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New aspects of Raman scattering in carbon-based amorphous materials

机译:碳基非晶材料中拉曼散射的新方面

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摘要

Systematic near-infrared (785 nm) excited Raman spectroscopic investigations were performed on different a-C:H thin films. Two additional bands besides the D and G ones were decomposed in the near-infrared excited Raman spectra of these materials. The G band was found to be composed of two sub-bands with well separable dispersion behavior, indicating that the dispersion of the G band in amorphous carbons is not the shifting of a single band with excitation wavelength but, in fact, it is a selective enhancement of different components of the G band. The fourth peak located below 1200 cm~(-1) was assigned to vibrations of sp~2 carbon chains.
机译:在不同的a-C:H薄膜上进行了系统的近红外(785 nm)激发拉曼光谱研究。在这些材料的近红外激发拉曼光谱中,除了D和G波段外,还分解了另外两个波段。发现G波段由两个具有良好可分离色散行为的子波段组成,这表明G波段在无定形碳中的色散不是单个波段随激发波长的偏移,而实际上是选择性的增强G波段的不同组成部分。位于1200 cm〜(-1)以下的第四个峰与sp〜2碳链的振动有关。

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