Size Dependence of Adsorption and Interphase Tension at the Boundary between Nanoparticles and the Matrix in a Binary System

Abstract

The size dependence of the N-variant component adsorption and interfacial tension are considered with allowance for the nanoscale effect on the volume and surface characteristics of nanoparticles and the matrix in a binary system. Numerical calculations are performed at 2200 K in a Ti–Mo system. The positive adsorption of titanium \((\Gamma _{Ti} {(N)} > 0)\) under isobaric–isothermal conditions is identified.