The relation was investigated between the compressive stress, the substrate temperature and the microstructure of amorphous carbon films deposited from the plasma stream of a cathodic vacuum arc with a curved magnetic filter. A pressure-temperature phase diagram is presented in which the results of a number of depositions at various substrate bias levels and temperatures are plotted. The microstructure of each film was determined by electron energy loss spectroscopy and electron diffraction
The development of vapor deposited diamond for optical, electronic, and protective applications has ...
This work investigates the evolution of the structural, mechanical and tribological properties of am...
The filtered cathodic vacuum arc (FCVA) technique has proved to be a promising method for deposition...
The relation was investigated between the compressive stress, the substrate temperature and the micr...
The structural, optical, electrical and physical properties of amorphous carbon deposited from the f...
It is now well proved that superior mechanical properties may be achieved not only with crystalline ...
The optical and electronic properties of highly tetrahedral amorphous diamond-like carbon (amorphous...
It is well known that diamond has an impressive set of properties that would make it an attractive m...
Tetrahedral amorphous carbon (ta-C) thin films were deposited using both the filtered cathodic vacuu...
An overview is given on the deposition, properties and applications of dense amorphous carbon films ...
Since the properties of amorphous carbon films are determined by the structure of the amorphous netw...
Amorphous carbon films with variable sp{sup 3} content were produced by ArF (193nm) pulsed laser dep...
The formation of crystalline diamond films from amorphous diamond-like carbon films by pulsed laser ...
A series of diamond films has been deposited from methane/hydrogen mixtures by hot filament CVD (Che...
The formation of crystalline diamond films from amorphous diamond-like carbon films by pulsed laser ...
The development of vapor deposited diamond for optical, electronic, and protective applications has ...
This work investigates the evolution of the structural, mechanical and tribological properties of am...
The filtered cathodic vacuum arc (FCVA) technique has proved to be a promising method for deposition...
The relation was investigated between the compressive stress, the substrate temperature and the micr...
The structural, optical, electrical and physical properties of amorphous carbon deposited from the f...
It is now well proved that superior mechanical properties may be achieved not only with crystalline ...
The optical and electronic properties of highly tetrahedral amorphous diamond-like carbon (amorphous...
It is well known that diamond has an impressive set of properties that would make it an attractive m...
Tetrahedral amorphous carbon (ta-C) thin films were deposited using both the filtered cathodic vacuu...
An overview is given on the deposition, properties and applications of dense amorphous carbon films ...
Since the properties of amorphous carbon films are determined by the structure of the amorphous netw...
Amorphous carbon films with variable sp{sup 3} content were produced by ArF (193nm) pulsed laser dep...
The formation of crystalline diamond films from amorphous diamond-like carbon films by pulsed laser ...
A series of diamond films has been deposited from methane/hydrogen mixtures by hot filament CVD (Che...
The formation of crystalline diamond films from amorphous diamond-like carbon films by pulsed laser ...
The development of vapor deposited diamond for optical, electronic, and protective applications has ...
This work investigates the evolution of the structural, mechanical and tribological properties of am...
The filtered cathodic vacuum arc (FCVA) technique has proved to be a promising method for deposition...