The structure of the magnetotail plasma sheet-plasma lobe boundary was studied by observing the properties of tailward flowing O+ ion beams, detected by the ISEE 2 plasma experiment inside the boundary during three time periods. The computed value of the north-south electric field component as well as the O+ parameters are shown to change at the boundary. The results are related to other observations made in this region. The O+ parameters and the Ez component behavior are shown to be consistent with that expected from the topology of the electric field lines in the tail as mapped from the ionosphere
Physical processes in the Earth's magnetotail are investigated using data principally from the Plasm...
The most frequent and intense waves observed in the geomagnetic tail region are short wavelength ele...
An orbit tracing technique was used to generate current sheets for three magnetotail models. Groups ...
Equatorial observations of a boundary between the near-Earth (<10R_E) plasma sheet and outer plasma ...
High resolution magnetic field, plasma and energetic particle data from the IMP-8 spacecraft were st...
The structure of the magnetotail is investigated in a laboratory simulated magnetosphere. Particular...
The electrodynamic coupling between the auroral ionosphere and the magnetosphere is the main subject...
International audienceThe present paper is devoted to the statistical study of plasma structures obs...
Over two years of data from the Lockheed Plasma Composition Experiment on the ISEE 1 spacecraft, cov...
We have analyzed the onsets of energetic particle bursts detected by the ICS and STICS sensors of t...
During magnetospheric substorm events, the plasma and ion composition experiments in the ISEE-1 and ...
A detailed analysis of successive tailward flow bursts in the near-Earth magnetotail (X~−19 R...
Abstract. The present paper is devoted to the statistical study of plasma structures observed at the...
The problem of identification of the interface region between the lobe and the Plasma Sheet (PS) – ...
International audienceSpatial structures in ionospheric electron density revealed in a tomographic i...
Physical processes in the Earth's magnetotail are investigated using data principally from the Plasm...
The most frequent and intense waves observed in the geomagnetic tail region are short wavelength ele...
An orbit tracing technique was used to generate current sheets for three magnetotail models. Groups ...
Equatorial observations of a boundary between the near-Earth (<10R_E) plasma sheet and outer plasma ...
High resolution magnetic field, plasma and energetic particle data from the IMP-8 spacecraft were st...
The structure of the magnetotail is investigated in a laboratory simulated magnetosphere. Particular...
The electrodynamic coupling between the auroral ionosphere and the magnetosphere is the main subject...
International audienceThe present paper is devoted to the statistical study of plasma structures obs...
Over two years of data from the Lockheed Plasma Composition Experiment on the ISEE 1 spacecraft, cov...
We have analyzed the onsets of energetic particle bursts detected by the ICS and STICS sensors of t...
During magnetospheric substorm events, the plasma and ion composition experiments in the ISEE-1 and ...
A detailed analysis of successive tailward flow bursts in the near-Earth magnetotail (X~−19 R...
Abstract. The present paper is devoted to the statistical study of plasma structures observed at the...
The problem of identification of the interface region between the lobe and the Plasma Sheet (PS) – ...
International audienceSpatial structures in ionospheric electron density revealed in a tomographic i...
Physical processes in the Earth's magnetotail are investigated using data principally from the Plasm...
The most frequent and intense waves observed in the geomagnetic tail region are short wavelength ele...
An orbit tracing technique was used to generate current sheets for three magnetotail models. Groups ...