The scheme of numerical optimization of the parameters of electrophysical processings in heterogeneuos solid elements

Abstract

Describing the conceptual basis of universal mathematical model of the nonlinear physical processes in heterogeneous systems (bodies) perturbed by field and temperature influences. Determined the main directions of practical application (in the future) constructed upon based this model method for software and hardware. As an example, describing the algorithm of numerical calculation and optimization of the parameters of the relaxation processes during the polarization in compound dielectric lattice structure (in particular in proton semiconductors and dielectrics (PSCD)) with the help of minimizing comparison function method (MCF) of theoretical and experimental results. The basis of the MCF-method is necessary for the numerical comparison maxima points calculated by the formulas of the existing theory of proton relaxation and measured in the experiment.