CAJ | 학술논문

微射流冲击作为一种高热流冷却技术,在大功率激光器、微电子芯片等微型高热流器件冷却方面有广阔应用前景.本文对微射流阵列冲击恒热流表面的换热情况进行数值模拟,详细分析了微射流阵列的换热特点,对比了射流孔顺排和叉排方式的冷却性能,得出射流入口雷诺数、射流孔间距、射流高度等因素对冷却特性的影响规律.
미사류충격작위일충고열류냉각기술,재대공솔격광기、미전자심편등미형고열류기건냉각방면유엄활응용전경.본문대미사류진렬충격항열류표면적환열정황진행수치모의,상세분석료미사류진렬적환열특점,대비료사류공순배화차배방식적냉각성능,득출사류입구뢰낙수、사류공간거、사류고도등인소대냉각특성적영향규률.
Micro-jet array impingement as a high heat flux cooling technology has potential application to a high power laser, micro-electronic clip and other high heat flux devices. The heat transfer characteristics of micro-jet array impinging on constant heat flux wall is simulated and analyzed in this paper. The cooling effect with both staggered and paralleled jet holes arrangement is compared, and finally the effects of jet Reynolds number, the distance of adjacent jet holes, impinging distance on cooling characteristics are studied.