The anisotropic interaction between acetylene and argon has been studied by observing the density dependence of the acetylene pure rotational Raman line broadening. The observed cross sections are approximately twice that predicted from the known polarizabilities and acetylene molecular quadrupole moment. An empirical atom-atom anisotropic potential adequately parametrizes the results
International audienceIntegral cross sections and pressure broadening coefficients have been measure...
Author Institution: McLennan Laboratory, University of TorontoA cell has been designed for studying ...
0377-0486High-resolution stimulated Raman spectroscopy was applied to the study of collisional broad...
The anisotropic interaction between acetylene and argon has been studied by observing the density de...
Using a high resolution Raman spectrometer, we have measured Ar-broadening coefficients in the v2 Q ...
The pressure broadening of the rotational Raman transitions of argon dimers is calculated, using the...
The pure rotational Raman transitions J = 0 → 2 through J = 5 → 7 of HCl have been measured. Results...
$^{1}$E.N. Svendsen and T. Stroyer-Hansen, Molec, Phys. 56,1025 (1985). $^{2}$K.M. Gough, J. Chem. P...
International audienceIn this work we present a theoretical and experimental study of the acetylene–...
International audienceWe discuss the sensitivity of the pressure broadening cross-sections to the ch...
0021-9606Self-, argon-, and helium-broadening coefficients have been measured for 13 lines in the 2v...
The density dependence of the pressure induced shift of the HCl pure rotational lines, perturbed by ...
An experimental and theoretical study of the pressure broadening and the pressure shift of three HCO...
Depolarization ratios and gas phase Raman scattering differential cross sections of all Raman active...
A semiclassical theory of the width and shift of isolated infrared and Raman lines in the gas phase ...
International audienceIntegral cross sections and pressure broadening coefficients have been measure...
Author Institution: McLennan Laboratory, University of TorontoA cell has been designed for studying ...
0377-0486High-resolution stimulated Raman spectroscopy was applied to the study of collisional broad...
The anisotropic interaction between acetylene and argon has been studied by observing the density de...
Using a high resolution Raman spectrometer, we have measured Ar-broadening coefficients in the v2 Q ...
The pressure broadening of the rotational Raman transitions of argon dimers is calculated, using the...
The pure rotational Raman transitions J = 0 → 2 through J = 5 → 7 of HCl have been measured. Results...
$^{1}$E.N. Svendsen and T. Stroyer-Hansen, Molec, Phys. 56,1025 (1985). $^{2}$K.M. Gough, J. Chem. P...
International audienceIn this work we present a theoretical and experimental study of the acetylene–...
International audienceWe discuss the sensitivity of the pressure broadening cross-sections to the ch...
0021-9606Self-, argon-, and helium-broadening coefficients have been measured for 13 lines in the 2v...
The density dependence of the pressure induced shift of the HCl pure rotational lines, perturbed by ...
An experimental and theoretical study of the pressure broadening and the pressure shift of three HCO...
Depolarization ratios and gas phase Raman scattering differential cross sections of all Raman active...
A semiclassical theory of the width and shift of isolated infrared and Raman lines in the gas phase ...
International audienceIntegral cross sections and pressure broadening coefficients have been measure...
Author Institution: McLennan Laboratory, University of TorontoA cell has been designed for studying ...
0377-0486High-resolution stimulated Raman spectroscopy was applied to the study of collisional broad...