Add to ORKGThe authors present a model to calculate the population density of the 4p group and the total ionisation coefficient. They also measured the density of the 4p and higher groups in a highly ionised magnetically confined hollow cathode arc discharge at 10/sup -3/ torr. From this combined information the atom density n/sub a/ can be determined. Overpopulations with respect to the Saha-Boltzmann relation vary from 350 (4p group) to 30-60 (higher groups
Population densities of excited states of argon atoms in a high power impulse magnetron sputtering (...
Population densities of excited states of argon atoms in a high power impulse magnetron sputtering (...
A new collisional-radiative model for atmospheric-pressure low-temperature argon discharges is propo...
The authors present a model to calculate the population density of the 4p group and the total ionisa...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
The authors describe a numerical model developed for the argon neutral system. The major question fo...
The authors describe a numerical model developed for the argon neutral system. The major question fo...
The authors describe a numerical model developed for the argon neutral system. The major question fo...
Population densities of excited states of argon atoms in a high power impulse magnetron sputtering (...
Population densities of excited states of argon atoms in a high power impulse magnetron sputtering (...
A new collisional-radiative model for atmospheric-pressure low-temperature argon discharges is propo...
The authors present a model to calculate the population density of the 4p group and the total ionisa...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
A collisional radiative model for the argon ion system has been set up. In this model collisional da...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
The authors previously reported on a comparison between a Collisional Radiative Model (CRM) for the ...
The authors describe a numerical model developed for the argon neutral system. The major question fo...
The authors describe a numerical model developed for the argon neutral system. The major question fo...
The authors describe a numerical model developed for the argon neutral system. The major question fo...
Population densities of excited states of argon atoms in a high power impulse magnetron sputtering (...
Population densities of excited states of argon atoms in a high power impulse magnetron sputtering (...
A new collisional-radiative model for atmospheric-pressure low-temperature argon discharges is propo...