Tepla Ag

Evgenia Zorina

Pavel Koulik

Rudolph Konavko

Mikhail Samsonov

Stanislav Begounov

Anatolii Saitschenko

Vladimir Enguelcht

Ioulia Tsvetkova

A surface treatment method wherein one or more active particle streams are generated and aimed at a surface to be treated so that the particle stream interacts therewith. The active particle stream consists of activated particles forming chemically active sites on the surface, and modifying particles occupying said sites. The energy of the activated particles is greater than the energy at break of the inhibited surface bonds of the surface, and lower than the radiative flaw formation energy on the surface. The strength of the particle stream at the treated surface is greater than a quantity N/t where N is the surface density of the inhibited bonds to be broken and t is the duration of exposure of any point on the treated surface to the stream. A device for carrying out the method is also provided.

Surface treatment method and device therefor

A four-nozzle plasma generator comprising two anode electrode chambers and two cathode electrode chambers connected to DC power sources and generating four plasma jets of which the shape and the path are determined by an external magnetic field system. The plasma jets converge on a central area into which the material to be processed is injected, in order to form a single plasma stream. The nozzles are symmetrically arranged on a hood which includes a flat water-cooled diaphragm provided with a central aperture.

Four-nozzle plasma generator for forming an activated jet

Growing community of inventors

Yverdon-les-Bains, Switzerland

Evgenia Zorina