Nearsurface heterogeneity in a nonferromagnetic electro-conductive half-space

Abstract

In the frame of the local nonhomogeneous electroconductive solid model the regularities of near
surface heterogeneity in half-space are studied. The heterogeneity of physical and mechanical
fields is caused by the material structure, the mass sources, associated with method of real body
surface forming, and the forces of Coulomb interaction. It is shown that in a free of force load
body the values of surface stress, charge, thermodynamic electric potential are defined by physical
parameters of the material and the body. Electric double layer is the result of near-surface binding
energy heterogeneity and the forces of Coulomb interaction.