Penetration of low-energy protons deep into the magnetosphere
Low energy protons penetration into magnetosphere between forbidden regions, using model of constant electric field with charge exchange as loss mechanism
Chen, A. J.↗
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Results for “Magnetosphere”
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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Observations of irregular structure in thermal ion distributions in the duskside magnetosphere
Plasmapause irregular structure and position indicated by measured distributions of hydrogen and helium thermal positive ions in duskside magnetosphere
Brinton, H. C.↗
Low-frequency drift oscillations in the magnetosphere
Finite Larmor radius interchange and LF drift oscillations due to magnetospheric temperature and density gradient stresses in trapped plasma
Coroniti, F. V.↗
A model current system for the magnetospheric substorm
Model current system for magnetospheric substorm accounting for distribution of geomagnetic disturbance field vectors on earth surface and auroral electrons and protons
Akasofu, S.-I.↗
Mathematical models of magnetospheric convection and its coupling to the ionosphere
Magnetospheric convection models and effects on charged particle populations
Vasyliunas, V. M.↗
Magnetic field observations in high beta regions of the magnetosphere
Geomagnetic field distortion in high beta magnetospheric regions from OGO observations for quiet and slightly disturbed conditions
Heppner, J. P.↗
High frequency electrostatic waves in the magnetosphere
HF electrostatic waves generation by electrons in magnetosphere
Fredricks, R. W.↗
Mutually interacting instabilities in the magnetosphere
HF instabilities effect on magnetospheric drift waves, considering Alfven mode in auroral plasma
Cornwall, J. M.↗
Summary of particle populations in the magnetosphere
Magnetospheric charged particle distributions in plasma sheet, pseudo- and stable-trapping regions by satellite observation
Vette, J. I.↗
Further comments concerning low energy charged particle distributions within the earth's magnetosphere and its environs
Low energy charged particle distribution within earth magnetosphere and environs, suggesting solar origin for storm time ring current protons
Frank, L. A.↗
On the structure of the inner magnetosphere
Morphology of thermal and energetic particles in inner magnetosphere during geomagnetic disturbances and solar cycles
Thorne, R. M.↗
Magnetosphere inflation during four magnetic storms in 1965
Magnetic storms development via initial asymmetric inflation of evening magnetosphere, using Explorer 26 and ground observatory data
Cahill, L. J., Jr.↗
Electric field in the magnetosphere as deduced from asymmetries in the trapped particle flux
Magnetospheric electric field configuration from trapped particle flux asymmetries, using Explorer 14 electron data
Hones, E. W., Jr.↗
Entry of low energy solar protons into the magnetosphere
Low energy solar protons temporal and spatial variations in magnetosphere by data comparision from polar orbiting satellite and Explorers 33 and 34
Bostrom, C. O.↗
Acceleration and precipitation of Van Allen electrons during magnetospheric substorms
Van Allen electrons acceleration and precipitation during magnetospheric substorms in relation to auroral processes, discussing energy and pitch angle diffusion processes
Parks, G. K.↗
Relationship of geomagnetic fluctuations to other magnetospheric phenomena
Geomagnetic fluctuations relationship to magnetospheric ring current and plasmapause during magnetic storm
Cole, K. D.↗
Magnetic field mapping of the inner magnetosphere
Inner magnetosphere magnetic field mapping, deriving Pogo model
Cain, J. C.↗
Auroral arcs - Result of the interaction of a dynamic magnetosphere with the ionosphere
Auroral arcs formation model based on dynamic magnetosphere-ionosphere interaction
Atkinson, G.↗