The global structure of ionosphere temperature
Ionospheric electron temperature global pattern from satellite observations
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Ionospheric electron temperature global pattern from satellite observations
Ionospheric research covering electron and ion distributions, ion chemistry, neutral atmosphere interactions, thermal structure, electrodynamics, etc
Ionospheric electron content persistent longitudinal anomalies observed by low orbiting satellites
Lower ionosphere electron density changes with solar zenith angle during active sun year
Primary auroral electron flux angular distribution measurement by rocket probe, showing particle precipitation and trapping by electrostatic double layers in ionosphere
High voltage solar cell array operation for satellite in ionosphere, discussing plasma leakage current minimization by electrical insulation
Radio wave ionospheric heating effect on absorption of probing waves of different polarization
Ionospheric electron content from Faraday rotation measurements of earth satellite and deep space probe
Electron and ion temperature in ionosphere, discussing measurements, solar heating, F and E region, variability over solar cycle, etc
Subauroral red arcs phenomenon hypotheses based on associated ionospheric plasma properties measurements
Radio wave propagation at frequencies near proton gyrofrequency in horizontally stratified ionosphere, taking into account intermode coupling
Ionospheric computer model, describing electron and ion densities in middle latitudes as function of latitude, longitude, altitude, season, time and solar activity
Isolated ionospheric irregularities, describing refraction and diffraction pattern calculations for satellite signals
Solar geomagnetic seasonal ionization control of upper ionosphere longitudinal composition variations from polar satellite observations
Martian ionosphere below 80 km, developing positive and negative ion chemistry model
Coupled vacuum mode equations modified for cylindrical stratification for calculation of propagation characteristics of earth-ionosphere waveguide
Venus daytime ionospheric models using electron, ion and neutral gas heat conduction with momentum and chemical equations for charged particle densities
Ionospheric wave/particle interactions under controlled electron beam energy and flux conditions, using Aerobee rocket for experimental investigation