In order to reveal the conditions required for the formation of a neutral loop discharge (NLD) plasma, distributions of excited atoms, which were strongly related to distributions of ionization rates, were measured under various discharge conditions by using laser induced fluorescence spectroscopy and optical emission spectroscopy. It was found that the results of these measurements were consistent with the theoretically predicted dependencies of electron heating on the magnetic field strength, the RF electric field, and the RF frequency. In addition, it was shown that effects of electron-neutral collisions and of the finite size of the device set limitations on the formation of the NLD plasma
A new diagnostic method using both techniques of neutral beam probing and laser-induced fluorescence...
The charge particle emission form laser-generated plasma was studied experimentally and theoreticall...
The temporal growth of electron density during the formation of ring discharges in damped oscillatin...
Electron motion in a CF4 magnetic neutral loop discharge (NLD) plasma was simulated using a Monte Ca...
Ion and neutral parameters are determined in the high electron density, magnetized, hydrogen plasma ...
Ion and neutral parameters are determined in the high electron density, magnetized, hydrogen plasma ...
This article presents the results on the diagnostics and numerical modeling of low-frequency (∼460 K...
The formation of a plasma in an electrodeless ring discharge with a steady magnetic bias field of di...
Ultracold neutral plasmas (UCPs) are transient laboratory plasmas with many unique properties owing ...
A neutral loop (NL) discharge has been implemented in the linear plasma device VINETA with...
Nitrogen discharges and afterglows at pressures of a few hundreds of Pascal have been very extensive...
Low density plasmas are found throughout the known universe. Therefore, accurate diagnostic methods ...
The late flowing afterglow of an oxygen plasma was used as a remote source of neutral oxygen atoms. ...
Electrode arrays fabricated on a micro-structure scale have electrode dimensions small enough to gen...
International audienceThis paper deals with pure argon plasma studied in a magnetically enhanced ind...
A new diagnostic method using both techniques of neutral beam probing and laser-induced fluorescence...
The charge particle emission form laser-generated plasma was studied experimentally and theoreticall...
The temporal growth of electron density during the formation of ring discharges in damped oscillatin...
Electron motion in a CF4 magnetic neutral loop discharge (NLD) plasma was simulated using a Monte Ca...
Ion and neutral parameters are determined in the high electron density, magnetized, hydrogen plasma ...
Ion and neutral parameters are determined in the high electron density, magnetized, hydrogen plasma ...
This article presents the results on the diagnostics and numerical modeling of low-frequency (∼460 K...
The formation of a plasma in an electrodeless ring discharge with a steady magnetic bias field of di...
Ultracold neutral plasmas (UCPs) are transient laboratory plasmas with many unique properties owing ...
A neutral loop (NL) discharge has been implemented in the linear plasma device VINETA with...
Nitrogen discharges and afterglows at pressures of a few hundreds of Pascal have been very extensive...
Low density plasmas are found throughout the known universe. Therefore, accurate diagnostic methods ...
The late flowing afterglow of an oxygen plasma was used as a remote source of neutral oxygen atoms. ...
Electrode arrays fabricated on a micro-structure scale have electrode dimensions small enough to gen...
International audienceThis paper deals with pure argon plasma studied in a magnetically enhanced ind...
A new diagnostic method using both techniques of neutral beam probing and laser-induced fluorescence...
The charge particle emission form laser-generated plasma was studied experimentally and theoreticall...
The temporal growth of electron density during the formation of ring discharges in damped oscillatin...