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Molecular Modeling of Nano-Structured Ionic Liquid Crystal:Structural and Water Adsorption Properties

机译:纳米结构离子液晶的分子建模:结构和水吸附性能

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Ionic liquids given by long alkyl chains form nano-structured liquid crystals,and the selforganizednanopores with ionic moieties can transport water and small ionic molecules1.These functional ionic liquid crystals have attracted much attractions for the application ofwater desalination process.2 From the perspective of material design on the atomistic scale,molecular dynamics (MD) simulation would be a powerful tool to give molecular insights inwater-transporting nanopores.However,there is no report for any MD simulations offunctional ionic liquid crystals,and moreover,generalized molecular models are also stillunclear for most of liquid-crystal materials.
机译:由长烷基链给予的离子液体形成纳米结构液晶,以及离子部分的自主anopores可以运输水和小离子分子1。这些功能性离子液晶已经吸引了施用水水溶过程的许多景点,从材料的角度下吸引了水脱水过程的应用原子尺度设计,分子动力学(MD)模拟将是一种强大的工具,用于给予水分子洞察纳米孔。然而,没有报告任何MD模拟官分离子液晶,而且,概述也是无顽固的分子模型对于大多数液晶材料。

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