Correlated Magnetic Tail and Radiation Belt Observations
IMP-I and APL satellite observations of magnetic disturbance between earth magnetic tail and radiation belts within magnetosphere
Engineering topics
Publications and source records attributed to Ness, N. F..
IMP-I and APL satellite observations of magnetic disturbance between earth magnetic tail and radiation belts within magnetosphere
Imp-I satellite observations of interplanetary magnetic field revealing regular longitudinal sector structure in magnetic field rotating with Sun
Enhanced density plasma confinement hypothesis for formation of Type I comet tails following interaction with solar wind
Interplanetary Monitoring Platform magnetic field experiment - interpretation of data on magnetospheric boundary and collisionless magnetohydrodynamic shock waves
IMP-I Earth satellite magnetic field measurement experimental results including solar wind flow effects
Extension of photospheric magnetic field into interplanetary space
Magnetosphere and boundary layer measurements by IMP-I satellite - solar wind, cosmic ray, and geomagnetic field
Spatial environment of Earth with respect to magnetic fields as observed by satellite and space probes including simulation and attitude control application
Interplanetary medium phenomena, MHD theory of solar wind and solar rotation as cause of Archimedean spiral twisting of interplanetary magnetic lines
Plasma and magnetic field data from Explorer X, emphasizing correlation with multiple crossings of geomagnetic cavity boundary on dark hemisphere of Earth
Lunar lee wake in solar wind interpreted on basis of IMP magnetic field and plasma measurements
Simulation of spatial environment of earth with respect to magnetic fields as observed by satellite and space probes
Magnetic field measurements in Apollo lunar landing mission
Magnetosphere and boundary layer - earth magnetic field measurements by Explorer XVIII satellite
Lee wave of magnetohydrodynamic interaction of solar wind with moon observed by IMP-1 satellite
Magnetic field restraints for IMP F and G
Solar origin of interplanetary magnetic field
Simulation of wear magnetic fields observed in magnetosphere, turbulent boundary layer, and interplanetary medium regions of space