The invention relates to the treatment, in particular the cleaning, of surfaces, in particular film and metal surfaces. They are mostly indirectly covered by an oil film or greased after their production. Greases and oils, however, must be removed before further processing of the surfaces or films in order to permit a perfect coating or adhesion. This should take place quickly and with a low energy requirement and is achieved by the invention by the fact that a dielectrically inhibited discharge (12,2,3,13a) acts on the surface of the expemplary film strip (10). As a result of the action of high-energy charged particles and the impact of photons from the UV spectral range, the oil or grease film is removed after a short period of time in or...
© Published under licence by IOP Publishing Ltd.This paper proposes an efficient method of plasma pu...
© Published under licence by IOP Publishing Ltd.This paper proposes an efficient method of plasma pu...
Abstract. The dielectric barrier discharge (DBD) under atmospheric pressure is promising for surface...
The invention relates to the use of a dielectrically impeded discharge device (4a, 4b, 4c, 4d)(barri...
DE 10300439 A UPAB: 20040813 NOVELTY - To treat a material surface, e.g. to degrease a metal foil, a...
Surface cleaning or activation of an electrically conductive layer (or a conductor line or contact p...
The development of clean and efficient high vacuum technologies to replace traditional methods for m...
A decrease in the efficiency of some decontamination processes may occur after several implementatio...
EP 1277851 A UPAB: 20030307 NOVELTY - Coating passivated metallized surfaces of components comprises...
The description relates to a process for the removal of surface layers, in particular rust, on workp...
WO 200236851 A UPAB: 20020919 NOVELTY - To process the surface(s) of at least one electrically insul...
DE 102005013602 A1 UPAB: 20061121 NOVELTY - The electrode has an electrically conductive layer (7) p...
Coating passivated metallized surfaces of components comprises chemically activating the surfaces us...
The surface cleaning device (1) has a vibration layer (30) attached to the surface side of a base bo...
Glow discharge pretreatment of substrate surfaces in vacuum, prior to vacuum coating, involves maint...
© Published under licence by IOP Publishing Ltd.This paper proposes an efficient method of plasma pu...
© Published under licence by IOP Publishing Ltd.This paper proposes an efficient method of plasma pu...
Abstract. The dielectric barrier discharge (DBD) under atmospheric pressure is promising for surface...
The invention relates to the use of a dielectrically impeded discharge device (4a, 4b, 4c, 4d)(barri...
DE 10300439 A UPAB: 20040813 NOVELTY - To treat a material surface, e.g. to degrease a metal foil, a...
Surface cleaning or activation of an electrically conductive layer (or a conductor line or contact p...
The development of clean and efficient high vacuum technologies to replace traditional methods for m...
A decrease in the efficiency of some decontamination processes may occur after several implementatio...
EP 1277851 A UPAB: 20030307 NOVELTY - Coating passivated metallized surfaces of components comprises...
The description relates to a process for the removal of surface layers, in particular rust, on workp...
WO 200236851 A UPAB: 20020919 NOVELTY - To process the surface(s) of at least one electrically insul...
DE 102005013602 A1 UPAB: 20061121 NOVELTY - The electrode has an electrically conductive layer (7) p...
Coating passivated metallized surfaces of components comprises chemically activating the surfaces us...
The surface cleaning device (1) has a vibration layer (30) attached to the surface side of a base bo...
Glow discharge pretreatment of substrate surfaces in vacuum, prior to vacuum coating, involves maint...
© Published under licence by IOP Publishing Ltd.This paper proposes an efficient method of plasma pu...
© Published under licence by IOP Publishing Ltd.This paper proposes an efficient method of plasma pu...
Abstract. The dielectric barrier discharge (DBD) under atmospheric pressure is promising for surface...