High-Performance Adsorption Modeling Methods with Feedback-Influynces in n-component Nanoporous Media

Theoretical bases of mathematical modeling of gas adsorption in heterogeneous bounded media of nanoporous particles taking into account the system of macro- and microflow interactions are developed. A new high-performance analytical method for the calculation of the adsorbate concentrations in the intra- and interparticle spaces of heterogenous nanoporous solid is developed, using Heaviside operational method and method of Cauchy influence matrix for heterogeneous adsorption problems for equations in partial derivatives with feedbacks.