Add to ORKGHydrogen-free amorphous carbon films with hardness comparable to crystalline superhard materials have been deposited by special pulsed arc techniques. With the combination of very high hardness, hig smoothness, and low adhesion activity to other materials which are in contact with them, these films show superior behavior in wear and slide applications. The influence of plasma and deposition conditions on these film properties and the choice of optimum conditions are discussed
Mechanical-tribological investigations were performed on superhard amorphous carbon films. These fil...
Modest thermal annealing to 600 C of diamondlike amorphous-carbon (a-C) films grown at room temperat...
Ultrananocrystalline diamond/amorphous carbon composite films, wherein a larger number of diamond gr...
Hydrogen-free amorphous carbon films with hardness comparable to crystalline superhard materials hav...
Hydrogen-free amorphous carbon films with hardness up to 75 GPa have been deposited by special pulse...
Cathodic arc deposition combined with macroparticle filtering of the plasma is an efficient and vers...
A comparative study of carbon based films deposited by carbon arc, laser initiated carbon arc and la...
The pulsed vacuum arc discharge (pulsed arc) is the most efficient PVD-technology for the deposition...
Amorphous hard carbon films deposited by filtered cathodic arc deposition exhibit very high hardness...
It is now well proved that superior mechanical properties may be achieved not only with crystalline ...
Amorphous hard carbon films formed by vacuum arc deposition are hydrogen-free, dense, and very hard....
Carbon films are distinguished by their very low friction coefficient of about 0.1 under dry frictio...
Amorphous hydrogen-free carbon films (a-C) combine the outstanding properties of diamond with those ...
This paper reports the growth and characterization of nitrogen incorporated amorphous carbon films h...
Hydrogen-free amorphous carbon films can be produced by sputtering or vacuum-arc discharge from a so...
Mechanical-tribological investigations were performed on superhard amorphous carbon films. These fil...
Modest thermal annealing to 600 C of diamondlike amorphous-carbon (a-C) films grown at room temperat...
Ultrananocrystalline diamond/amorphous carbon composite films, wherein a larger number of diamond gr...
Hydrogen-free amorphous carbon films with hardness comparable to crystalline superhard materials hav...
Hydrogen-free amorphous carbon films with hardness up to 75 GPa have been deposited by special pulse...
Cathodic arc deposition combined with macroparticle filtering of the plasma is an efficient and vers...
A comparative study of carbon based films deposited by carbon arc, laser initiated carbon arc and la...
The pulsed vacuum arc discharge (pulsed arc) is the most efficient PVD-technology for the deposition...
Amorphous hard carbon films deposited by filtered cathodic arc deposition exhibit very high hardness...
It is now well proved that superior mechanical properties may be achieved not only with crystalline ...
Amorphous hard carbon films formed by vacuum arc deposition are hydrogen-free, dense, and very hard....
Carbon films are distinguished by their very low friction coefficient of about 0.1 under dry frictio...
Amorphous hydrogen-free carbon films (a-C) combine the outstanding properties of diamond with those ...
This paper reports the growth and characterization of nitrogen incorporated amorphous carbon films h...
Hydrogen-free amorphous carbon films can be produced by sputtering or vacuum-arc discharge from a so...
Mechanical-tribological investigations were performed on superhard amorphous carbon films. These fil...
Modest thermal annealing to 600 C of diamondlike amorphous-carbon (a-C) films grown at room temperat...
Ultrananocrystalline diamond/amorphous carbon composite films, wherein a larger number of diamond gr...