Satellite observations of band-limited micropulsations during a magnetospheric substorm
Band limited micropulsations observed in space during magnetospheric substorm by fluxgate magnetometer on OGO 5
Coleman, P. J., Jr.↗
Engineering topics
Mcpherron, R. L.
Publications and source records attributed to Mcpherron, R. L..
Magnetic field variations in the near geomagnetic tail associated with weak substorm activity
Substorm related magnetic field variations in near geomagnetic tail from OGO 5 inbound pass
Coleman, P. J., Jr.↗
Magnetotail changes in relation to the solar wind magnetic field and magnetospheric substorms
An attempt is made to understand some of the magnetotail dynamics by using simultaneous observations from several satellites: Explorers 33 and 35 in the solar wind, IMP 4 in the near magnetotail (30 RE), ATS 1, and OGO 5 in the magnetosphere. It was observed that in the main lobes of the tail the magnetic field increases slowly when the interplanetary magnetic field turns southward, and can decrease slowly after a substorm. The plasma sheet changes indicate a thinning when the interplanetary magnetic field turns southward and an expansion when it turns northward. When combined with the plasma sheet expansion, which has been observed to follow a substorm, these results allow a schematic view of the relations between the changes in the orientation of the solar wind magnetic field, the substorms, and the changes in the tail parameters to be developed.
Aubry, M. P.↗
Growth phase of magnetospheric substorms
Magnetospheric substorms model modification for growth phase inclusion prior to explosive expansion phase
Mcpherron, R. L.↗
Magnetic fluctuations during magnetospheric substorms. I
Large amplitude irregular magnetic fluctuations during expansion phase of magnetic substorms, using ATS 1 observations
Coleman, P. J., Jr.↗
Fluctuations in the distant geomagnetic field during substorms - ATS 1
Geomagnetic field distant fluctuations during substorm from ATS 1 magnetometer data on abrupt recoveries of H component
Coleman, P. J., Jr.↗
Relation of energetic electron precipitation and geomagnetic micropulsation to auroral substorms.
Energetic electron precipitation and geomagnetic micropulsations related to auroral substorms from balloon X ray and ground based data
Coroniti, F. V.↗
Studies of the magnetospheric substorm. I - Characteristics of modulated energetic electron precipitation occurring during auroral substorms.
Temporal, energy and spatial characteristics of energetic auroral zone electron precipitation
Anderson, K. A.↗
Studies of the magnetospheric substorm. II - Correlated magnetic micropulsations and electron precipitation occurring during auroral substorms.
Temporal characteristics of geomagnetic micropulsations and related energetic auroral zone electron precipitation as function of local time
Coroniti, F. V.↗
Studies of the magnetospheric substorm. III - Concept of the magnetospheric substorm and its relation to electron precipitation and micropulsations.
Auroral substorm magnetospheric effects, noting energetic electron precipitation and geomagnetic micropulsations
Coroniti, F. V.↗
Relation of 5- to 40-second-period geomagnetic micropulsations and electron precipitation to the auroral substorm.
Energetic electron precipitation and 5 to 40 second geomagnetic micropulsations relation to auroral substorms
ELECTRON PRECIPITATION↗
Auroral-zone pearl pulsations.
Pearl micropulsations in auroral zone at Flin Flon, Manitoba
AURORAL EMISSION↗