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首页> 外文期刊>Physical Review, B. Condensed Matter >THEORY OF GIANT RAMAN SCATTERING FROM SEMICONTINUOUS METAL FILMS
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THEORY OF GIANT RAMAN SCATTERING FROM SEMICONTINUOUS METAL FILMS

机译:半连续金属膜的巨型拉曼散射理论

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The local electric fields in a semicontinuous metal film are shown to exhibit giant fluctoations in the visible and infrared spectral ranges, when the dissipation in metallic grains is small. The field fluctuations result in significantly enhanced Raman scattering from semicontinuous metal films. The scaling analysis is performed to describe giant Raman scattering in thr vicinity of the percolation threshold. A theory of Raman scattering from these films is developed. A numerical method based on the theory is suggested and used to calculate Raman scattering from silver semicontinuous films. Results of the simulations an compared with recent experimental observations. [References: 57]
机译:当金属颗粒的耗散较小时,半连续金属膜中的局部电场显示出在可见光谱和红外光谱范围内显示出巨大的波动。场波动导致半连续金属膜的拉曼散射大大增强。进行定标分析以描述在渗滤阈值附近的巨型拉曼散射。从这些薄膜拉曼散射的理论得以发展。提出了一种基于该理论的数值方法,用于计算银半连续薄膜的拉曼散射。模拟结果与最近的实验观察结果进行了比较。 [参考:57]

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