DE 102007019982 A1 UPAB: 20090103 NOVELTY - In a process to apply a coating to a substrate in a vacuum, a plasma arc is directed at a cathode target. The arc discharges between the cathode and target via a focused laser beam through an aperture, and ignites on the target surface. A permanent magnet or electromagnet is positioned to the side, above or below the laser beam between the window and the target. The magnet guides the laser beam to the target. USE - Process to apply a coating to a substrate in a vacuum. ADVANTAGE - The magnet minimises plasma vagabond discharge around the window
Known arc sources have, among other things, the disadvantage that macroparticles on the substrate to...
An apparatus for plasma-activated vapour coating consists of at least one evaporator (3), a unit (5)...
NOVELTY - In a plasma spray coating process, a continuous laser beam (3) is directed through the spr...
EP 1220584 A UPAB: 20020823 NOVELTY - Device for coating a substrate comprises a plasma burner which...
DE 102008028542 A1 UPAB: 20100101 NOVELTY - In a plasma process to apply a coating to a substrate (1...
DE 202006017024 U1 UPAB: 20070426 NOVELTY - The apparatus includes a vacuum chamber (12) containing ...
WO2002103077 A UPAB: 20030214 NOVELTY - Device for the vacuum metallization of large mobile substrat...
DE 102007026072 A1 UPAB: 20081212 NOVELTY - The optical arrangement for forming coatings on a substr...
DE 10246181 A UPAB: 20040527 NOVELTY - A low voltage electron beam from an arc discharge source (2),...
DE 19841012 C UPAB: 20000313 NOVELTY - One or more hollow cathodes (7), one or more ring anodes (10)...
The plasma process is used for coating a substrate (4) with AlxOy and a vapour is generated from an ...
DE 10233567 A UPAB: 20040324 NOVELTY - The device has at least one rotating debris stop (1,1') arran...
WO 200013201 A UPAB: 20000426 NOVELTY - A positively charged absorber electrode (2) is positioned in...
DE 10018639 C UPAB: 20010603 NOVELTY - Process for ion-promoted high rate vaporization of a substrat...
he method for vapor deposition of a substrate (2) within a vacuum chamber (1), comprises evaporating...
Known arc sources have, among other things, the disadvantage that macroparticles on the substrate to...
An apparatus for plasma-activated vapour coating consists of at least one evaporator (3), a unit (5)...
NOVELTY - In a plasma spray coating process, a continuous laser beam (3) is directed through the spr...
EP 1220584 A UPAB: 20020823 NOVELTY - Device for coating a substrate comprises a plasma burner which...
DE 102008028542 A1 UPAB: 20100101 NOVELTY - In a plasma process to apply a coating to a substrate (1...
DE 202006017024 U1 UPAB: 20070426 NOVELTY - The apparatus includes a vacuum chamber (12) containing ...
WO2002103077 A UPAB: 20030214 NOVELTY - Device for the vacuum metallization of large mobile substrat...
DE 102007026072 A1 UPAB: 20081212 NOVELTY - The optical arrangement for forming coatings on a substr...
DE 10246181 A UPAB: 20040527 NOVELTY - A low voltage electron beam from an arc discharge source (2),...
DE 19841012 C UPAB: 20000313 NOVELTY - One or more hollow cathodes (7), one or more ring anodes (10)...
The plasma process is used for coating a substrate (4) with AlxOy and a vapour is generated from an ...
DE 10233567 A UPAB: 20040324 NOVELTY - The device has at least one rotating debris stop (1,1') arran...
WO 200013201 A UPAB: 20000426 NOVELTY - A positively charged absorber electrode (2) is positioned in...
DE 10018639 C UPAB: 20010603 NOVELTY - Process for ion-promoted high rate vaporization of a substrat...
he method for vapor deposition of a substrate (2) within a vacuum chamber (1), comprises evaporating...
Known arc sources have, among other things, the disadvantage that macroparticles on the substrate to...
An apparatus for plasma-activated vapour coating consists of at least one evaporator (3), a unit (5)...
NOVELTY - In a plasma spray coating process, a continuous laser beam (3) is directed through the spr...