This method of laser-induced vacuum arc evaporation includes advantages of the laser pulse vapour deposition (LPVD) technique and technologically utilized vacuum arc evaporation. It combines pulse deposition of LPVD with the high energy efficiency of a vacuum arc. An Nd:YAG laser beam is focused on a target having cathodic potential. This laser beam induces a plasma which initiates a vacuum arc discharge. First results for carbon and titanium film deposition are presented
The plasma arising from pulse laser excitation (for sufficient high intensities and especially with ...
The method of laser-induced,, laser-pulsed and laser guided vacuum arc evaporation (laser arc) was u...
The LASER-ARC was used to prepare diamond-like carbon (DLC) films up to a thickness of about 1 Mym o...
The method of laser-induced arc evaporation (laser-arc) combines the advantages of the laser-pulse v...
The method of laser-induced vacuum arc evaporation (laser-arc) combines the advantages of laser puls...
The laser-arc evaporation, a PVD process taking place in a vacuum atmosphere of 10 (exp -3) Pa, is c...
The new method of laser-sustained arc evaporation combines the advantages of the laser pulse vapour ...
Physical Vapor Deposition (PVD) based on laser pulses or vacuum arc discharges are distinguished by ...
The Laser-Arc method represents a pulsed vacuum deposition where the arc discharge is ignited by sho...
The high vacuum arc process is a practicable way to produce thin and hard carbon coatings for wear p...
The LASER-ARC, a controlled pulsed arc plasma source combining advantages of the pulsed laser deposi...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
The plasma arising from pulse laser excitation (for sufficient high intensities and especially with ...
The method of laser-induced,, laser-pulsed and laser guided vacuum arc evaporation (laser arc) was u...
The LASER-ARC was used to prepare diamond-like carbon (DLC) films up to a thickness of about 1 Mym o...
The method of laser-induced arc evaporation (laser-arc) combines the advantages of the laser-pulse v...
The method of laser-induced vacuum arc evaporation (laser-arc) combines the advantages of laser puls...
The laser-arc evaporation, a PVD process taking place in a vacuum atmosphere of 10 (exp -3) Pa, is c...
The new method of laser-sustained arc evaporation combines the advantages of the laser pulse vapour ...
Physical Vapor Deposition (PVD) based on laser pulses or vacuum arc discharges are distinguished by ...
The Laser-Arc method represents a pulsed vacuum deposition where the arc discharge is ignited by sho...
The high vacuum arc process is a practicable way to produce thin and hard carbon coatings for wear p...
The LASER-ARC, a controlled pulsed arc plasma source combining advantages of the pulsed laser deposi...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
Vacuum arc deposition unifies the advantages of laser ablation and magnetron sputtering. The evapora...
The plasma arising from pulse laser excitation (for sufficient high intensities and especially with ...
The method of laser-induced,, laser-pulsed and laser guided vacuum arc evaporation (laser arc) was u...
The LASER-ARC was used to prepare diamond-like carbon (DLC) films up to a thickness of about 1 Mym o...