金刚烷、金刚烷和金刚石的相互作用拉曼光谱及其与金刚石薄膜沉积的相关性

PhysChemComm Pub Date : 1998-01-01 DOI:10.1039/A808830F
P. May, S. Ashworth, C. Pickard, M. Ashfold, T. Peakman, J. Steeds
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引用次数: 3

摘要

获得了金刚烷晶体、金刚烷和天然II型金刚石以及化学气相沉积(CVD)法生长的金刚石薄膜的激光拉曼光谱。光谱以JCAMP格式呈现,以便读者与数据进行在线交互,并呈现三维结构动画,显示导致各种光谱中每个峰的最可能振动模式。光谱与CVD金刚石薄膜中经常看到的光谱进行比较,CVD金刚石薄膜中包含的峰先前被分配给“纳米相”金刚石。虽然聚甲醛的峰位置与CVD金刚石中的峰位置有表面的相关性,但结论是纳米相金刚石的峰不是聚甲醛固有的振动模式,而一定是薄膜纳米相尺度的其他方面,如表面模式的结果。
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Interactive Raman spectra of adamantane, diamantane and diamond, and their relevance to diamond film deposition
Laser Raman spectra have been obtained for crystalline adamantane, diamantane, and natural type II diamond, as well as for a diamond film grown by chemical vapour deposition (CVD). The spectra are presented in JCAMP format to allow on-line interaction with the data by the reader, and 3D structure animations are presented showing the most probable vibrational mode causing each peak in the various spectra. The spectra are compared to those often seen from CVD diamond films, and which contain peaks that have previously been assigned to 'nanophase' diamond. Although there is a superficial correlation between the peak positions for the polymantanes and those seen in CVD diamond, the conclusion is that the nanophase diamond peaks are not an intrinsic vibrational mode of a polymantane, but instead must be a result of some other aspect of the nanophase scale of the films, such as surface modes.
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