Free-standing polycrystalline chemical vapor deposition diamond films grown on a silicon wafer, with electrical behavior similar to values currently mentioned in the literature, present microheterogeneity. A detailed analysis by micro Raman shows how the diamond and nondiamond phases are distributed within the film and also the distribution of the silicon related luminescence. This luminescence is discussed in terms of two emitting centers close in energy. Absolute intensity of the diamond peak is not correlated with the good quality of the film as assessed by the Raman linewidth and ratio of this line to the nondiamond Raman line
High quality synthetic diamonds have been grown on single-crystal silicon by microwave plasma enhanc...
Diamond coatings were deposited on silicon (100) substrate using the microwave plasma chemical vapou...
Diamond thin films grown on high resistivity, 〈100〉-oriented silicon substrates by the hot filament ...
Thermally stimulated luminescence (TL), cathodoluminescence (CL) and Raman spectroscopy of CVD diamo...
The performance of detectors based on CVD diamond films strongly depends on the material quality, wh...
High quality synthetic diamonds were grown on single-crystal silicon by microwave plasma enhanced ch...
High quality synthetic diamonds were grown on single-crystal silicon by microwave plasma enhanced c...
technique. These films are of great interest for optoelectronic applications, but it has been experi...
Visible-light emitting nanocomposite Si/diamond polycrystalline layers have been produced by means o...
The effects of methane (CH4), diborone (B2H6) and nitrogen (N2) concentrations on the structure and ...
In this work, a Raman and photoluminescence (PL) study of synthetic diamond films grown by hot filam...
High quality synthetic diamonds have been grown on single-crystal silicon by microwave plasma enhanc...
Diamond coatings were deposited on silicon (100) substrate using the microwave plasma chemical vapou...
Diamond thin films grown on high resistivity, 〈100〉-oriented silicon substrates by the hot filament ...
Thermally stimulated luminescence (TL), cathodoluminescence (CL) and Raman spectroscopy of CVD diamo...
The performance of detectors based on CVD diamond films strongly depends on the material quality, wh...
High quality synthetic diamonds were grown on single-crystal silicon by microwave plasma enhanced ch...
High quality synthetic diamonds were grown on single-crystal silicon by microwave plasma enhanced c...
technique. These films are of great interest for optoelectronic applications, but it has been experi...
Visible-light emitting nanocomposite Si/diamond polycrystalline layers have been produced by means o...
The effects of methane (CH4), diborone (B2H6) and nitrogen (N2) concentrations on the structure and ...
In this work, a Raman and photoluminescence (PL) study of synthetic diamond films grown by hot filam...
High quality synthetic diamonds have been grown on single-crystal silicon by microwave plasma enhanc...
Diamond coatings were deposited on silicon (100) substrate using the microwave plasma chemical vapou...
Diamond thin films grown on high resistivity, 〈100〉-oriented silicon substrates by the hot filament ...