致力于沸腾中非平衡、非线性和随机性特性探索分析,从非平衡非线性角度考察液相的密度锹洹⒊珊恕⑵菪纬缮?气泡协同及与边界和热流体相互作用、沸腾形态变化特性等,以期建立新的沸腾理论体系,探索相适应的实验技术,显示和再现非线性规律.本研究将从全新嵌热鲜斗刑诠棠谠诒局?开创新的研究方向,推动基础研究和应用技术发展。

A series of investigations was conducted to recognize and understand nucleation site interaction phenomena and bubble dynamic behavior. The non-equilibrium interaction between wall, liquid and thermal process was analyized and associated new heat transfer expressions were derived. A cluster model of nucleation was proposed to describe physical structure of nucleation and bubble evolution and scale effect was recognized. Jet-flow and bubble sweeping were observed on a very small heating wire. These phenomena reveal that there exist highly non-equilibrium and non-linear interaction in boiling and provide new evidences for understanding complicated phenomena.