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首页> 外文期刊>Experimental Thermal and Fluid Science: International Journal of Experimental Heat Transfer, Thermodynamics, and Fluid Mechanics >The experimental study on flat plate heat pipe of magnetic working fluid
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The experimental study on flat plate heat pipe of magnetic working fluid

机译：磁性工作液平板热管的实验研究

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摘要

An effective thermal spreader can achieve uniform heat flux distribution and thus enhance heat dissipation of heat sinks. Flat plate heat pipe is one of the highly effective thermal spreaders. Magnetic fluid is liquid and can be moved by the force of magnetic field. Therefore, the magnetic fluid is suitable to be used as the working fluid of flat plate heat pipes which have a very small gap between evaporation and condensation surfaces. We prepared a disk-shaped wickless flat plate heat pipe, and the distance between evaporation and condensation surfaces is only 1 mm. From experimental study, the effect of heat flux and working fluid ratio on the performance of flat plate heat pipe is presented. Also we compared the experimental results between the performance of water and magnetic fluid as working fluids.
机译：有效的散热器可以实现均匀的热通量分布，从而增强散热器的散热效果。平板热管是高效的散热器之一。磁性流体是液体，可以在磁场力的作用下移动。因此，磁性流体适合用作在蒸发表面和冷凝表面之间具有很小间隙的平板热管的工作流体。我们准备了一个盘形无芯平板热管，蒸发表面和冷凝表面之间的距离仅为1 mm。通过实验研究，提出了热通量和工质比对平板热管性能的影响。我们还比较了水和磁流体作为工作流体的性能之间的实验结果。

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