Laboratory experiments related to the solar wind and the magnetosphere.
Laboratory models for solar wind and magnetosphere interactions with similarity laws of Vlasov theory as reference system
Schindler, K.↗
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Quantitative models of the magnetosphere.
Quantitative magnetic field models of magnetosphere for analyzing field configuration variations and adiabatic particle motion
Roederer, J. G.↗
Polar auroras, polar substorms, and their relationships with the dynamics of the magnetosphere.
Dynamics of magnetosphere, discussing auroral oval position, ring currents, plasma density and magnetic field variations in near polar region
Feldstein, Y. I.↗
Charged particles in the magnetosphere.
Charged particle population dynamics in outer radiation zone of magnetosphere, discussing ring current particles, protons, electrons, alpha particles and electric field
Van Allen, J. A.↗
Low-frequency waves in the magnetosphere.
LF wave propagation and emission in magnetosphere, discussing steady noise and discrete emissions
Helliwell, R. A.↗
Low-energy plasma in the earth's magnetosphere.
Low energy plasma fluxes in magnetosphere, discussing plasmapause position dependence on geomagnetic activity
Gringauz, K. I.↗
Consequences of a magnetospheric plasma.
Magnetospheric plasma instabilities, discussing pitch angle diffusion instabilities, auroral precipitation boundary location, radial diffusion and maximum dissipation limit
Kennel, C. F.↗
Magnetospheric convection.
Solar wind induced magnetospheric convection for interpretation of geomagnetic storms, aurora and trapped particle belts, noting electric fields
Axford, W. I.↗
The geometry of the magnetosphere. II - A weakly connected model of the geomagnetic tail.
Magnetosphere model for plasma pressure by solar wind, discussing plasma drift from neutral sheet into geomagnetic tail
Wentworth, R. C.↗
A model midnight meridian magnetospheric field.
Magnetospheric field configuration in midnight meridian, considering cavity boundary surface and trapping region currents and tail sheet current
Akasofu, S.-I.↗
Convection electric fields and the diffusion of trapped magnetospheric radiation.
Time dependent convection electric fields as agents for diffusing trapped magnetospheric radiation inward toward earth, discussing one dimensional diffusion equation
Birmingham, T. J.↗
Banded chorus - A new type of VLF radiation observed in the magnetosphere by OGO 1 and OGO 3.
Banded chorus, VLF discrete emissions in magnetosphere in single variable frequency band with frequency depending on equatorial electron gyrofrequency
Burtis, W. J.↗
Proton entry into the magnetosphere on May 26, 1967.
Low energy solar protons entry into magnetosphere on 26 May 1967 showing diffusion control
Bostrom, C. O.↗
Effect of shell splitting on radial diffusion in the magnetosphere.
Radial diffusion coefficient calculation in presence of magnetic shell splitting in magnetosphere
Roederer, J. G.↗
Induced magnetosphere of Venus.
Venus magnetosphere induced by piling up magnetic field from solar wind due to ionospheric conductivity and collisions with planetary atmospheric particles
Johnson, F. S.↗
Magnetospheric convection patterns inferred from high latitude activity.
High latitude magnetospheric convection patterns determined from ionospheric current distribution using magnetic disturbance plots
Heppner, J. P.↗
Magnetospheric substorm.
Polar upper atmospheric phenomena interpreted as magnetospheric substorm manifestations, discussing role of asymmetric ring current formation
Akasofu, S.-I.↗
Experimental verification of drift-shell splitting in the distorted magnetosphere.
Drift shell splitting in nondipolar distorted magnetosphere tested with data from electron spectrometer on ATS 1 and OGO 3 satellites
Lezniak, T. W.↗