Natural environment and physical standard data for Mars, Venus and interplanetary space through the asteroid belt
Natural environments and physical standard data for Mars, Venus and interplanatary space through asteroid belt
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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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Natural environments and physical standard data for Mars, Venus and interplanatary space through asteroid belt
Spectral energy distribution of protons in inner radiation belt by Cosmos 137 satellite
Earth radiation belts formation as function of particle injection into trapped radiation zones or proton and electron leakage
Nonuniform ring current belt growth, discussing associated magnetospheric substorms
Electron intensities and substorm drift effects in outer radiation belt using two satellite technique
Measurements on long term variations in width of Jupiter belts
Intensities and widths of Jupiter belts
Substorm-associated acceleration effects on electron increases in post-midnight sector of outer radiation belt
Mission and systems analyses for solar electric propulsion spacecraft flight to asteroid belt - Vol. 1
Asteroid belt mission using solar electric propulsion spacecraft - Vol. 2
Asteroid belt mission using solar electric propulsion spacecraft - Vol. 3
Method for simulating Van Allen belt proton energy spectra
Plasma turbulence in Van Allen belts, examining weak turbulent electromagnetic wave properties, with emphasis on trapped energetic particles radiation
Time comparative low energy proton measurements in inner radiation belt by Rubis rocket with detector telescopes and omnidirectional counters
Radiation belt and auroral primary ions, comparing origin possibilities of ionosphere and solar wind
Van Allen radiation belts energetic electrons injection and distribution due to magnetic storms, using satellite-borne spectrometers
Proton distribution in radiation belt inner zone from radial diffusion addition to cosmic ray produced albedo-neutron decay and atmospheric collision loss
Ring current belt stability against LF electrostatic perturbations, including effects of finite electric field along magnetic lines of force