Abstract
In this study, we evaluate the boiling and evaporation heat transfer performance of the uni-directional porous media that have been proposed as a heat removal device in the high heat flux environment. Uni-directional porous media have effects such as direct supply of coolant to a heat transfer surface, promotion of evaporation and vapor discharge, high effective thermal conductivity and reduction of thermal contact resistance. As a result, we achieved a high heat removal performance of 10 MW/m2 at the low flow rate and the low subcooling.
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