热科学学报（英文版）2005，Vol.14Issue(3)：272-280,9.
Super-High Heat Flux Removal Using Sintered Metal Porous Media
Super-High Heat Flux Removal Using Sintered Metal Porous Media
Kazuhisa YUKI 1Jun ABEI 2Hidetoshi HASHIZUME 1Saburo TODA3
作者信息
- 1. Dept.of Quantum Sci. and Energy Eng., Tohoku University, Aramaki-Aoba, Aoba, Sendai, 980-8579,Japan
- 2. DENSO Corporation,1-1 Showa-cho,Kariya,Aichi,448-8661,JAPAN
- 折叠
摘要
Abstract
Heat transfer experiments using various porous materials are performed to verify the possibility of extremely highheat flux removal (several dozens of MW/m2). The porous media introduced in this experiment are bronze particle-sintered ones and copper fibers-sintered ones that have high thermal conductivity, each of which can enhance the thermal diffusion in the porous material. From the heat transfer experiments using a non-transferredtype of plasma arcjet as a high heat flux source, the steady heat removal of 66.0 MW/m2 is proved by using the bronze porous medium whose pore size and porosity are 100 μm and 0.38, respectively. Furthermore, as the result of eveluating the heat removal performance for various copper fiber porous media with the porosity from 0.5 to 0.7 and the fiber diameter from 30 to 90 μm, it is clarified that the maximum cooling performance exceeds 70.0MW/m2 at the porosity of 0.7 and the fiber diameter of 90 μm, and that using the lower porosity material is useful for improving an evaporation rate in the porous media.关键词
heat transfer/porous mediaKey words
heat transfer/porous media分类
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Kazuhisa YUKI,Jun ABEI,Hidetoshi HASHIZUME,Saburo TODA..Super-High Heat Flux Removal Using Sintered Metal Porous Media[J].热科学学报（英文版）,2005,14(3):272-280,9.
