The magnetic field at the synchronous, equatorial orbit.
Magnetic field at synchronous equatorial orbit by analyzing magnetometer data recorded by ATS 1 satellite during magnetic storms, geomagnetic substorms and quiet times
Engineering topics
Publications and source records attributed to Coleman, P. J., Jr..
Magnetic field at synchronous equatorial orbit by analyzing magnetometer data recorded by ATS 1 satellite during magnetic storms, geomagnetic substorms and quiet times
Magnetic field behavior at synchronous orbit during magnetospheric substorms, interpreting satellite observed data in terms of partial ring currents
Interplanetary magnetic field power spectra from Mariner 4 spacecraft data used to determine cosmic ray diffusion tensor and variation in interplanetary space
Magnetic fields in magnetopause and on both sides of boundary at synchronous altitude measured by ATS 1
Angular momentum flux associated with LF plasma fluctuations in solar wind, considering contribution of Alfven and magnetosonic waves
Solar wind plasma turbulence and dissipation, noting viscosity and power spectra of magnetic field
Simultaneous magnetic field variations at earth surface and at synchronous equatorial distance, using ATS-1 magnetometers
Power spectra and fluctuations of interplanetary magnetic field from Mariner 4 data for solar active and quiet days
Charged particle behavior in idealized interplanetary magnetic field, discussing Parker spiral field model
Explore the source record for details and available documents.
Plasma and magnetic fields observed near Venus by Mariner 5, discussing solar wind interaction with Venus ionosphere
Explore the source record for details and available documents.
Solar wind excitation of magnetosphere
Mariner IV flight magnetometer data, determining interplanetary field and geomagnetic variability relationship
Interplanetary magnetic field and plasma velocity variations observed during Mariner II flight
Interplanetary magnetic field variation properties and effects on solar cosmic rays determined through Mariner II recordings employed to develop model
Polarity patterns of interplanetary magnetic field observed by Mariner IV during solar rotations
Mariner IV magnetometer data in earth magnetosheath analyzed to determine character of fluctuations in magnetic field