文献类型：期刊文献

中文题名：缔合溶液热力学性质与谱学性质的关联

英文题名：Relationships between the spectroscopic properties and thermodynamic properties of associated solution

作者：许映杰[1,2];姚加[1];朱霄[3];李浩然[1]

机构：[1]浙江大学化学系;[2]绍兴文理学院化学系;[3]曲阜师范大学化学化工学院

年份：2010

期号：9

起止页码：1217

中文期刊名：中国科学：化学

收录：CSTPCD、、CSCD2011_2012、北大核心2008、北大核心、CSCD、PubMed

基金：国家自然科学基金(20773109和20873121);浙江省自然科学基金(Y4090453)资助资助

语种：中文

中文关键词：热力学性质;谱学性质;缔合溶液;核磁共振;红外;拉曼;汽液平衡;焓

外文关键词：thermodynamic properties; spectroscopic properties; associated solution; 1H NMR; IR; Raman; VLE; enthalpy

中文摘要：缔合溶液具有与理想溶液显著不同的热力学和谱学性质,对于热力学和谱学的研究,有助于我们理解缔合溶液的特殊行为.谱学技术中核磁共振(NMR)、红外(IR)和拉曼(Raman)光谱是研究分子间相互作用和溶液结构等微观性质的有效方法,谱学已成为分子热力学研究体系"四面体结构"中的第四个顶点.本文对缔合溶液中热力学(汽液平衡和焓)和谱学(NMR,IR和Raman)联系的最新研究进展进行了综述,着重介绍相关的模型,如化学缔合模型、局部组成(LC)、格子流体氢键(LFHB)理论以及统计缔合流体理论(SAFT).

外文摘要：The macroscopic properties of associated solution systems reveal particularity in comparison with the ideal solution,such as thermodynamic properties and spectroscopic properties.The study on thermodynamic properties and spectroscopic properties can help us to understand special behavior of associated solutions.Spectroscopic technology including NMR,IR and Raman is an effective method to investigate the microscopic properties such as intermolecular interactions and solution structure which has become the fourth vertex on the molecular thermodynamics tetrahedron.As a result,spectroscopy can be regarded as a tool to study thermodynamics of solution system,and there may be some relationships between the spectroscopic properties and thermodynamic properties.In this paper,the recent progress in the studies of the spectroscopic properties of associated solution,as well as the relationships between the spectroscopic properties （NMR,IR and Raman） and thermodynamic properties （vapor-liquid equilibira and enthalpy） are introduced and reviewed.The various models various models which are present to describe the spectroscopic properties and relate to the thermodynamic properties,such as chemical association model,local composition （LC） model,the lattice fluid hydrogen bonding （LFHB） theory and the statistical associating fluid theory （SAFT） are also discussed.