The Mutual Influence of Relaxational and Induced Polarization

In dielectrics, relaxational polarization by permanent dipoles and polarization by induced dipoles may exist in parallel. Both polarizations can interact by their dipole fields influencing the total polarization. A computer aided method to calculate this polarization is developed. The method is based on repeated runs atom by atom through the system combining deterministic field calculations and probabilistic Monte Carlo steps. The impact of thermal vibrations is considered.