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Quasi-elastic neutron scattering study of dynamics in condensed matter

机译:凝聚态动力学的准弹性中子散射研究

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Quasi-elastic neutron scattering (QENS) technique, known to study stochastic motions has been successfully used to elucidate the molecular motions and physical properties related to them, in a variety of systems. QENS is a unique technique that provides information on the time-scale of the motion as well as the geometry of the motions. In this paper, results of some of the systems studied using the facility available at Dhruva, Trombay and other mega-facilities are discussed. Emphasis is given on the results obtained from three different systems studied using QENS, namely, (1) alkyl chain motions in monolayer protected metal clusters, (2) molecular motions of propane in Na-Y zeolitic systems and (3) the study of reorientational motions of liquid crystal innO.m series in different mesophases.
机译:已知用于研究随机运动的准弹性中子散射(QENS)技术已成功用于阐明各种系统中的分子运动和与其相关的物理特性。 QENS是一种独特的技术,可提供有关运动时间范围以及运动几何形状的信息。在本文中,讨论了使用Dhruva,Trombay和其他大型设施中的设施研究的一些系统的结果。重点介绍了从使用QENS研究的三个不同系统获得的结果,即,(1)单层保护金属簇中的烷基链运动,(2)Na-Y沸石系统中丙烷的分子运动,以及(3)重新取向的研究inoO.m系列液晶在不同中间相中的运动

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