Diamond Optics V: 20-21 July 1992, San Diego, CaliforniaAlbert Feldman, Sandor Holly |
Contents
Diamond CVD growth chemistry 175921 | 11 |
loninduced fabrication of highquality diamond particles on various substrates 175902 | 18 |
Synthesis technique of diamondlike carbon films by laser ablation ion source in atmosphere | 25 |
Copyright | |
5 other sections not shown
Common terms and phrases
abrasive absorption acetylene amorphous carbon annealing Appl arcjet barrier height beam boron boundary carbide carbon films chemical vapor deposition cm¹ crystal CVD diamond films diamond deposition diamond growth diamond particles diamond surface diamond thin films DLC films doped elastic electron emission energy etching experimental Figure function FWHM g-value g/cm³ grain graphite heat hydrogen plasma increases intensity ion implantation irradiation laser Lett material measured mechanism metal methane microwave plasma modulus morphology natural diamond nozzle nucleation observed obtained oxygen parameters peak position phonon Phys PL background plasma CVD Poisson's ratio polishing polycrystalline diamond pressure probe pulse quintuplet Raman line Raman scattering Raman spectra ratio reaction reactor refractive index region sample sccm shown in Fig shows silicon specimens spectroscopy spectrum SPIE structure substrate technique thermal conductivity thickness Torr transition layers transmission twin quintuplet values wavenumber Young's modulus