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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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Differences in design of Explorer and Ariel I satellites solar array regulators for accommodating requirements of nickel-cadmium and silver-cadmium batteries
Inflation of magnetosphere near 8 earth radii in Southern Hemisphere using Explorer XIV SATELLITE
Observation of charged particles in earths outer radiation zone from explorer xiv satellite
Data analysis from Explorer XIV satellite, noting magnetic field measurements in tail of geomagnetic cavity
Data from explorer xiv satellite concerning the absolute intensities of geomagnetically trapped particles and the outer boundary of the magnetosphere
Four solar proton events observed by Explorers XII and XIV indicate that propagation of particles is velocity dependent process
Solar proton activity observed by explorer xii and xiv satellites
Explorer satellite XII, XIV and XV MEASUREMENTS, noting directional intensity energy flux, spatial distribution and spectra of low energy trapped protons and electrons
Explorers xii and xiv measurements of electron intensity in magnetosphere, using cadmium sulfide total energy flux detectors and geiger-mueller tubes
The National Aeronautics and Space Administration soon will launch another Explorer satellite to unravel some of the scientific mysteries of how "space weather" affects man's daily life and his future exploration of space. The 89-pound satellite, S-3a, similar to the highly successful Explorer XII placed into orbit last year, will be launched from Cape Canaveral, Fla., no earlier than October 2, using a Thor-Delta rocket. If successful, this will be the 12th straight launch f o r the Delta continuing its unprecedented record for U.S. rocketry.
Absolute intensities of geomagnetically trapped particles with explorer xiv
Spatial distribution of electrons with energy greater than 40 kev beyond 5 Earth radii surveyed, using Explorer XIV observations
Explorer XIV plasma probe observations during October 7, 1962 geomagnetic disturbance
Graphs of Explorer XIV charged particle detectors responses
Long period hydromagnetic waves in magnetosphere and coupling to solar wind studied by Explorer XIV
Explorer XIV measurements of energetic electron intensities near sunward magnetospheric boundary, noting spikes in transition region
Explorer xiv charged-particle observations in the earths outer magnetosphere, including a comparison with previous observations
Explorers xii and xiv measurements of electron intensity in magnetosphere, using cadmium sulfide total energy flux detectors and geiger-mueller tubes