International audienceCARS laboratory experiments were done in the 2905-2925 cm(-1) range, in the vicinity of the v, band of the methane molecule, for pressures ranging from I to 50 bar, and temperatures up to 1100 K. These experiments were carried out in order to retrieve the pressure evolution of the CH4 spectrum, as well as to confirm its temperature dependance. After a brief recall on the theory used to compute pressure broadening coefficients and relaxation rates, we consider the v(3) and v(4) infrared bands of methane for benchmark calculations purposes. Next, we present recent experimental CARS spectra and calculated ones. Lastly, we discuss flame experiments as well as comparisons of temperature retrieval using N-2 and CH4 as probe ...
We report preliminary measurements on the temperature dependence of H$_{2}$-broadening of CH$_{4}$ i...
International audienceWe present a study of the spontaneous Raman spectra of (CH4)-C-12 from 1200 to...
Author Institution: Department of Chemistry, University of WaterlooAbsorption bands from hot methane...
International audienceCARS laboratory experiments were done in the 2905-2925 cm(-1) range, in the vi...
Methane (CH4) spectra in the v3 band near 3.3 µm were measured for 0 Torr, 50 Torr, 150 Torr, 240 To...
This thesis presents the temperature-dependent line-shape studies of methane broadened by itself, a...
International audienceExperimental and theoretical investigations of coherent anti-Stokes Raman spec...
Line lists of CH$_{4}$ at high temperatures (up to 900$^{circ}$C) have been produced between 2500 an...
For gas sensing applications in high temperature environments, such as aeroengine exhaust, solid oxi...
Absorption spectra of hot methane were recorded in the 2300-3200 cm$^{-1}$ spectral region ($\nu_{3}...
Author Institution: Department of Physics, College of William and Mary, Williamsburg, VA 23187-8795;...
We measured the temperature dependence of the nitrogen broadening, narrowing and line-mixing coeffic...
This paper describes new measurements and modelling of the absorption of methane gas, one of the mos...
International audienceThe empirical line parameters of 12268 transitions of methane at 80 K have bee...
Author Institution: Department of Physics, College of William and Mary, Williamsburg, VA 23187-8795;...
We report preliminary measurements on the temperature dependence of H$_{2}$-broadening of CH$_{4}$ i...
International audienceWe present a study of the spontaneous Raman spectra of (CH4)-C-12 from 1200 to...
Author Institution: Department of Chemistry, University of WaterlooAbsorption bands from hot methane...
International audienceCARS laboratory experiments were done in the 2905-2925 cm(-1) range, in the vi...
Methane (CH4) spectra in the v3 band near 3.3 µm were measured for 0 Torr, 50 Torr, 150 Torr, 240 To...
This thesis presents the temperature-dependent line-shape studies of methane broadened by itself, a...
International audienceExperimental and theoretical investigations of coherent anti-Stokes Raman spec...
Line lists of CH$_{4}$ at high temperatures (up to 900$^{circ}$C) have been produced between 2500 an...
For gas sensing applications in high temperature environments, such as aeroengine exhaust, solid oxi...
Absorption spectra of hot methane were recorded in the 2300-3200 cm$^{-1}$ spectral region ($\nu_{3}...
Author Institution: Department of Physics, College of William and Mary, Williamsburg, VA 23187-8795;...
We measured the temperature dependence of the nitrogen broadening, narrowing and line-mixing coeffic...
This paper describes new measurements and modelling of the absorption of methane gas, one of the mos...
International audienceThe empirical line parameters of 12268 transitions of methane at 80 K have bee...
Author Institution: Department of Physics, College of William and Mary, Williamsburg, VA 23187-8795;...
We report preliminary measurements on the temperature dependence of H$_{2}$-broadening of CH$_{4}$ i...
International audienceWe present a study of the spontaneous Raman spectra of (CH4)-C-12 from 1200 to...
Author Institution: Department of Chemistry, University of WaterlooAbsorption bands from hot methane...