KINETICS OF LIQUID PENETRATING INTO GRAIN BOUNDARY
来源期刊:中国有色金属学报(英文版)1995年第3期
论文作者:Chen, Kanghua Huang, Baiyun
文章页码:88 - 92
Key words:interface; interface energy; wetting; penetration
Abstract: The kinetic equation of liquid penetration was derived from the suppositions that the solid-liquid interface energy is less than half of the grain boundary energy and the penetration is controlled by the diffusion of solute. The equation, verified by the existed experiment, showed that both thermodynamics and kinetics of liquid penetrating into grain boundary are dependent on solid-liquid interface energy.