The rate of production of electrons in the ionosphere.
Ionospheric electron production rate for overhead Sun from Syncom III
SYNCOM III SATELLITE↗
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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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Variations in the total electron content of the ionosphere at mid-latitudes during quiet sun conditions
Faraday rotation effect on satellite signals used to determine ionospheric electron content at midlatitudes during quiet sun conditions
IONOSPHERIC ELECTRON DENSITY↗
Investigation of galactic and planetary radio astronomy Third semiannual status report, Jan. - Jun. 1965
Galactic and planetary radio astronomy - sounding rocket launch, orbiting telescope, carbon-oxygen complex photochemistry, Mars ionosphere, topside electron density, and nonrigid bodies
PLANETARY ATMOSPHERE↗
Measurement of Electron Content at the Magnetic Equator
Ionospheric electron content measurements at magnetic equator obtained by Faraday rotation data analysis from radio beacon satellite
MAGNETIC EQUATOR↗
Photo electron energy distribution in the F region.
Photoelectron energy distribution in F region
ELECTRON ENERGY↗
Early electrostatic probe results from Explorer 22.
Electrostatic probe, discussing Explorer XXII MEASUREMENTS of electron concentration and temperature at 1000 km altitude
SATELLITE MEASUREMENT↗
Electron temperatures in the D region.
Electron energy loss rate for D region determined by Maxwellian velocity distribution of thermal component brought about by collisions with molecular nitrogen involving rotational transition
D LAYER↗
Diurnal variation of the ionospheric total electron content.
Integrated electron content of ionosphere determined from measurements of polarization angle received from Syncom III transmissions, presenting mean diurnal variation
SATELLITE TRANSMISSION↗
An electron spectrometer for project Gemini.
Spectrometer for measuring electron flux and energy at Gemini orbital altitudes
GEMINI PROJECT↗
Fixed-frequency observations of plasma resonances in the topside ionosphere.
Explorer XX satellite observations of plasma resonances at fixed frequencies in topside ionosphere, noting patterns, effect of geomagnetic field, electron concentration, etc
SATELLITE OBSERVATION↗
Observed characteristics of ionospheric winds.
Ionospheric winds characteristics from observation of motions and growth of sunlit trails of alkali vapor compared to rocket probing of electron concentration
IONOSPHERIC DRIFT↗
Total electron content of the ionosphere in middle latitudes.
Total electron content of ionosphere in middle latitudes, noting results of satellite Doppler measurements, effect of solar radio noise flux, etc
SOLAR NOISE↗
Correlation of plasma scale height with K sub p in the topside ionosphere.
Correlation of geomagnetic index and plasma scale height in topside ionosphere observed from Alouette topside sounder and planetary geomagnetic data
SCALE HEIGHT↗
Measurement of electron content at the magnetic equator.
Ionospheric electron content variation with solar radio flux from Faraday rotation data at magnetic equator
FARADAY EFFECT↗
Comments on the theory of the differential absorption experiment.
Modification to theory of differential absorption experiment involving Fresnel reflection coefficient of ionospheric irregularities
FRESNEL REFLECTOR↗
Advances in ionospheric physics in the rocket and satellite era.
Cosmic radio wave, whistler and transmitted radio wave interactions with ionospheric magnetoplasma in collision-dominated, photoequilibrium and photoionization-dominated regions
PLASMA-ELECTROMAGNETIC INTERACTION↗
Ionospheric electron content at temperate latitudes during the declining phase of the sunspot cycle.
Ionospheric electron content at temperature latitudes during declining phase of sunspot cycle determined by observation of Faraday effect
F LAYER↗
Mariner IV measurements near Mars - Initial results - Occultation experiment - Results of the first direct measurement of Mar's atmosphere and ionosphere
Frequency, phase, and amplitude changes of Mariner IV radio signal through atmosphere and ionosphere of Mars observed before and after planetary occulatation
IONOSPHERIC ELECTRON DENSITY↗