Asthana R
Manufacturing Engineering, Technology Department, University of Wisconsin-Stout, Menomonie, Wisconsin, 54751
J Colloid Interface Sci. 2000 Nov 15;231(2):398-400. doi: 10.1006/jcis.2000.7143.
The penetration kinetics of a cylindrical capillary and a capillary porous body with a temporally expanding capillary radius due to reactive dissolution ahead of the liquid front is modeled under conditions where the equilibrium contact angle is not attained during at least part of the penetration process. These effects cause deviations from the predictions of the Washburn equation, with the actual penetration kinetics depending upon the rate processes involved. Copyright 2000 Academic Press.
在至少部分渗透过程中未达到平衡接触角的条件下，对圆柱形毛细管和由于液体前沿前方的反应性溶解而具有随时间扩展的毛细管半径的毛细管多孔体的渗透动力学进行了建模。这些效应导致与沃什伯恩方程的预测产生偏差，实际的渗透动力学取决于所涉及的速率过程。版权所有2000年学术出版社。
