NONLINEAR MODEL OF THE THREE-COMPONENTS COMPETITIVE ADSORPTION USING LANGMUIR EQUILIBRIUM

I. Boyko, M. Petryk, M. Shynkaryk, O. Petryk
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Abstract

A basis for the mathematical modeling of non-isothermal gas competitive adsorption in a porous solid using Langmuir equilibrium is given. High-performance analytical solutions of considered adsorption models based on the Heaviside operating method and Landau’s decom- position and linearization approach of Langmuir equilibrium by expanding into a convergent series in the temperature phase transition point are proposed. Numerical experiments results based on high-speed computations on multicore computers are presented.
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基于Langmuir平衡的三组分竞争吸附非线性模型
给出了利用Langmuir平衡建立非等温气体在多孔固体中竞争吸附数学模型的基础。提出了基于Heaviside操作方法和Langmuir平衡的Landau分解和线性化方法在温度相变点展开为收敛级数的高性能吸附模型的解析解。给出了在多核计算机上进行高速计算的数值实验结果。
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