Nano-enhanced phase change materials were shown to be suitable for the thermal management of electronics under pulsed heat load. 纳米强化相变材料尤其适用于在脉冲式热负荷下工作的电子器件的热管理。
This thesis focuses on the study of various effects on microscale boiling under steady and pulsed heat flux. The corresponding thermodynamic models are developed to understanding the mechanism of microscale boiling nucleation and experiments were carried out to verify the results of the analyses. 本文重点研究恒定及脉冲热(PH)流下微尺度沸腾现象及其受各种因素的影响效果,并建立相应的热力学分析模型,结合实验研究,了解微尺度成核机理。