The model of the radiation transport in the matter of heterogeneous materials of the porous type

The physical and geometrical models of the heterogeneous porous medium with direct view of its microstructure are worked out. The algorithm of calculating the energy and pulse probability distributions for the particles interacting with the complex chemical compound is developed. The distributions are used for detail modeling of the scattering and absorption processes in complex heterogeneous materials. An approach for the discrete description of the realistic geometry of the heterogeneous porous medium with direct view of its structure at the micro level is elaborated. The approach includes the algorithm of build the detector system for statistical estimation of the radiation energy deposit in an irradiated object. The applications of the developed simulation tool are presented in terms of results obtained with use of the hybrid computing cluster K-100.