Spectra and retrieval data from CO and HCN observations of Jupiter with ALMA (project 2016.1.01235.S)

<p>Spectra and retrieval data from:</p> <p>Title: Evidence for auroral influence on Jupiter&#39;s nitrogen and oxygen chemistry revealed by ALMA<br> Authors: T. Cavali&eacute;, L. Rezac, R. Moreno, E. Lellouch, T. Fouchet, B. Benmahi, T. K. Greathouse,<br> &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; J. A. Sinclair, V. Hue, P. Hartogh, M. Dobrijevic, N. Carrasco, Z. Perrin<br> Journal: Nature Astronomy<br> Year: 2023</p> <p>########################<br> # Description of files #<br> ########################</p> <p>CO_data/<br> &nbsp;&nbsp; latitudes_CO.dat: planetocentric latitudes of the 540 pointings from which the CO spectra have been extracted<br> &nbsp;&nbsp; spectrum_*.dat : CO spectra, one per pointing. Frequency in GHz and continuum-subtracted flux density in Jy/beam<br> &nbsp;&nbsp; profiles_*.dat : vertical profiles, one per pointing. Pressure in mbar, temperature in K (local average, see paper for details), and retrieved CO volume mixing ratio</p> <p>HCN_data/<br> &nbsp;&nbsp; latitudes_HCN.dat: planetocentric latitudes of the 557 pointings from which the HCN spectra have been extracted<br> &nbsp;&nbsp; spectrum_*.dat : HCN spectra, one per pointing. Frequency in GHz and continuum-subtracted flux density in Jy/beam<br> &nbsp;&nbsp; profiles_*.dat : vertical profiles, one per pointing. Pressure in mbar, temperature in K (local average, see paper for details), and retrieved HCN volume mixing ratio</p> <p>&nbsp;</p>