Notes on the lunar magnetosphere.
Models for lunar electrical properties, discussing lunar magnetosphere interaction with solar wind
Johnson, F. S.↗
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Possible relationship between the storm-time whistler cutoff and the magnetospheric ring current.
Storm time whistler cut-off related to magnetospheric ring current during magnetic storm, noting formation of high energy high density plasma
Bauer, S. J.↗
The Radiation Belt and Magnetosphere.
Book on radiation belt and magnetosphere covering Van Allen belt, Jovian synchrotron radiation, particle trapping, etc
Hess, W. N.↗
A crude estimate of the relation between the solar wind speed and the magnetospheric electric field.
Solar wind speed relation with magnetospheric convective electric field on dusk meridian
Vasyliunas, V. M.↗
A survey of low-energy electrons in the evening sector of the magnetosphere with OGO 1 and OGO 3.
Low energy electron spatial distribution in magnetosphere obtained with OGO 1 and 3 indicate lower energies and higher densities occur during geomagnetic disturbances
Vasyliunas, V. M.↗
Magnetosphere plasma properties during a period of rising solar activity - OGO-III.
Flux, energy distribution and density of ions and electrons in magnetosphere plasma during solar activity period determined by OGO-C electrostatic probes
Sagalyn, R. C.↗
Auroral substorm and magnetospheric substorm.
Auroral and magnetospheric substorms, understanding depends on knowledge of growth pattern and decay over polar cap
Akasofu, S.-I.↗
Rapid increases in the proton and electron fluxes in the magnetosphere.
Rapid increases in observed proton and electron fluxes in magnetosphere studied for relation to adiabatic particle acceleration and magnetic storms
Konradi, A.↗
Satellite observations of radio noise in the magnetosphere.
ATS 2 satellite observations of enhanced radio noise bands in ionosphere and magnetosphere, noting plasma waves generation and coupling
Bauer, S. J.↗
The magnetospheric radiation belt and tail plasma sheet.
Magnetospheric radiation belt and tail plasma sheet, discussing plasma flow from tail, particles release and single model
Piddington, J. H.↗
On the distributions of low-energy protons and electrons in the earth's magnetosphere.
Magnetosphere low energy proton and electron density spatial distributions and temporal variations from OGO 3 satellite observations
Frank, L. A.↗
Wave-energetic particle associations in the magnetosphere.
Wave energetic particle associations in magnetosphere, analyzing fast variation microburst groups
Anderson, K. A.↗
Observation of flow of low-energy ions at synchronous altitude and implications for magnetospheric convection.
Suprathermal ion detector aboard ATS 1 synchronous orbit satellite establishing existence of occasional bulk motion of magnetospheric thermal ions
Freeman, J. W., Jr.↗
Thermal diffusion and multiply-charged atoms in the magnetosphere.
Thermal diffusion effects in plasmas applied to magnetosphere, discussing presence of multiply charged atoms due to deviations from local thermodynamic equilibrium
Nakada, M. P.↗
Correlated effects of energetic electrons at the 6.6 R sub e equator and the auroral zone during magnetospheric substorms.
Correlated effects of energetic electrons at 6.6 earth radius equator and auroral zone during magnetospheric substorms
Arnoldy, R. L.↗
Model of magnetospheric temperature distribution.
Magnetosphere temperature distribution model noting heat fluxes due to low electron density, large mean free path, turbulent heat transfer, etc
Mayr, H. G.↗
Discussion of paper by I. Lerche, ''Validity of the hydromagnetic approach in discussing instability of the magnetospheric boundary.''
Criticism of work by Lerche regarding hydromagnetic analysis of Kelvin-Helmholtz configuration at boundary between solar wind and magnetosphere
Sen, A. K.↗
Comparison of theoretical predictions of the flow and magnetic fields exterior to the magnetosphere with the observations of Pioneer 6.
Pioneer 6 observations exterior to magnetosphere compared with theoretical predictions of solar wind flow characteristics and geomagnetic field interaction using continuum fluid model
Alksne, A. Y.↗