Diamond Optics III: 9-11 July 1990, San Diego, California |
Contents
DIAMOND SYNTHESIS | 29 |
DIAMOND SYNTHESIS AND GROWTH CHARACTERIZATION | 55 |
MECHANICAL PROPERTIES | 89 |
Copyright | |
8 other sections not shown
Common terms and phrases
absorption Appl atomic Badzian band beam c-BN carbon Characterization chemical vapor deposition CL image CL spectra coefficient color crystalline CVD diamond CVD diamond films defects density diamond crystals diamond deposition diamond films diamond growth diamond Raman diamond sample diamond-like diffraction doped emission energy etching excitation experimental faceted Figure flame frequency gas flow rate gas phase gas solution germanium graphite green diamonds growth of diamond H3 centers hydrogen increase infrared intensity irradiation laser luminescence material measured methane methane concentration micrographs microns microwave plasma modulus morphology of diamond natural diamond nitrogen nucleation observed oxygen parameters peak phonon photocurrent Phys plasma CVD polishing plate polycrystalline diamond films Raman scattering Raman spectra Raman spectroscopy ratio reaction refractive index scanning electron scattering sccm shown in Fig shows silicon sp² bonded specimen spectrum substrate temperature synthetic diamond thermal thickness thin films Torr transmission wavelength X-ray zone