Investigation of the heat transfer in TEMHD driven swirling lithium flow

Xu W.; Surla V.; Jaworski M.A.; Lee M.; Mui T.; Neumann M.J.; Ruzic D.N.

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Investigation of the heat transfer in TEMHD driven swirling lithium flow

机译：TEMHD驱动的旋流锂流传热研究

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Thermoelectric magnetohydrodynamic (TEMHD) driven flow was recently observed directly in SLiDE experiment when the lithium is heated by a non-uniform electron beam and affected by the magnetic field in the same direction. This type of flow is believed to have the ability transferring the heat from the hot spot to the cool part efficiently in a convection way. Detailed temperature distribution and heat transfer in this flow is investigated with the help of infrared camera system. A 3D convection heat transfer model is applied to explain the experiment results.

机译：最近，在SLiDE实验中直接观察到热电磁流体动力学（TEMHD）驱动的流动，这是因为锂被不均匀的电子束加热并受到相同方向的磁场的影响。据信这种类型的流具有以对流方式将热量从热点有效地传递到冷部分的能力。在红外热像仪系统的帮助下，详细研究了该流动中的温度分布和热传递。应用3D对流换热模型来解释实验结果。

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《Journal of Nuclear Materials: Materials Aspects of Fission and Fusion》 |2011年第1suppla期|共4页
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Xu W.; Surla V.; Jaworski M.A.; Lee M.; Mui T.; Neumann M.J.; Ruzic D.N.;
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1. Investigation of the heat transfer in TEMHD driven swirling lithium flow [J] . Xu W., Surla V., Jaworski M.A., Journal of Nuclear Materials: Materials Aspects of Fission and Fusion . 2011,第1Suppla期

机译：TEMHD驱动的旋流锂流传热研究
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Investigation of the heat transfer in TEMHD driven swirling lithium flow

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