Magnetosheath field, geomagnetic index a sub p and stability of magnetopause.
Magnetosheath field, geomagnetic activity index, magnetopause stability and interplanetary magnetic field influence on magnetospheric phenomena
MAGNETOPAUSE↗
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Observations of the magnetosheath-solar wind boundary
Explorer 34 plasma experiment data on solar wind-magnetosheath boundary
Burlaga, L. F.↗
Correlation of greater than or approximately equal to 30-kev electron pulses and magnetic fields in the magnetosheath and beyond.
Electron pulses and magnetic fields in magnetosheath and beyond bow shock studied for correlation by IMP 1 satellite
Jokipii, J. R.↗
Pioneer 6 observations of a steady-state magnetosheath.
Pioneer 6 observations of steady state magnetosheath during transit of magnetopause under quiet solar wind-geomagnetic field interaction conditions
Mckibbin, D. D.↗
Observations of the magnetosheath-solar wind boundary.
Magnetosheath-solar wind boundary discontinuous transitions in proton spectrum, flow direction and magnetic flux from Explorer 34 satellite data
Burlaga, L. F.↗
Spatial variations of the magnetosheath magnetic field
Spatial characteristics of magnetic field in earth magnetosheath
Behannon, K. W.↗
Magnetic emissions in the magnetosheath at frequencies near 100 Hz.
Noise signals in earth magnetosheath interpreted as electromagnetic waves propagating in whistler mode
Holzer, R. E.↗
Pioneer 6 plasma measurements in magnetosheath
Pioneer 6 plasma measurements in magnetosheath
Howe, H. C., Jr.↗
Magnetic field fluctuations in the magnetosheath observed by Pioneer 7 and 8
Pioneers 7 and 8 space probes of magnetic fields fluctuations in magnetosheath
Bavassano, B.↗
Magnetic field fluctuations in the earth's magnetosheath
Magnetic field fluctuations in magnetosheath of Explorer 34 spectral data on sunward earth hemisphere
Fairfield, D. H.↗
Spatial variations of the magnetosheath magnetic field.
Spatial characteristics of magnetosheath magnetic field observed simultaneously by Explorer satellites, showing zero order agreement with prediction of MGD theory
Behannon, K. W.↗
Magnetic measurements in the earth's magnetosphere and magnetosheath - Mariner 5
Earth magnetosphere and magnetosheath magnetic field measurements by Mariner 5
Davis, L., Jr.↗
Pioneer 6 plasma measurements in the magnetosheath
Magnetosheath plasma measurements by Pioneer 6 during outbound passage in dusk meridian, comparing results with various predictions
Howe, H. C., Jr.↗
Magnetic and electric field changes across the shock and in the magnetosheath
Magnetic and electric field changes across earth bow shock and magnetosheath, discussing Pioneer 8 and OGO-5 data
Coleman, P. J.↗
Magnetic and electric fields in the magnetosheath
Steady state magnetic and electric fields in magnetosheath by linear superposition of field vectors, using axisymmetric velocity function from gas dynamics
Alksne, A. Y.↗
Magnetic-field fluctuations in the magnetosheath observed by Pioneers 7 and 8
Magnetic field fluctuations in magnetosheath from Pionner observations, noting bow shock correlation
Bavassano, B.↗
Magnetic field fluctuations in the earth's magnetosheath
Sunward magnetosheath magnetic field fluctuations, noting power levels spatial variations, transverse shock aligned fields and longitudinal waves
Fairfield, D. H.↗
Characteristics of magnetosheath plasma observed at low altitudes in the dayside magnetospheric cusps
Magnetosheath plasma penetrating to low altitudes in the dayside cusp region of the magnetosphere has been observed by the ISIS 1 soft particle spectrometer (SPS). The extent of these particle fluxes in local magnetic time and invariant latitude, their variation with magnetic activity, and their pitch angle distribution are given. Comparison between the SPS data and energetic particle data indicates that the boundary between open and closed field lines on the dayside is associated with a sharp drop in the outer zone keV electron fluxes. It is shown that these newly identified cusp fluxes provide the necessary energy to produce observed dayside auroral oval phenomena.
Winningham, J. D.↗