High-latitude photodissociation rates and predicted solar flux intensities. an addendum to a STRATCOM-related photodissociation rates and solar flux intensities

Details High-latitude photodissociation rates and predicted solar flux intensities. an addendum to a STRATCOM-related photodissociation rates and solar flux intensities High-latitude photodissociation rates and predicted solar flux intensities. an addendum to a STRATCOM-related photodissociation rates and solar flux intensities

Jul 1977

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1977stin...7811966c&link_type=abstract

High-latitude photodissociation rates and predicted solar flux intensities. An addendum to STRATCOM-related photodissociation r

Computer Science

Sound

Balloon Sounding, Meteorological Instruments, Photodissociation, Polar Regions, Solar Flux, Stratosphere, Alaska, Atmospheric Chemistry, Atmospheric Models, Balloon-Borne Instruments, High Altitude Balloons

Scientific paper

Photodissociation rates and predicted solar flux intensities have been reported for conditions closely corresponding to those of the STRATCOM (STRATospheric COMposition) balloon launches. This brief addendum to that report extends the calculations to include rates and solar flux intensities predicted for 65.3 north latitude. This is the location of the U.S. Army's Meteorological Rocket Station at Poker Flat, Alaska, where it is possible that such correlated experiments as the STRATCOM balloon launches will be made in the future.

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