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Some Features of Raman Scattering by Molecules Adsorbed on Metal Crystal Faces and a Fine Light Structure

机译:金属分子吸附分子的拉曼散射及精细光结构的一些特征

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摘要

The paper analyzes some experiments on Raman scattering by molecules adsorbed on the face (111) of silver monocrystals performed by A. Campion et al. From the existence of the forbidden line A_(2u) of benzene, the conclusion about existence of the surface field, caused by atomic structure of the surface is made. The relatively large intensity of this line allows to make a conclusion about large influence of the electromagnetic field spatial inhomogeneity in crystals on their optical properties. The difference between this field and a regular plane wave, which usually describes propagation of electromagnetic field in solids is named as a fine light structure. The influence of this structure on optical properties of solids is pointed out.
机译:本文分析了A. Campion等人在银单晶表面(111)上吸附的分子对拉曼散射的一些实验。从苯的禁线A_(2u)的存在出发,得出了由表面的原子结构引起的表面场的存在的结论。该线的相对较大的强度可以得出结论,即晶体中电磁场空间不均匀性对其光学特性的巨大影响。该场与通常描述固体中电磁场传播的规则平面波之间的差异被称为精细光结构。指出了这种结构对固体光学性质的影响。

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