H2O-H2O collision cross sections are calculated by adapting the method developed by Anderson and Tsao and Cornette for the calculation of collision broadening of molecular spectral lines. Cross sections are computed with a cutoff limit at 20 A2 for the rotational levels of water with J ≤ 10 and E < 2000 cm-1 in the temperature range 100-800 K. The accuracy of the calculated values is estimated to be 10%-20%
This work proposes a complete and consistent set of cross sections (CSs) for electron collisions wit...
We report pressure broadening (PB) coefficients for the 21 electric–dipole transitions between the e...
International audienceAims.Using a newly determined 5D potential energy surface for H2-H2O we provid...
Aims. We present new calculations of collision cross sections for state-to-state transitions between...
International audienceContext: The interpretation of water line emission from existing observations ...
Cross section data have been compiled from the literature (to the end of 2003) for electron collisio...
International audienceABSTRACT We re-introduce a semiclassical methodology based on theories develop...
High resolution Fourier transform spectra of H2O-air mixtures have been measured at 296, 742, and 98...
International audienceTheoretical cross sections for the pressure broadening by hydrogen of rotation...
Context.The interpretation of water line emission from existing observations and future HIFI/Hersc...
International audienceWe present cross sections and rate coefficients for rotational transitions in ...
Aims. We present an improved database of temperature-dependent rate coefficients for rotational stat...
International audienceWater is a key molecule for interstellar chemistry. Observations with Herschel...
Context. Water is a key molecule in many astrophysical studies that deal with star or planet forming...
This work proposes a complete and consistent set of cross sections (CSs) for electron collisions wit...
We report pressure broadening (PB) coefficients for the 21 electric–dipole transitions between the e...
International audienceAims.Using a newly determined 5D potential energy surface for H2-H2O we provid...
Aims. We present new calculations of collision cross sections for state-to-state transitions between...
International audienceContext: The interpretation of water line emission from existing observations ...
Cross section data have been compiled from the literature (to the end of 2003) for electron collisio...
International audienceABSTRACT We re-introduce a semiclassical methodology based on theories develop...
High resolution Fourier transform spectra of H2O-air mixtures have been measured at 296, 742, and 98...
International audienceTheoretical cross sections for the pressure broadening by hydrogen of rotation...
Context.The interpretation of water line emission from existing observations and future HIFI/Hersc...
International audienceWe present cross sections and rate coefficients for rotational transitions in ...
Aims. We present an improved database of temperature-dependent rate coefficients for rotational stat...
International audienceWater is a key molecule for interstellar chemistry. Observations with Herschel...
Context. Water is a key molecule in many astrophysical studies that deal with star or planet forming...
This work proposes a complete and consistent set of cross sections (CSs) for electron collisions wit...
We report pressure broadening (PB) coefficients for the 21 electric–dipole transitions between the e...
International audienceAims.Using a newly determined 5D potential energy surface for H2-H2O we provid...