Interface Energy of Crystal Faces of IIА-Type Metals at Boundaries with Nonpolar Organic Liquids, Allowing for Dispersion and Polarization Corrections
The effect an organic liquid has on the orientation dependence of the polarization and dispersion corrections to the interface energy of IIА-type metals is considered. The interface energy of metal crystal faces is determined within these corrections using the electron statistic approach. The interface energy is calculated as a function of the atomic number of the element and of concentration of particles at the face.