Dynamic Model of the Polaron for Studying Electron Hydration

Exploration of electron hydration on the basis of the technique developed by the authors in the dynamic model of the polaron is reviewed. The works that present the progress in theoretical and experimental studies of electron hydration are considered. Mathematical formulation of the problems and computational schemes are developed, and problem-oriented software packages using parallel programming MPI technology are created. Results of numerical simulation and calculation of observable physical characteristics of the electron hydration process under study are presented. The good agreement between the numerical calculations and corresponding experimental data shows that the methods suggested are effective and can be successfully used and advanced in the future.