A probable observation of the wake of the moon
IMP observation of probable lunar magnetohydrodynamic wake
Engineering topics
Publications and source records attributed to Ness, N. F..
IMP observation of probable lunar magnetohydrodynamic wake
Correlated magnetic tail and radiation belt observations from Explorer 18 /Imp I/ satellite and APL satellite 1963 38C in April 1964
Comparison of interplanetary magnetic field measurements made by Imp-I satellite and those obtained with solar magnetograph at Mount Wilson
Type I comet trail relation to interaction of solar wind with geomagnetic field, noting tail ray formation mechanism, interplanetary plasma measurements, etc
Interplanetary magnetic-field measurements taken by Interplanetary Monitoring Platform /IMP-I/
Magnetopause boundaries and geomagnetic field at magnetopause and interaction region by IMP I
IMP satellite data on lunar magnetospheric MHD WAKE and interaction with solar wind
Satellite and space probe measurements indicate continual confinement of geomagnetic field by solar wind forming magnetosphere and Earth magnetic tail
Criticism of Ivanov assumption regarding IMP-I OBSERVATION of lunar wake in solar wind by magnetic field and plasma measurements
Satellite measurement of magnetic fields in cislunar space and earth proximity, noting formation of confined geomagnetic field by continuous plasma flow from sun
IMP-I earth satellite magnetic field measurement experimental results including solar wind flow effects
Magnetosphere and magnetic tail formation from solar wind effects on earth geomagnetic field
Satellite measurement analysis of distorted geomagnetic field and magnetic tail of earth
Magnetic storms in earth magnetic tail from interaction of solar wind with geomagnetic field
Measurements of magnetic fields in interplanetary space and magnetosphere by satellites and space probes
Interplanetry magnetic fields measured by IMP-I Explorer XVII satellite
Earth magnetic field at more than 7 Earth-radii measured by Imp satellite, noting topology, magnetic tail and position of collisionless bow shock wave
Quasi-stationary co-rotating structure in interplanetary field observed with IMP-I SATELLITE during three solar rotations