Изучение и моделирование нестационарных процессов диффузии водорода в металлах

Abstract

The behavior of hydrogen in metals is becoming an increasingly multidisciplinary interdisciplinary problem at the intersection of physics and solid state chemistry. It is important to study the kinetic processes in metal-hydrogen systems, including the solution of diffusion problems. In this case, we carried out an experimental study and simulation of the processes of hydrogen diffusion to vacuum from previously flattened hydrogen metal plates of different thicknesses under thermal and radiation heating, and compared the results of numerical and analytical modeling with experiment.