Functional characteristics of the OGO main body airglow photometer
E. I. Reed, W. B. Fowler, J. É. Blamont
Abstract
Open-access reader
E. I. Reed, W. B. Fowler, J. É. Blamont
Abstract
Open-access reader
The OGO-4 main body airglow photometer used a trialkali cathode photomultiplier to sense light at selected wavelengths between 2500 and 6300A corresponding to important emissions in the aurora and night airglow at emission rates ranging from a few rayleighs to about 200 kilorayleighs. The optical, electronic, and mechanical systems are described in terms of their functional characteristics.
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The OGO-4 main body airglow photometer used a trialkali cathode photomultiplier to sense light at selected wavelengths between 2500 and 6300A corresponding to important emissions in the aurora and night airglow at emission rates ranging from a few rayleighs to about 200 kilorayleighs. The optical, electronic, and mechanical systems are described in terms of their functional characteristics.
Key concepts: Airglow, Photometer, Photomultiplier, Wavelength, Environmental science, Light emission, Physics, Optics