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首页> 外文期刊>Chemical Physics Letters >Reconciling the relevant site model and dynamically corrected transition state theory
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Reconciling the relevant site model and dynamically corrected transition state theory

机译:调和相关站点模型和动态校正的过渡状态理论

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摘要

Recently, we introduced the Relevant Site Model (RSM) to describe the concentration dependency of the Maxwell-Stefan diffusion coefficient of guest molecules adsorbed in zeolites [J. Phys. Chem. C 113 (2009) 17840]. Here, we show that the RSM is directly related to dynamically corrected Transition State Theory (dcTST), providing a direct link between properties at the molecular scale and the macroscopic Maxwell-Stefan diffusivity. The formalism may be used to predict the Maxwell-Stefan diffusivity from dcTST simulations and the adsorption isotherm.
机译:最近,我们引入了相关位点模型(RSM)来描述吸附在沸石中的客体分子的麦克斯韦-斯蒂芬扩散系数的浓度依赖性[J. Chem.Sci。,2005,2,2,3]。物理化学C 113(2009)17840]。在这里,我们表明RSM与动态校正的过渡态理论(dcTST)直接相关,在分子尺度上的性质与宏观Maxwell-Stefan扩散率之间提供了直接联系。形式主义可用于根据dcTST模拟和吸附等温线预测Maxwell-Stefan扩散率。

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