The O I /6300 A/ airglow

Physics – Space Physics

Scientific paper

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18

Airglow, Atmospheric Chemistry, Metastable Atoms, Oxygen Spectra, Thermosphere, Electron Impact, Electron Transitions, Molecular Gases, Nitrogen, Oxygen Atoms, Particle Production, Photodissociation, Rates (Per Time), Satellite Observation, Twilight Glow

Scientific paper

The production and destruction of O(D-1) atoms in the thermosphere are studied on the basis of observations conducted by the Atmosphere Explorer-C spacecraft. In particular, measurements of the O I transition at 6300 A provide a means of calculating the strength of the O2(+) dissociative recombination source of O(D-1), which amounts to 1.33. A value of 3 times 10 to the minus 11th power cu cm/sec is established for the quenching rate of O(D-1) by molecular nitrogen, while the photodissociation rate for O2 is set at three millionths per sec. These determinations are in agreement with the conventional theory of the day 6300-A airglow.

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