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Pool-boiling CHF enhancement by modulated porous-layer coating: theory and experiment

机译:通过调制多孔层涂层增强池沸腾CHF:理论和实验

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摘要

Modulated(periodically non-uniform thickness)porous-layer coatings, as an example of capillary artery-evaporator systems, are experimentally shown to enhance the pool-boiling critical heat flux nearly three times over that of a plain surface. The modulation separates the liquid and vapor phases, thus reducing the liquid-vapor counterflow resistance adjacent to the surface. Theories are suggested for two independent mechanisms capable of causing the liquid choking that leads to the critical heat flux.
机译:作为毛细管动脉蒸发器系统的示例,调制(周期性厚度不均匀)多孔层涂层在实验上显示出比普通表面提高了池沸腾临界热通量近三倍。调制使液相和气相分离,从而减小了靠近表面的液汽逆流阻力。针对两种独立的机制提出了理论,这些机制能够引起导致临界热通量的液体阻塞。

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