The calculated results are in good agreement with experimental values, and this shows that the proposed model can be used to describe satisfactorily the processes of multicomponent interphase mass transfer.

Based on the principle of pressure gradient diffusion,the mechanism of the influence of surface tension on interphase mass transfer was brought forward,and a mathematical description of the influence was presented exploringly.

Molecular dynamics simulation and study on some related topics of phase change heat transfer;

A numerical model of freezing-thawing phase change heat transfer process in biological tissue and tumor was established in this paper.

The researches of phase change heat transfer are reviewed in this paper from the following four aspects.

In order to overcome the difficult problem,of accurately calculating convective heat transfer along liquid-vapor interfaces,in theoretical analysis work,a heat transfer model,based on the vapor-phase heat transfer model,has been formulated for saturated evaporating liquid laminar flow films acted upon by co-current or counter-current interfacial shear.

The axisymmetric dual reciprocity boundary element method is extended to numerically simulate the axisymmetric flow and phase-change heat transfer process in porous medium.

In order to simulate the eroding state of hearth exactly,an unsteady mathematical model including phase-change heat transfer was developed and the different treatment methods of latent heat were compared.

This paper deals with the phase-change heat transfer in a minichannel.