Thallium arc plasma was investigated in a vacuum arc ionsource. As expected from previous consideration of cathode materials inthe Periodic Table of the Elements, thallium plasma shows lead-likebehavior. Its mean ion charge state exceeds 2.0 immediately after arctriggering, reaches the predicted 1.60 and 1.45 after about 100 microsecand 150 microsec, respectively. The most likely ion velocity is initially8000 m/s and decays to 6500 m/s and 6200 m/s after 100 microsec and 150microsec, respectively. Both ion charge states and ion velocities decayfurther towards steady state values, which are not reached within the 300microsec pulses used here. It is argued that the exceptionally high vaporpressure and charge exchange reactions are associated ...
Cathodic arcs have been utilized in various applications including the deposition of thin films and ...
Cathodic arc plasmas are considered fully ionized and they contain multiply charged ions, yet, gase...
This article describes the vacuum arc plasma source of extended design generating the directed belt ...
Thallium arc plasma was investigated in a vacuum arc ion source. As expected from previous consider...
Metal ions were extracted from pulsed discharge plasmas operating in the transition region between v...
The paper reviews the results of vacuum arc experimental investigations made collaboratively by rese...
A vacuum arc ion source was modified allowing us to collections from arc plasma streaming through an...
Cathodic vacuum arc plasmas are known to contain multiply charged ions. 20 years after “Pressure Ion...
The velocity distribution function of vacuum arc ions can be measured by a time-of-flight technique ...
Vacuum arc ion sources, commonly also known as "Mevva" ionsources, are used to generate intense puls...
The vacuum arc discharge is intensively explored for a long time. It acts as a source of multiply ch...
We consider the charge state distribution of ions produced in the metal vapor vacuum arc plasma disc...
Cathodic arc plasmas are considered fully ionized and theycontain multiply charged ions, yet, gaseou...
Time resolving investigations of charged particles flow from the cathode region of the vacuum arc re...
Multiply charged ions are present in vacuum arc plasmas. The ions are produced at cathode spots, and...
Cathodic arcs have been utilized in various applications including the deposition of thin films and ...
Cathodic arc plasmas are considered fully ionized and they contain multiply charged ions, yet, gase...
This article describes the vacuum arc plasma source of extended design generating the directed belt ...
Thallium arc plasma was investigated in a vacuum arc ion source. As expected from previous consider...
Metal ions were extracted from pulsed discharge plasmas operating in the transition region between v...
The paper reviews the results of vacuum arc experimental investigations made collaboratively by rese...
A vacuum arc ion source was modified allowing us to collections from arc plasma streaming through an...
Cathodic vacuum arc plasmas are known to contain multiply charged ions. 20 years after “Pressure Ion...
The velocity distribution function of vacuum arc ions can be measured by a time-of-flight technique ...
Vacuum arc ion sources, commonly also known as "Mevva" ionsources, are used to generate intense puls...
The vacuum arc discharge is intensively explored for a long time. It acts as a source of multiply ch...
We consider the charge state distribution of ions produced in the metal vapor vacuum arc plasma disc...
Cathodic arc plasmas are considered fully ionized and theycontain multiply charged ions, yet, gaseou...
Time resolving investigations of charged particles flow from the cathode region of the vacuum arc re...
Multiply charged ions are present in vacuum arc plasmas. The ions are produced at cathode spots, and...
Cathodic arcs have been utilized in various applications including the deposition of thin films and ...
Cathodic arc plasmas are considered fully ionized and they contain multiply charged ions, yet, gase...
This article describes the vacuum arc plasma source of extended design generating the directed belt ...