从聚类结构的角度看二元混合物水甲醇和水乙腈的非理想性

A. Wakisaka, H. Abdoul-Carime, Y. Yamamoto, Y. Kiyozumi
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引用次数: 115

摘要

水-甲醇和水-乙腈分别表现为放热和吸热混合,在二元混合物的非理想性方面表现出良好的对比。通过质谱分析从溶液中分离出的团簇所观察到的微观结构也显示出这两种二元混合物之间的良好对比:(1)甲醇分子与水团簇具有取代相互作用,而乙腈分子与水团簇具有附加相互作用;(2)水的存在促进了甲醇分子的聚类;相反,乙腈团簇在水的存在下被分解。这些发现可以部分解释基于团簇结构的二元混合物的非理想性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Non-ideality of binary mixtures Water[ndash ]methanol and water[ndash ]acetonitrile from the viewpoint of clustering structure
Water–methanol and water–acetonitrile, which show exothermic and endothermic mixing, respectively, represent good contrast in non-ideality of a binary mixture. The microscopic structure observed through the mass-spectrometric analysis of clusters isolated from solution also shows good contrast between these binary mixtures as follows: (1) methanol molecules have substitutional interaction with water clusters, while acetonitrile molecules have additional interaction with water clusters; (2) the clustering of methanol molecules are promoted in the presence of water; on the contrary, the acetonitrile clusters are disintegrated in the presence of water. Such findings could partially explain the non-ideality of these binary mixtures on the basis of the cluster structures.
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