The ion-pumping effect in helicon discharges was investigated numerically with a time-dependent volume-averaged global model for the plasma density and the electron temperature. By adjusting the neutral gas density and the absorbed power, the ion-current density as a function of time was obtained. The ion-current density obtained with our method compares well with the experimental results.
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
The ion-pumping effect in helicon discharges was investigated numerically with a time-dependent volu...
Relaxation oscillations observed in the large-volume, helicon plasma experiment WOMBAT (Waves on Mag...
The characteristics of the helicon plasma injection into the IEC were explored. The first such analy...
Helicon plasma sources operating with hydrogen or deuterium might be attractive for fusion applicati...
We present a global model of a radio-frequency ion thruster. The model takes into account radial and...
In radiofrequency (RF) helicon discharges the electromagnetic power is transferred from the RF field...
In radiofrequency (RF) helicon discharges the electromagnetic power is transferred from the RF field...
Recent experiments have demonstrated that ion dominated phenomena, such as the lower hybrid resonanc...
Recent experiments have demonstrated that phenomena associated with ion dynamics, such as the lower ...
The aim of this work is to analyse the chemistry models of low pressure Helicon discharges fed with ...
In order to enable comparison of Helicon ion thruster performance across different vacuum test facil...
Helium ion energy distributions were measured in the helicon wave-coupled plasma of the DIONISOS exp...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
The ion-pumping effect in helicon discharges was investigated numerically with a time-dependent volu...
Relaxation oscillations observed in the large-volume, helicon plasma experiment WOMBAT (Waves on Mag...
The characteristics of the helicon plasma injection into the IEC were explored. The first such analy...
Helicon plasma sources operating with hydrogen or deuterium might be attractive for fusion applicati...
We present a global model of a radio-frequency ion thruster. The model takes into account radial and...
In radiofrequency (RF) helicon discharges the electromagnetic power is transferred from the RF field...
In radiofrequency (RF) helicon discharges the electromagnetic power is transferred from the RF field...
Recent experiments have demonstrated that ion dominated phenomena, such as the lower hybrid resonanc...
Recent experiments have demonstrated that phenomena associated with ion dynamics, such as the lower ...
The aim of this work is to analyse the chemistry models of low pressure Helicon discharges fed with ...
In order to enable comparison of Helicon ion thruster performance across different vacuum test facil...
Helium ion energy distributions were measured in the helicon wave-coupled plasma of the DIONISOS exp...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
Radiofrequencies Plasmas, widely used microelectronics, requires sufficiently low ionization rates s...
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