Simultaneous observations of low energy electrons in the plasma sheet and in the auroral zone were analyzed. Data from the MIT plasma experiment on the OGO-3 satellite and from the Lockheed experiment on the OV1-18 satellite were processed and compared. The OV1-18 carried thirteen magnetic electron spectrometers designed to measure the intensity, angular, and energy distributions of the auroral electrons and protons in the energy range below 50 keV. Two computer programs were developed for reduction of the OV1-18 data. One program computed the various plasma properties at one second intervals as a function of Universal Time and pitch angle; the other program produced survey plots showing the outputs of the various detectors on the satellite...
Accurate knowledge of the plasma fluxes in the inner magnetosphere is essential for both scientific ...
Analyzed data from rocket flight, 29.007UE is presented. In a discrete electron arc the measured upw...
The purpose of this grant was to provide a low-energy electron detector to be flown on the PULSAUR 2...
An array of sensitive electrostatic analyzers was launched on the satellite INJUN 5 into a nearly po...
The study is reported of electron and proton precipitation in different auroral forms from data obta...
Comparison of Injun 5 satellite measurements of low energy electron precipitation and ground based o...
Satellite-borne detector measurements of low energy electron precipitation at high latitudes for per...
Comprehensive measurements of the angular distributions and energy spectra of electron intensities w...
Instrumentation and calibrations of low energy proton and electron experiment for orbiting geophysic...
Satellite observations of auroral electrojets, electron fluxes, and magnetic storm activity are pres...
Analysis techniques and software development, data analysis and modeling, laboratory plasma flow stu...
The low energy electron experiment (LEE) will provide differential measurements of the energy influx...
The degradation of thermal control coatings of satellites due to the effects of low energy charged p...
Data collected by the CV-990 aircraft on two auroral expeditions are reported. Two problems, (1) coo...
The low energy plasma electron environment within Saturn's magnetosphere was surveyed by the Plasma ...
Accurate knowledge of the plasma fluxes in the inner magnetosphere is essential for both scientific ...
Analyzed data from rocket flight, 29.007UE is presented. In a discrete electron arc the measured upw...
The purpose of this grant was to provide a low-energy electron detector to be flown on the PULSAUR 2...
An array of sensitive electrostatic analyzers was launched on the satellite INJUN 5 into a nearly po...
The study is reported of electron and proton precipitation in different auroral forms from data obta...
Comparison of Injun 5 satellite measurements of low energy electron precipitation and ground based o...
Satellite-borne detector measurements of low energy electron precipitation at high latitudes for per...
Comprehensive measurements of the angular distributions and energy spectra of electron intensities w...
Instrumentation and calibrations of low energy proton and electron experiment for orbiting geophysic...
Satellite observations of auroral electrojets, electron fluxes, and magnetic storm activity are pres...
Analysis techniques and software development, data analysis and modeling, laboratory plasma flow stu...
The low energy electron experiment (LEE) will provide differential measurements of the energy influx...
The degradation of thermal control coatings of satellites due to the effects of low energy charged p...
Data collected by the CV-990 aircraft on two auroral expeditions are reported. Two problems, (1) coo...
The low energy plasma electron environment within Saturn's magnetosphere was surveyed by the Plasma ...
Accurate knowledge of the plasma fluxes in the inner magnetosphere is essential for both scientific ...
Analyzed data from rocket flight, 29.007UE is presented. In a discrete electron arc the measured upw...
The purpose of this grant was to provide a low-energy electron detector to be flown on the PULSAUR 2...