An exploratory 5-micron spectrum of Uranus

Physics

Scientific paper

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Infrared Spectra, Planetary Radiation, Uranus Atmosphere, Ammonia, Methane, Spectrum Analysis, Uranus, Spectra, Comparisons, Intensity, Wavelengths, Models, Analysis, Radiation, Emissions, Reflectance, Pressure, Optical Properties, Source, Opacity, Earth-Based Observations, Atmosphere, Composition, Methane, Phosphine

Scientific paper

The intensity peak at 4.8 microns characterizing the spectrum observed for the disk of Uranus near 5 microns, in June 1987, exhibits steep declines at shorter and longer wavelength. An exploratory discussion is presented of various models in view of these data; it is noted that some component of the radiation must originate near the 140 K atmospheric irrespective of the radiation's origin in sunlight or thermal emission; physical considerations dictate that it be at least partly thermal in origin. One model consistent with the data requires the presence of a cloud top at the 8-bar level.

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