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Improved determination of the 1(0)-0(0) rotational frequency of NH3D+ from the high resolution spectrum of the v4 infrared band

The high resolution spectrum of the v4 band of NH3D+ has been measured by difference frequency IR laser spectroscopy in a multipass hollow cathode discharge cell. From the set of molecular constants obtained from the analysis of the spectrum, a value of 262817(6) MHz (3sigma) has been derived for the frequency of the 1(0)-0(0) rotational transition. This value supports the assignment to NH3D+ of lines at 262816.7 MHz recorded in radio astronomy observations in Orion-IRc2 and the cold prestellar core B1-bS.

preprint2013arXivOpen access
J. L. DoménechM. CuetoV. J. HerreroI. TanarroB. TerceroA. FuenteJ. Cernicharo
astro-ph.GA
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J. L. DoménechM. CuetoV. J. HerreroI. TanarroB. TerceroA. FuenteJ. Cernicharo

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