Optimization of the conditions of the atomic emission analysis of zirconia and corundum nanoceramics by simulating physicochemical processes in spectrum excitation sources

A software complex has been developed which provides the optimization of the conditions of the spectrochemical analysis of nanoceramics by the simulation of the physicochemical processes taking place in the plasma of an arc discharge. The optimization aimed at developing procedures for the determination of the weight fraction of modifiers (Y, Mg, B, Fe, and Si oxides) in zirconia and corundum nanoceramics.