The geomagnetic storm of April 17-18, 1965.
Growth and decay of geomagnetic storms of April 17-18, 1965 studied using data from 88 ground stations, Explorer XXVI and Vela satellites
GEOMAGNETIC STORM↗
Engineering topics
Meng, C.-I.
Publications and source records attributed to Meng, C.-I..
Polar magnetic substorm in the evening sector.
Evening sector polar magnetic substorm disturbance field morphology in transition region
POLAR CAP↗
Intense negative bays inside the auroral zone. I.
Intense negative bays occurring in auroral zone in early evening hours explained by westward extension of polar electrojet
AURORAL ZONE↗
Auroral activity in the evening sector.
Evening auroral activity characterized by westward traveling surges occurring not within auroral zone center
GEOPHYSICS↗
The abnormally early appearance of the eastward motion of auroras in the evening.
Abnormally early eastward auroral motion appearance in evening and associated magnetospheric plasma shell motion
AURORAL ZONE↗
Dynamics of the aurora. VII - Equatorward motions and the multiplicity of auroral arcs.
Equatorward motions of auroras
AURORA↗
Dynamics of the aurora. IV - Polar magnetic substorms and westward traveling surges.
Polar magnetic substorms associated with westward traveling surge
POLAR AURORA↗
Dynamics of the aurora. V - Poleward motions.
Poleward motion of auroral bands in midnight sector during early phase of auroral substorm and cause of planetary scale auroral displays
POLAR CAP↗
Dynamics of the aurora. VI - Formation of patches and their eastward motion.
Patches and irregular bands and eastward motions in morning sector of auroras
ALL-SKY PHOTOGRAPHY↗
The dynamics of the aurora. Part VII - Equatorward motions and the multiplicity of auroral arcs
Dynamic motions of Aurora 7 towards equator
DYNAMIC PROPERTY↗
The polar electrojet.
Polar electrojet causing magnetic substorms in high latitudes flows westward along closed oval curve and is connected with auroral activity and outer radiation belt
AURORAL ACTIVITY↗
The dynamics of the aurora. ii - westward traveling surges.
Westward traveling surge auroral substorm characteristics and geomagnetic and ionospheric effects as observed near College, Alaska
GEOMAGNETIC EFFECT↗
The dynamics of the aurora. iii - westward drifting loops.
Westward traveling surge auroral substorm degeneration into loop formations as observed near College, Alaska
IONOSPHERIC IRREGULARITY↗