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Application of the vacancy solution theory to describe the enthalpic effects accompanying mixed-gas adsorption

机译:空位溶液理论在描述混合气体吸附伴随的焓效应中的应用

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摘要

The possibility of utilizing vacancy solution theory (VST) to study the enthalpic effects accompanying mixed-gas adsorption equilibria is presented. Besides heterogeneity, the interaction effects by using the regular adsorbed solution, Flory-Huggins, and Wilson models of nonideality in the adsorbed phase are taken into account. To predict adsorption phase diagrams and calorimetric effects in the mixed-gas adsorption system, only a knowledge of the single-gas adsorption isotherms and accompanying calorimetric effects is required. The possibility of simplification of the obtained theoretical expressions is shown. The obtained agreement between theory and experiment is very satisfactory.
机译:提出了利用空位溶液理论(VST)研究伴随混合气体吸附平衡的焓效应的可能性。除了非均质性外,还考虑了使用常规吸附溶液,Flory-Huggins和Wilson相在吸附相中非理想状态的相互作用效应。为了预测混合气体吸附系统中的吸附相图和量热效应,只需要了解单气体吸附等温线和伴随的量热效应。显示了简化所获得的理论表达式的可能性。理论与实验之间取得的一致性非常令人满意。

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