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Study of Effect of Lateral Intermolecular Interaction on Multilayer Physical Adsorption of Gas

机译:横向分子间相互作用对气体多层物理吸附影响的研究

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The effect of lateral intermolecular interactions among the adsorbate molecules has been incorporated into the theory of multilayer physical adsorption developed previously by the present authors within the frame of Bragg-Williams approximation and the resulting adsorption isotherm has been used to interpret the adsorption data of tetramethylsilane vapor on clean iron film which we failed to account for in our previous works. The result has shown that up to the point where the relative pressure is about 0.7 considerable improvement is obtained but beyond this point there still remains large difference between theoretical and experimental isotherm. Such difference is supposed to arise from the neglect of effect of vertical interaction between the adsorbate molecules and the adsorbent surface.
机译:吸附物分子之间的横向分子间相互作用的影响已被纳入本作者先前在Bragg-Williams近似框架内开发的多层物理吸附理论中,所得吸附等温线已用于解释四甲基硅烷蒸气的吸附数据在清洁的铁膜上,这是我们以前的工作中无法解释的。结果表明,直到相对压力约为0.7为止,都获得了相当大的改善,但在这一点之上,理论和实验等温线之间仍然存在较大差异。认为这种差异是由于忽略了被吸附物分子和吸附剂表面之间的垂直相互作用的影响。

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