On the detectability of Jovian oscillations with infrared heterodyne measurements

Physics

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Doppler Effect, Infrared Detectors, Jupiter Atmosphere, Optical Heterodyning, Oscillations, Planetary Cores, Emission Spectra, Far Infrared Radiation, Infrared Spectra, Line Spectra

Scientific paper

A method is proposed for detecting Jovian global oscillations using IR heterodyne measurements in the lower stratosphere of the planet. Measurements of the S(0) and S(1) lines over a period of a few nights permitted the detection of modes with periods of 5 to 20 min and of Doppler shifts corresponding to velocities as low as 1 m/sec (which is less than the value reported by Schmider and Mosser, 1990 from observations of the Jovian troposphere in the visible range. Possible limitations of the method are pointed out.

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