Add to ORKGLaser optogalvanic (LOG) signals at 667.7, 751.5, and 696.5 nm from the 3 P 1 and 3 P 2 levels of Ar were studied at a pressure of 250 mTorr in a rf glow discharge. Signals with unexpected signs and time dependences were found. The results are interpreted as being due to radiative trapping effects and collisional mixing between resonance and metastable levels. An average electron energy of 2.1 eV is derived from modeling the data
In this letter, the authors present experimental evidence of electron trapping in radio-frequency r...
$^{*}$ Supported by NSF Grant $\#CHE-8007042$.Author Institution:Using an F-center laser and the tec...
A device designed to perform laser optogalvanic (LOG) measurements on low pressure gases in an elect...
Laser optogalvanic (LOG) signals at 667.7, 751.5, and 696.5 nm from the 3 P 1 and 3 P 2 levels of Ar...
We present a new approach to measure population densities of Ar I metastable and resonant excited st...
International audienceTunable diode laser absorption spectroscopy is used for recording the spectral...
International audienceTunable diode laser absorption spectroscopy is used for recording the spectral...
International audienceTunable diode laser absorption spectroscopy was used to record the space-and t...
In this chapter an investigation of a DC argon and neon abnormal glow discharges with metastable ato...
In this letter, an experimental investigation is presented to characterize the properties and benefi...
Characterization of the excited state argon population in an argon-helium discharge is of crucial im...
We have produced a rf discharge in 40Ar and used saturated absorption spectroscopy to offset lock a ...
We have carried out laser-induced fluorescence experiments in the argon plasma of a hollow cathode a...
The optogalvanic effect from Ar positive-ion transitions, corresponding to the spectral lines emitt...
In the present work we have studied the time-resolved optogalvanic signals in the spectra of inert g...
In this letter, the authors present experimental evidence of electron trapping in radio-frequency r...
$^{*}$ Supported by NSF Grant $\#CHE-8007042$.Author Institution:Using an F-center laser and the tec...
A device designed to perform laser optogalvanic (LOG) measurements on low pressure gases in an elect...
Laser optogalvanic (LOG) signals at 667.7, 751.5, and 696.5 nm from the 3 P 1 and 3 P 2 levels of Ar...
We present a new approach to measure population densities of Ar I metastable and resonant excited st...
International audienceTunable diode laser absorption spectroscopy is used for recording the spectral...
International audienceTunable diode laser absorption spectroscopy is used for recording the spectral...
International audienceTunable diode laser absorption spectroscopy was used to record the space-and t...
In this chapter an investigation of a DC argon and neon abnormal glow discharges with metastable ato...
In this letter, an experimental investigation is presented to characterize the properties and benefi...
Characterization of the excited state argon population in an argon-helium discharge is of crucial im...
We have produced a rf discharge in 40Ar and used saturated absorption spectroscopy to offset lock a ...
We have carried out laser-induced fluorescence experiments in the argon plasma of a hollow cathode a...
The optogalvanic effect from Ar positive-ion transitions, corresponding to the spectral lines emitt...
In the present work we have studied the time-resolved optogalvanic signals in the spectra of inert g...
In this letter, the authors present experimental evidence of electron trapping in radio-frequency r...
$^{*}$ Supported by NSF Grant $\#CHE-8007042$.Author Institution:Using an F-center laser and the tec...
A device designed to perform laser optogalvanic (LOG) measurements on low pressure gases in an elect...