Abstract
The EPR parameters (g factors g (aEuro-), g (aSyen) and zero-field splitting D) of Mn(4+) ion in h-BaTiO(3) crystal are calculated from the complete high-order perturbation formulas based on a two-mechanism model for the EPR parameters of 3d (3) ions in trigonal symmetry. In the model, not only the widely used crystal-field mechanism, but also the charge-transfer mechanism (which is not considered in crystal-field theory) are included. The calculated results are in reasonable agreement with the experimental values. The relative importance of charge-transfer mechanism to EPR parameters and the defect structure of Mn(4+) centre in h-BaTiO(3) crystal obtained from the calculations are discussed.
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