The vacuum arc ion source has evolved over the past twenty years into a standard laboratory tool for the production of high current beams of metal ions, and is now used in a number of different embodiments at many laboratories around the world. The primary application of this kind of source has evolved to be ion implantation for material surface modification. Another important use is for injection of high current beams of heavy metal ions into the front ends of particle accelerators, and much excellent work has been carried out in recent years in optimizing the source for reliable accelerator application. The source also provides a valuable tool for the investigation of the fundamental plasma physics of vacuum arc plasma discharges. As the ...
A new kind of ion source has been developed in which a metal vapor vacuum arc (MEVVA) is used to pro...
The MEVVA ion source can produce high current pulsed beams of metallic ions using a metal vapor vacu...
We consider the charge state distribution of ions produced in the metal vapor vacuum arc plasma disc...
Intense beams of metal ions can be formed from a vacuum arc ion source. Broadbeam extraction is conv...
Multiply charged ion beam generation is an active field of research for a number of technological ap...
Vacuum arc ion sources provide a convenient tool for the production of intense beams of metal ions. ...
A pulsed magnetic field of up to 10 kG was incorporated into a vacuum arc ion source. The field was ...
A miniature multiple beamlet approach to an injector system was recently proposed in order to reduc...
An ion source is described in which a metal vapor vacuum arc is used to create the plasma from which...
The vacuum arc discharge is intensively explored for a long time. It acts as a source of multiply ch...
An ion source is described in which a metal vapor vacuum arc is used to create the plasma from which...
A small, simple ion source for the production of high brightness beams of metal ions is described. A...
Ion sources are used in vacuum thin film technology in various types and for numerous applications. ...
The MEVVA (Metal Vapor Vacuum Arc) ion source is a new kind of source which can produce high current...
Abstract – The results on research and develop-ment of new modification of a high-current qua-siribb...
A new kind of ion source has been developed in which a metal vapor vacuum arc (MEVVA) is used to pro...
The MEVVA ion source can produce high current pulsed beams of metallic ions using a metal vapor vacu...
We consider the charge state distribution of ions produced in the metal vapor vacuum arc plasma disc...
Intense beams of metal ions can be formed from a vacuum arc ion source. Broadbeam extraction is conv...
Multiply charged ion beam generation is an active field of research for a number of technological ap...
Vacuum arc ion sources provide a convenient tool for the production of intense beams of metal ions. ...
A pulsed magnetic field of up to 10 kG was incorporated into a vacuum arc ion source. The field was ...
A miniature multiple beamlet approach to an injector system was recently proposed in order to reduc...
An ion source is described in which a metal vapor vacuum arc is used to create the plasma from which...
The vacuum arc discharge is intensively explored for a long time. It acts as a source of multiply ch...
An ion source is described in which a metal vapor vacuum arc is used to create the plasma from which...
A small, simple ion source for the production of high brightness beams of metal ions is described. A...
Ion sources are used in vacuum thin film technology in various types and for numerous applications. ...
The MEVVA (Metal Vapor Vacuum Arc) ion source is a new kind of source which can produce high current...
Abstract – The results on research and develop-ment of new modification of a high-current qua-siribb...
A new kind of ion source has been developed in which a metal vapor vacuum arc (MEVVA) is used to pro...
The MEVVA ion source can produce high current pulsed beams of metallic ions using a metal vapor vacu...
We consider the charge state distribution of ions produced in the metal vapor vacuum arc plasma disc...