Multiple crossings of the magnetotail current sheet by a single spacecraft give the possibility to distinguish between two types of electric current density distribution: single-peaked (Harris type current layer) and double-peaked (bifurcated current sheet). Magnetic field measurements in the Jovian magnetic tail by Voyager-2 reveal bifurcation of the tail current sheet. The electric current density possesses a minimum at the point of the Bx-component reversal and two maxima at the distance where the magnetic field strength reaches 50% of its value in the tail lobe
International audienceWe study the electron temperature distribution and the structure of the curren...
International audienceThin current sheets represent important and puzzling sites of magnetic energy ...
We develop a new empirical model of Jupiter's equatorial current sheet or magnetodisk, constructed b...
International audienceMultiple crossings of the magnetotail current sheet by a single spacecraft giv...
During the outbound leg of its passage through the Jovian magnetosphere in the Voyager 2 spacecraft ...
International audienceUsing four-point magnetic field measurements by the Cluster spacecraft, we sta...
Analyses of Voyager magnetic field measurements have extended the understanding of the structural an...
Abstract. Thirty rapid crossings of the magnetotail current sheet by the Cluster spacecraft during J...
International audienceThirty rapid crossings of the magnetotail current sheet by the Cluster spacecr...
Cluster observations have recently confirmed previous ISEE and Geotail observations showing that the...
Cluster observations have recently confirmed previous ISEE and Geotail observa-tions showing that th...
International audienceUsing multi-satellite Cluster magnetic field data, we statistically examined h...
Routine spacecraft encounters with the Saturn current sheet due to the passage of aperiodic waves pr...
A self-consistent analytical theory of thin current sheets (TCSs) is used to investigate their fine ...
thin current sheets in the near-Earth tail may have a bifurcated structure. In some cases the electr...
International audienceWe study the electron temperature distribution and the structure of the curren...
International audienceThin current sheets represent important and puzzling sites of magnetic energy ...
We develop a new empirical model of Jupiter's equatorial current sheet or magnetodisk, constructed b...
International audienceMultiple crossings of the magnetotail current sheet by a single spacecraft giv...
During the outbound leg of its passage through the Jovian magnetosphere in the Voyager 2 spacecraft ...
International audienceUsing four-point magnetic field measurements by the Cluster spacecraft, we sta...
Analyses of Voyager magnetic field measurements have extended the understanding of the structural an...
Abstract. Thirty rapid crossings of the magnetotail current sheet by the Cluster spacecraft during J...
International audienceThirty rapid crossings of the magnetotail current sheet by the Cluster spacecr...
Cluster observations have recently confirmed previous ISEE and Geotail observations showing that the...
Cluster observations have recently confirmed previous ISEE and Geotail observa-tions showing that th...
International audienceUsing multi-satellite Cluster magnetic field data, we statistically examined h...
Routine spacecraft encounters with the Saturn current sheet due to the passage of aperiodic waves pr...
A self-consistent analytical theory of thin current sheets (TCSs) is used to investigate their fine ...
thin current sheets in the near-Earth tail may have a bifurcated structure. In some cases the electr...
International audienceWe study the electron temperature distribution and the structure of the curren...
International audienceThin current sheets represent important and puzzling sites of magnetic energy ...
We develop a new empirical model of Jupiter's equatorial current sheet or magnetodisk, constructed b...