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首页> 外文期刊>Journal of enhanced heat transfer >CHARACTERISTICS OF THE FLOW AND HEAT TRANSFER OF GALLIUM IN A MINI-SCALE CHANNEL UNDER THE EFFECT OF MAGNETIC FIELD
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CHARACTERISTICS OF THE FLOW AND HEAT TRANSFER OF GALLIUM IN A MINI-SCALE CHANNEL UNDER THE EFFECT OF MAGNETIC FIELD

机译：磁场作用下微尺度通道中镓的流动和传热特性

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摘要

The characteristics of the heat transfer processes in a mini-scale channel of gallium flow under the influence of a transverse uniform magnetic field with a magnitude of 0.1 T are investigated numerically. The effect of the wall thermal boundary condition and the location of its application on the boundary are investigated by adopting three such boundary condition locations applied separately and in combination. Two values of Reynolds number are considered. Results show a clear impact of the induced electromagnetic force on the flow and heat transfer between gallium and the channel walls. The effect of the magnetic field on the flow and heat transfer increase with increasing the Reynolds number. The wall thermal boundary condition and the location of its application on the channel boundary have a great impact on the results.
机译：数值研究了横向均匀磁场在0.1 T量级的影响下，在微型镓通道中传热过程的特性。通过采用三个单独或组合应用的边界条件位置，研究了壁热边界条件的影响及其在边界上的位置。考虑雷诺数的两个值。结果表明，感应电磁力对镓与通道壁之间的流动和传热有明显影响。磁场对流动和传热的影响随雷诺数的增加而增加。壁热边界条件及其在通道边界上的应用位置对结果影响很大。

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