研究了石墨烯材料的拉曼光谱特性

J. Liou, Y. Chang, Kuan-Wen Fang
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引用次数: 0

摘要

石墨烯边缘的拉曼光谱,显示了激光激发能量为2.41 eV时的主要拉曼特征,D波段(~ 1350 cm-1), G波段(~ 1580 cm-1)和2D波段(~ 2700 cm-1)。D波段不容易被发现在结构良好的石墨中,一般D波段与G波段的积分强度比为ID / IG,以判断碳材料是否存在缺陷和结晶的优劣,但D波段通常也受入射光波长的影响。在研究中演示了H2SO4和KOH的插入电压条件。D波段和G波段积分强度比ID/ IG = 1.08, FWHM(cm-1) = 97.6。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigated raman spectroscopy of graphene material properties
Raman spectrum of a graphene edge, showing the main raman features, the D band(˜1350 cm-1), G band(˜1580 cm-1) and 2D band (˜2700 cm-1) taken with a laser excitation energy of 2.41 eV. D band is not easy to be found in the good structure of the graphite, generally D band and G band integral intensity ratio ID / IG, to determine whether the carbon material defects and the crystallization of the pros and cons, but D band is usually also the incident light wavelength with the impact of the incident area. The insert voltage conditions with H2SO4 and KOH is demo in the study. The D band and G band integral intensity ratio ID/ IG is equal 1.08, and FWHM(cm-1) is equal 97.6 value.
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