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Study of nanostructured materials by optical and photoelectron spectroscopy

机译:光学和光电子能谱研究纳米结构材料

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摘要

The results of investigations of the electronic energy structure and physicochemical properties of nanostructured systems by optical and photoelectron spectroscopy using synchrotron radiation are briefly reviewed. The quantum-size effect in thin metal films and surface lateral superlattices are analyzed. The effect of structural defects on the chemical state of metal clusters on the surface of oxides in catalytically active systems is discussed. The results of the study of the specific features of chemical bonding in solid-state nanostructures within the quasi-molecular approach are presented. The possibility of using biological structures (proteins) as matrices for the formation of ensembles of nanoclusters is considered.
机译:简要回顾了利用同步加速器辐射通过光和光电子能谱研究纳米结构系统的电子能量结构和理化性质的结果。分析了金属薄膜和表面横向超晶格中的量子尺寸效应。讨论了结构缺陷对催化活性体系中氧化物表面金属簇的化学状态的影响。提出了在准分子方法中研究固态纳米结构中化学键合特定特征的研究结果。考虑了使用生物结构(蛋白质)作为基质形成纳米团簇的可能性。

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