Abstract – The results on research and develop-ment of new modification of a high-current qua-siribbon repetitively-pulsed ion and plasma source “Raduga-6 ” on the basis of extended vacuum-arc evaporator generating plasma by a dc vacuum-arc are presented in the article. A new modification of a time-of-flight extended plasma filter was devel-oped and used for metal plasma filtering from mi-croparticle fraction. Research and development of a model of extended vacuum-arc evaporator and plasma filter adapted for it have been described. 1
Multiply charged ion beam generation is an active field of research for a number of technological ap...
The high vacuum arc process is a practicable way to produce thin and hard carbon coatings for wear p...
The transport of vacuum arc plasmas through a 90o curved magnetic macroparticle filter was investiga...
A very simple design of cathodic filtered vacuum arc plasma source is proposed. The source without f...
The vacuum arc ion source has evolved over the past twenty years into a standard laboratory tool for...
Abstract – Plasma sources based on vacuum arc discharge have an important disadvantage that is a hig...
Intense beams of metal ions can be formed from a vacuum arc ion source. Broadbeam extraction is conv...
A pulsed magnetic field of up to 10 kG was incorporated into a vacuum arc ion source. The field was ...
The vacuum arc discharge is intensively explored for a long time. It acts as a source of multiply ch...
Vacuum arc ion sources provide a convenient tool for the production of intense beams of metal ions. ...
An experimental study of the plasma jet generated in a pulsed copper vacuum arc with an annular anod...
The paper reviews the results of vacuum arc experimental investigations made collaboratively by rese...
Conventional vacuum dc-arc sources are limited with regard to the reachable arc current. For these d...
A new type of arc evaporator will be described which was developed to improve the deposition rate fo...
Material modifications by ion implantation, dry etchins, and micro-fabrication are widely used techn...
Multiply charged ion beam generation is an active field of research for a number of technological ap...
The high vacuum arc process is a practicable way to produce thin and hard carbon coatings for wear p...
The transport of vacuum arc plasmas through a 90o curved magnetic macroparticle filter was investiga...
A very simple design of cathodic filtered vacuum arc plasma source is proposed. The source without f...
The vacuum arc ion source has evolved over the past twenty years into a standard laboratory tool for...
Abstract – Plasma sources based on vacuum arc discharge have an important disadvantage that is a hig...
Intense beams of metal ions can be formed from a vacuum arc ion source. Broadbeam extraction is conv...
A pulsed magnetic field of up to 10 kG was incorporated into a vacuum arc ion source. The field was ...
The vacuum arc discharge is intensively explored for a long time. It acts as a source of multiply ch...
Vacuum arc ion sources provide a convenient tool for the production of intense beams of metal ions. ...
An experimental study of the plasma jet generated in a pulsed copper vacuum arc with an annular anod...
The paper reviews the results of vacuum arc experimental investigations made collaboratively by rese...
Conventional vacuum dc-arc sources are limited with regard to the reachable arc current. For these d...
A new type of arc evaporator will be described which was developed to improve the deposition rate fo...
Material modifications by ion implantation, dry etchins, and micro-fabrication are widely used techn...
Multiply charged ion beam generation is an active field of research for a number of technological ap...
The high vacuum arc process is a practicable way to produce thin and hard carbon coatings for wear p...
The transport of vacuum arc plasmas through a 90o curved magnetic macroparticle filter was investiga...