首页> 外文期刊>International Journal of Heat and Mass Transfer >DIRECT STATISTICAL SIMULATION OF GAS MIXTURE MASS TRANSFER IN A POROUS LAYER WIT CONDENSATION OF ONE OF HE COMPONENTS AND ABSORPTION OF ANOTHER
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DIRECT STATISTICAL SIMULATION OF GAS MIXTURE MASS TRANSFER IN A POROUS LAYER WIT CONDENSATION OF ONE OF HE COMPONENTS AND ABSORPTION OF ANOTHER

机译:一种HE组分在多孔层中冷凝时气体混合质量传递的直接统计模拟

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摘要

Based on the method of direct statistical simulation, a physical-mathematical model has been developed for gas mixture mass transfer in a highly porous body under the conditions of condensation of one the components and trapping of a non-condensable admixture. Distributions of gas velocities and densities in a porous layer and in the space above it are found, as well as distributions of flows of a condensable component and absorbable admixture along the depth of the porous layer. The efficiencies of the absorption of the admixture in a porous layer and on a plane surface are compared.
机译:基于直接统计模拟的方法,开发了一种物理-数学模型,用于在一种组分冷凝和不可凝结混合物捕集条件下,在高度多孔的物体中进行气体混合物的传质。发现了多孔层中及其上方空间中气体速度和密度的分布,以及沿多孔层深度的可冷凝组分和可吸收混合物的流量分布。比较了多孔层中和平面上混合物吸收的效率。

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