Computer Science – Software Engineering
Scientific paper
Feb 1995
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1995utd..rept.....j&link_type=abstract
Technical Progress Report, 1 May 1994 - 28 Feb. 1995 Texas Univ. at Dallas, Richardson, TX. Center for Space Sciences Physics Pr
Computer Science
Software Engineering
Airglow, Bubbles, Computer Programming, Earth (Planet), Equatorial Regions, F Region, Gravitational Effects, Gravity Waves, Growth, Initiation, Satellite Observation, Software Engineering, Atmospheric Ionization, Diurnal Variations, Explorer 55 Satellite, Frequency Modulation, High Altitude, Internal Waves, Ion Concentration, Ionospheric Drift, Magnetic Fields, Neutral Atmospheres, Polar Caps
Scientific paper
The following areas of interest in this progress report are: (1) the continuation of software development in the examination of F-region gravity-wave power using in-situ data from the Atmosphere Explorer (AE-E); (2) the inquiry into the use of the San Marco data for the study of the initiation and growth of bubbles, particularly when the satellite passes through the early evening hours at relatively high altitudes, and the development of bubbles using not only the San Marco data but includes the use of airglow observations made in Hawaii; and (3) the promising development in the observation of distinct well formed waves at about 400 km altitude in the equatorial region. These waves look very much like waves seen over the polar cap that are attributed to internal gravity waves in the neutral atmosphere driving ionization up and down the magnetic field lines. These equatorial waves show no modulation of the total ion concentration.
Coley William R.
Johnson Francis S.
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