Limb Corrections and Channel Adjustments for Red-Green-Blue Composites from Geostationary Satellites
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geostationary, limb correction, intercalibration, ↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Bayesian Analysis of the Detection Performance of the Geostationary Lightning Mappers
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Geostationary↗
Corrections for Geostationary Cloud Liquid Water Path Using Microwave Imagery
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Kevin M. Smalley↗
Evaluating current satellite capability to observe diurnal change in nitrogen oxides in preparation for geostationary satellite missions
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Elise Penn↗
Observations of ionospheric electron content using a geostationary satellite.
Ionospheric electron density variation from Syncom III transmission
IONOSPHERIC ELECTRON DENSITY↗
On the Variety of Particle Phenomena Discernible at the Geostationary Orbit via the ATS-1 Satellite
Rice University ion detector aboard synchronous orbit Applications Technology Satellite /ATS-1/
Freeman, J. W., Jr.↗
On the variety of particle phenomena discernible at the geostationary orbit via the ATS-1 satellite.
Charged particle fluxes pre- and postmidnight asymmetry, magnetospheric boundary, particle clouds and low energy burst observed with ATS-1
Freeman, J. W., Jr.↗
Total electron content measurement with a geostationary satellite during the solar eclipse of 7 March 1970
Ionospheric electron density measurements during solar eclipse by ATS 3 satellite
Rangaswamy, S.↗
A conceptual study of a momentum wheel stabilized geostationary aeronautical satellite
Momentum wheel stabilized, sun-oriented, synchronous equatorial satellite for aeronautical satellite system NETCOS
Goldberg, G.↗
Analysis of a navigation concept employing a spinning radiating interferometer in geostationary orbit
Analysis of concept of spin-stabilized synchronous satellite carrying interferometer transmitting CW signals in L-band
Thomas, G. R.↗
Convective transport of mass and energy in severe storms over the United States - An estimate from a geostationary altitude
Severe storm mass and energy convective transport characteristics, using ATS-3 cloud photographs and three layer model
Anderson, C. E.↗
Magnetopause crossing of the geostationary satellite ATS 5 at 6.6 RE
Magnetopause crossing observation of ATS 5 satellite during magnetic storm
Skillman, T. L.↗
Time variation of tropical energetics as viewed from a geostationary altitude
Latent heat convective transport from lower to tropical upper troposphere, noting periodic energy fluctuations from time lapse synchronous satellite cloud photographs
Sikdar, D. N.↗
A technique for synoptique measurement of ionospheric propagation delays by ranging from geostationary satellites to a network of unmanned transponders.
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Anderson, R. E.↗
Determination of exospheric electron content from group delay and Faraday rotation observations of geostationary satellite signals.
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Dubroff, R. E.↗
Substorm phenomena and the uniqueness of the geostationary orbit for observation of dynamic processes in the magnetosphere
During the Spring equinox, both ATS-6 and ATS-5 were in geosynchronous orbit with a separation of about 11 deg longitude. A ground-based campaign was undertaken by Eather, Mende, and Judge to observe aurora at the foot of the ATS field line with a variety of instruments. Initial results support the injection boundary hypothesis of Mauk and McIlwain. Also during this period, the Cs-ion thrusters on both spacecraft were exercized in a deliberate attempt to control the spacecraft potential. Some success was achieved, and the presence of a sheath with a potential minimum about ATS-5 has been demonstrated (the sheath about ATS-6 is observed directly).
Deforest, S. E.↗
Hot plasma dynamics within geostationary altitudes
The reported investigation is based on observations made with the aid of the Explorer 45 satellite. Observations of protons during geomagnetic storms are discussed and attention is given to considerations of energy densities, hot-cold plasma interactions, stable and turbulent regions, the distribution function, charge exchange losses, the formation of stable auroral red arcs, and adiabatic and nonadiabatic responses. The behavior of energetic electrons is considered along with studies of quiet-time conditions and investigations of storm and poststorm behavior.
Williams, D. J.↗
Earth observation from geostationary orbit
The paper describes a number of satellite-borne infrared spin-scan sensors and discusses the operational requirements for which they were designed. The sensors considered are the spin scan cloud cameras of ATS 1 and 3, the SMS/GOES visible-infrared spin-scan radiometer, and the VISSR atmospheric sounder.
Hummer, R. F.↗