Planetary environment simulation - Martian sand and dust storm simulation and evaluation, volume 2
Particle behavior in simulated Martian sand and dust storm
Adlon, G. L.↗
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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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F-region ionization and heating during magnetic storms
F region ionization and heating during magnetic storms
Chandra, S.↗
Type III solar radio burst storms observed at low frequencies. Part 2 - Average exciter speed
Drift rate speeds of low frequency solar radio burst storms
Fainberg, J.↗
Magnetopause structure during the magnetic storm of 24 September 1961
Explorer 12 observations of magnetopause structure during 1961 magnetic storm
Sonnerup, B. U. O.↗
Ion and neutral composition changes in the thermospheric region during magnetic storms
Ion and neutral composition changes in thermospheric region during magnetic storms
Chandra, S.↗
Commencement times and durations of Jupiter's radio noise storms
Jupiter decametric noise storm commencement time defining constant planetary rotation period
May, J.↗
Storm-related wave phenomena observed at the synchronous, equatorial orbit
Quasi-sinusoidal fluctuations of magnetic field during geomagnetic storms measured by ATS 1 in synchronous equatorial orbit
Barfield, J. N.↗
Rb-Sr ages from the Ocean of Storms
Rb-Sr internal isochron ages from Ocean of Storms, discussing analytical results of two texturally and mineralogically distinct crystalline rocks from Apollo 12
Papanastassiou, D. A.↗
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.↗
Type 3 solar radio burst storms observed at low frequencies. Part 3 - Streamer density, inhomogeneities, and solar wind speed
Type-3 solar radio burst storms observed at low frequencies
Fainberg, J.↗
Relation of the plasmapause position to the region of enhanced fluxes of trapped energetic (E greater than 280 keV) electrons during the 15 June 1965 magnetic storm
Relation of plasmapause position to region of enhanced fluxes of trapped energetic electrons during magnetic storm on 15 June 1965
Arens, J. F.↗
Empirical model of polar thermosphere storm Final technical report
OGO-d atmospheric composition data for polar thermospheric storm model
Taeusch, D. R.↗
Changes in the Distribution of Low Energy Trapped Protons Associated with the 17 Apr. 1965, Magnetic Storm
Temporal variations of geomagnetically trapped low energy protons recorded by Injun 4 during 17 Apr. 1965 magnetic storm
Burns, A. L.↗
Magnetic storm effects in the neutral composition
Thermospheric wind circulation excited during magnetic storm shown as effective mechanism for removing atomic oxygen at high latitudes
Mayr, H. G.↗
Acceleration of trapped particles during a magnetic storm on 18 April 1965
Acceleration of trapped particles during magnetic storm on 18 Apr. 1965 observed by Explorer 26
Brown, W. L.↗
Comparison of the electron response in the magnetosphere at L equals 5 with the solar wind during the 17-18 April 1965 magnetic storm
Comparison of electron response in magnetosphere at L equals 5 with solar wind during magnetic storm on 17-18 Apr. 1965
Lanzerotti, L. J.↗
Outer zone electrons and the interplanetary magnetic fields during two geomagnetic storms
Correlation of increases in electron population of outer radiation belt and interplanetary magnetic fields during two geomagnetic storms
Lanzerotti, L. J.↗
Field line motion during geomagnetic storms
Field line motion accompaning rapid plasma flow during geomagnetic storms
Konradi, A.↗