Abstract
High-performance methods and computer technologies for modeling of non-isothermal gas adsorption in nanoporous cyber-feedback systems based on the Heaviside operating method and Landau’s linearization approach to Langmuir’s nonlinear adsorption equilibrium using decomposition in a convergent series at the temperature transition point with subsequent efficient parallelization of the model over a small parameter are developed. The results of numerical experiments based on high-speed parallel computations on multicore computers are presented.
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