Abstract
Compositional change of a solid solution during its growth can be preserved as chemical growth zoning. Such zoning is often used to estimate formation conditions of crystals. Simple models with equilibrium of constant effective distribution coefficients for the growth interface have been applied to predict the growth zoning. However, several examples which can not be explained by such models have been presented. In the present study, the model where the interface kinetics is taken into considerations zoning is applied to predict the growth zoning.
