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The Temporal Variations of Electron Intensities at Low Altitudes in the Outer Radiation Zone as Observed with Satellite Injun 3 Progress Report, Jan. 1 - Jul. 31, 1963
Temporal variations of electron intensities at low altitudes in outer radiation belt observed by Injun III satellite
The morphology of the outer zone electron distribution at low altitudes from january through july and september, 1963 from injun iii
Morphology of outer zone electron distribution at low altitude - Injun III satellite measurement
Observations of VLF hiss at very low L values
VLF radio noise at low altitudes near magnetic equator from Injun III satellite observations
Diurnal and latitudinal effects observed for 10-kev electrons at low satellite altitudes.
Intense fluxes of 10-kev electrons appearing uniquely during local night and 58 and 76 degree invariant latitude from Injun III satellite
Atmospheric heating in the auroral zones- a preliminary analysis of the atmospheric drag of the injun 3 satellite
Upper atmosphere heating in auroral zones during geomagnetic perturbations - analysis of atmospheric drag data from injun iii satellite
Large diurnal variations of geomagnetically trapped and of precipitated electrons observed at low altitudes
Large diurnal variations in electron intensities of geomagnetically trapped and precipitated electrons observed in data from low altitude injun iii satellite
GEOPHYSICAL RESEARCH WITH SATELLITES INJUNS I, II, AND III
Geophysical research with injun i, ii, and iii satellites
GEOPHYSICAL RESEARCH WITH SATELLITES INJUNS I, II, AND III
Instrumentation and design requirements of satellites injuns i, ii, and iii to facilitate study of natural and artificial radiation, aurorae and airglow, and other geophysical phenomena
Diurnal and latitude effects observed for 10 key electrons at low satellite altitudes
Observing diurnal and latitude effects for 10 keV electrons on low altitude, high latitude satellite Injun III using low energy electron detector
An ion gyrofrequency phenomenon observed in satellites.
Vlf noise from alouette i and injun iii may be related to ion gyrofrequency resonance
Microburst phenomena. III - An association between electron microbursts and VLF chorus
Injun 3 satellite observation of electron microbursts and very low frequency chorus emissions association
High-latitude geophysical studies with satellite injun 3. <part< 4- auroras and their excitation
Auroras and their excitation studied by injun iii
Magnetic fields - Reasons for simulation and methods available
Simulation of wear magnetic fields observed in magnetosphere, turbulent boundary layer, and interplanetary medium regions of space
Microburst phenomena. III - An association between microbursts and VLF chorus.
Injun 3 satellite observations reveal electron microbursts association with VLF chorus emission