Diamond Films Handbook by Jes Asmussen, D Reinhard

By Jes Asmussen, D Reinhard

Serves as a major resource of data for readers all in favour of the hot diamond movie know-how.

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The two techniques that have become the standard methods of assessing the percentage of CVD diamond and the surface morphology are Raman scattering and SEM. The application of SEM is almost qualitative, but the Raman scattering results can be quantitative in some cases. II. RAMAN SPECTROSCOPY Raman spectroscopy has emerged as the most frequently used tool to characterize diamond films prepared by various chemical vapor deposition methods because of the spectroscopic signature [3–13] (see Fig. 1).

24). Excess carriers are generated in a small volume of the sample Figure 24 Schematical diagram of the STM-EBIC setup. (From Ref. ) Film Characterization Methods 49 by the electron beam and induce a detectable current that depends on the structure of the sample, the position of the electron beam, and the electrical field inside the sample. This can be used to analyze inhomogeneities and local electrical properties of CVD diamond films (see Fig. 25). The determination of the electrical conductivity with respect to the localization of defects is a problem that is difficult to solve, especially when reaching a nanometer scale.

Synthetic Diamond: Emerging CVD Science and Technology. New York: John Wiley & Sons, 1994, pp 21– 39. I Amato. Stuff: The Materials the World Is Made Of. New York: Basic Books, 1997. G Averani, CA Targioni. G Litt Ital 8:221, 1711. GN Lewis, M Randall. J Am Chem Soc 37:458, 1915. F Simon. Handb Phys 10:350, 1926. OI Liepunski. Usp Khim 8:1519, 1939. FD Rossini, RS Jessup. J Res Natl Bur Stand 21:491, 1938. H Meincke. Schweiz Arch Angew Wiss Tech 23:85, 1957. H Meincke. Gemmologist 26:46, 1957. AD Kiffer.

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