Experimental study of magnetospheric motions and the acceleration of energetic electrons during substorms
Energetic electron magnetospheric motion and acceleration during substorms, examining fault line existence at near local midnight
Engineering topics
Publications and source records attributed to Lezniak, T. W..
Energetic electron magnetospheric motion and acceleration during substorms, examining fault line existence at near local midnight
Drift shell splitting in nondipolar distorted magnetosphere tested with data from electron spectrometer on ATS 1 and OGO 3 satellites
OGO-3 and ATS-1 data used in experimental verification of drift shell splitting in distorted magnetosphere
Substorm-associated acceleration effects on electron increases in post-midnight sector of outer radiation belt
Azimuthal sampling of electron flux on spinning satellite provide direction and magnitude of energetic electron space gradients at trapping magnetospheric boundaries
Measurement and intensity of energetic electrons at equator at 6.6 earth radius
Correlated effects of energetic electrons at 6.6 earth radius equator and auroral zone during magnetospheric substorms