Abstract
By the methods of similarity theory and dimensional analysis, the set of equations of magnetothermomechanical diffusion for nonconducting ferrite bodies is reduced to the dimensionless form. We perform the quantitative analysis of typical dimensionless criteria for the diffusion of carbon in nickel–zinc spinel. The phenomena for which typical dimensionless parameters are much smaller than one are neglected. The well-known quasistatic approximation of the equations of electrodynamics is justified.
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