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首页> 外文期刊>Progress in Nuclear Magnetic Resonance Spectroscopy: An International Review Journal >Studies of nano-structured liquids in confined geometries and at surfaces
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Studies of nano-structured liquids in confined geometries and at surfaces

机译:在有限的几何形状和表面中研究纳米结构液体

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摘要

Nano-structuring of liquids and their crystals changes their Gibbs free energy, and hence their dynamics. This may most readily be probed by monitoring the alteration of phase changes as a function of temperature, together with changes in other parameters, particularly the confinement diameter. Such studies may be performed by monitoring the change in the pressure (at constant temperature) of the liquid in its own vapour (Kelvin equation), or by monitoring the change in the freezing/melting temperature (at constant pressure) of a crystal in its own liquid (Gibbs–Thomson equation).
机译:液体及其晶体的纳米结构改变了它们的吉布斯自由能,从而改变了它们的动力学。这可以通过监测随温度变化的相变变化以及其他参数(特别是限制直径)的变化来最容易地探测到。可以通过监视液体自身蒸气中的压力(在恒定温度下)的变化(开尔文方程式)或监视其晶体中晶体的冻结/融化温度(在恒定压力下)的变化来进行此类研究。自有液体(吉布斯–汤姆森方程)。

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