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Chemical reaction dynamics and relaxation phenomena in one component liquids, binary mixtures and electrolyte solutions

机译:一种组分液体,二元混合物和电解质溶液中的化学反应动力学和弛豫现象

摘要

Our work in India in recent years has focused primarily on the following subjects: (a) Solvation and orientational dynamics in polar and non-polar liquids, (b) Vibrational energy and phase relaxation in liquids and gases, (c) Dynamics of freezing and glass transition, in particular anomalous relaxation in viscous liquids, (d) Electron transfer reactions in polar liquids, (e) Polymer and protein folding, (f) Viscosity and solvent dynamics effects on chemical reactions in solution, (g) Fluorescence resonance energy transfer (FRET) by Forster energy mechanism in polymers in solution, (h) Transport processes in liquids, including study of electrical conductivity in dilute electrolyte solution, and (i) Chirality-driven pattern formation in monolayers and bilayers. In this article we briefly review some of our work, we emphasize on the physical aspects and the relation with experimental results.
机译:近年来,我们在印度的工作主要集中在以下主题:(a)极性和非极性液体中的溶剂化和取向动力学;(b)液体和气体中的振动能量和相弛豫;(c)冻结和旋转动力学玻璃化转变,特别是粘性液体中的异常弛豫,(d)极性液体中的电子转移反应,(e)聚合物和蛋白质折叠,(f)粘度和溶剂动力学对溶液中化学反应的影响,(g)荧光共振能量转移(FRET)通过溶液中聚合物的Forster能量机理进行,(h)在液体中的传输过程,包括研究稀电解质溶液中的电导率,以及(i)在单层和双层中由手性驱动的图案形成。在本文中,我们简要回顾了我们的一些工作,我们重点介绍了物理方面以及与实验结果的关系。

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    Bagchi Biman;

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