Add to ORKGRecent observations of fast flows in the magnetotail obtained from Cluster mea-surements are reviewed. Being a constellation of four identical spacecraft, Cluster allows discrimination of spatial and temporal variations in magnetic field and plasma parameters. Multi-point observations identified three-dimensional structures and dynamics of the fast flows in the plasma sheet, which could be ascribed to localized and/or temporal features of the reconnection region. Furthermore, detailed compar-ison with the ionosphere revealed the magnetosphere-ionosphere coupling processes associated with the fast flows.
Abstract: We discuss Cluster observations of the magnetotail plasma sheet during a set of successive...
Many phenomena in the Earth's magnetotail have characteristic temporal scales of several minutes an...
The Cluster mission has been operated successfully for 14 years. During this time period, the evolu...
This thesis presents observations of the terrestrial magnetotail plasma sheet made by the European S...
Observations of the Earth's magnetotail made by the four Cluster spacecraft on October 2 2003 are pr...
In this thesis, observations of the Earth's magnetotail from ESA's four Cluster and the two Sino-Eur...
International audienceAn isolated plasma sheet flow burst took place at 22:02 UT, 1 September 2002, ...
Particles with energies of tens to hundreds of keV provide a powerful diagnostic of the acceleration...
On 28th of August 2018 at 5:30 UT, MMS and Cluster were located in the magnetotail at about 16 earth...
International audiencePlasmas are ubiquitous in nature, surround our local geospace environment, and...
International audienceA little more than four years after its launch, the first magnetospheric, mult...
Double Star (DSP) mission, has been on an equatorial elliptical orbit (13.4 RE apogee), allowing the...
International audienceWe report on evolution of the dipolarization in the near-Earth plasma sheet du...
Magnetic reconnection is a universal process occurring at boundaries between magnetized plasmas, whe...
International audience<p>On 28th of August 2018 at 5:30 UT, MMS and Cluster were located in th...
Abstract: We discuss Cluster observations of the magnetotail plasma sheet during a set of successive...
Many phenomena in the Earth's magnetotail have characteristic temporal scales of several minutes an...
The Cluster mission has been operated successfully for 14 years. During this time period, the evolu...
This thesis presents observations of the terrestrial magnetotail plasma sheet made by the European S...
Observations of the Earth's magnetotail made by the four Cluster spacecraft on October 2 2003 are pr...
In this thesis, observations of the Earth's magnetotail from ESA's four Cluster and the two Sino-Eur...
International audienceAn isolated plasma sheet flow burst took place at 22:02 UT, 1 September 2002, ...
Particles with energies of tens to hundreds of keV provide a powerful diagnostic of the acceleration...
On 28th of August 2018 at 5:30 UT, MMS and Cluster were located in the magnetotail at about 16 earth...
International audiencePlasmas are ubiquitous in nature, surround our local geospace environment, and...
International audienceA little more than four years after its launch, the first magnetospheric, mult...
Double Star (DSP) mission, has been on an equatorial elliptical orbit (13.4 RE apogee), allowing the...
International audienceWe report on evolution of the dipolarization in the near-Earth plasma sheet du...
Magnetic reconnection is a universal process occurring at boundaries between magnetized plasmas, whe...
International audience<p>On 28th of August 2018 at 5:30 UT, MMS and Cluster were located in th...
Abstract: We discuss Cluster observations of the magnetotail plasma sheet during a set of successive...
Many phenomena in the Earth's magnetotail have characteristic temporal scales of several minutes an...
The Cluster mission has been operated successfully for 14 years. During this time period, the evolu...