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Line positions and intensities for the ν3 band of 5 isotopologues of germane for planetary applications

par Boudon, Vincent;Grigoryan, T.;Philipot, F.;Richard, Cyril;Tchana, Fridolin Kwabia;Manceron, Laurent;Rizopoulos, Atina ;Vander Auwera, Jean ;Encrenaz, T.
Référence Journal of quantitative spectroscopy & radiative transfer, 205, page (174-183)
Publication Publié, 2018-01

Article révisé par les pairs

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Résumé :

The germane molecule, GeH4, is present in the atmospheres of giant planets Jupiter and Saturn. The ongoing NASA mission Juno has renewed interest in its spectroscopy, whose accurate modeling is essential for the retrieval of other tropospheric species. We present here the first complete analysis and modeling of line positions and intensities in the strongly absorbing ν1/ν3 stretching dyad region near 2100 cm−1, for all five germane isotopologues in natural abundance. New infrared spectra were recorded, absolute intensities were extracted through a careful procedure and modeled thanks to the formalism and programs developed in the Dijon group. A database of calculated germane lines, GeCaSDa, has been build and is available online through the Virtual Atomic and Molecular Data Centre (VAMDC) portal and at http://vamdc.icb.cnrs.fr/PHP/gecasda.php.