Effects of atmospheric disturbances on polar mesopause airglow OH emissions

Physics

Scientific paper

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48

Airglow, Atmospheric Models, Hydroxyl Emission, Mesopause, Polar Regions, Periodic Variations, Scale Height, Signal To Noise Ratios, Spectrum Analysis, Winter

Scientific paper

A set of OH intensity measurements from Spitzbergen made in December 1984, when the polar night extended over an entire 24-hour period, is presented. Spectral analyses of the absolute intensity and the rotational temperature time series reveal significantly coherent 12- and 3.7-hour period oscillations. These results are interpreted in terms of a theoretical model for the modulation of OH emission by gravity waves and tides.

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