要意义。

The dual reciprocity boundary element method to solve phase change moving interface problem is developed. The method is successfully used to numerically model thaw-startup process in microgravity monogroove modeling heat pipe. The numerical results are comparable to experimental data.

本文发展了一个双倒易边界元方法,成功地对微重力平行通道热管轴向截面模拟实验段的融化过程进行了数值模拟,给出了与实验可供比较的结果.

 
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