NOVELTY - the method involves the use of a gas in the vicinity of an electrical discharge (2). The discharge region is limited by the substrate (1) surface (7) on at least two essentially opposite sides. One or more continuously conveyed substrates are fed at least partially to the discharge region DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for an arrangement for carrying out the method USE - for surface treating of electrically conducting or electrically conductively coated substrates ADVANTAGE - ensures high plasma densities and conc. of the plasma densities near the surface being treated whilst simultaneously reducing parasitic deposits
DE 10018639 C UPAB: 20010603 NOVELTY - Process for ion-promoted high rate vaporization of a substrat...
WO 200013201 A UPAB: 20000426 NOVELTY - A positively charged absorber electrode (2) is positioned in...
A method for treating substrate surfaces (e.g. etching and deposition) using a plasma. In practice t...
DE 10322696 B UPAB: 20050207 NOVELTY - Plasma-assisted treatment of predetermined surface areas of a...
WO 200236851 A UPAB: 20020919 NOVELTY - To process the surface(s) of at least one electrically insul...
WO 200169644 A UPAB: 20011217 NOVELTY - The method involves placing an electrical insulator (3) betw...
DE 202006017024 U1 UPAB: 20070426 NOVELTY - The apparatus includes a vacuum chamber (12) containing ...
The invention relates to a method and a device for coating surfaces of a substrate (8) according to ...
DE 10254427 A UPAB: 20040716 NOVELTY - Device for coating a substrate comprises an isolator (3) arra...
WO 200292871 A UPAB: 20030204 NOVELTY - Device for coating and/or surface treating substrates using ...
Glow discharge pretreatment of substrate surfaces in vacuum, prior to vacuum coating, involves maint...
A method for treating substrate surfaces (e.g. etching and deposition) using a plasma. In practice t...
Surface cleaning or activation of an electrically conductive layer (or a conductor line or contact p...
EP 1575078 A UPAB: 20051011 NOVELTY - Process for surface treatment of band shaped substrates with a...
DE 102009020163 A1 UPAB: 20101213 NOVELTY - The method involves producing plasma between a bonding s...
DE 10018639 C UPAB: 20010603 NOVELTY - Process for ion-promoted high rate vaporization of a substrat...
WO 200013201 A UPAB: 20000426 NOVELTY - A positively charged absorber electrode (2) is positioned in...
A method for treating substrate surfaces (e.g. etching and deposition) using a plasma. In practice t...
DE 10322696 B UPAB: 20050207 NOVELTY - Plasma-assisted treatment of predetermined surface areas of a...
WO 200236851 A UPAB: 20020919 NOVELTY - To process the surface(s) of at least one electrically insul...
WO 200169644 A UPAB: 20011217 NOVELTY - The method involves placing an electrical insulator (3) betw...
DE 202006017024 U1 UPAB: 20070426 NOVELTY - The apparatus includes a vacuum chamber (12) containing ...
The invention relates to a method and a device for coating surfaces of a substrate (8) according to ...
DE 10254427 A UPAB: 20040716 NOVELTY - Device for coating a substrate comprises an isolator (3) arra...
WO 200292871 A UPAB: 20030204 NOVELTY - Device for coating and/or surface treating substrates using ...
Glow discharge pretreatment of substrate surfaces in vacuum, prior to vacuum coating, involves maint...
A method for treating substrate surfaces (e.g. etching and deposition) using a plasma. In practice t...
Surface cleaning or activation of an electrically conductive layer (or a conductor line or contact p...
EP 1575078 A UPAB: 20051011 NOVELTY - Process for surface treatment of band shaped substrates with a...
DE 102009020163 A1 UPAB: 20101213 NOVELTY - The method involves producing plasma between a bonding s...
DE 10018639 C UPAB: 20010603 NOVELTY - Process for ion-promoted high rate vaporization of a substrat...
WO 200013201 A UPAB: 20000426 NOVELTY - A positively charged absorber electrode (2) is positioned in...
A method for treating substrate surfaces (e.g. etching and deposition) using a plasma. In practice t...