Measurements from the closely spaced Cluster spacecraft are used to study the structure of the magnetic and electric fields within the magnetic ramp of dipolarization fronts (DF) observed close to the neutral sheet and the midnight meridian (YGSM<3RE). The spacecraft separation was small enough (<300 km) to treat the magnetic ramp of the DF front as a planar structure as indicated from variance analysis. The finite value of the magnetic field along the minimum variance direction for the events studied indicates that the dipolarization front structure was distinct from a tangential discontinuity. In addition to the main increase of the magnetic field in the maximum variance component, strong oscillations were observed in the intermediate com...
International audienceDipolarization fronts are often associated to reconnection jets in the magneto...
International audienceDipolarization fronts (DFs) are characterized by a rapid increase in the north...
Energy conversion on the dipolarization fronts (DFs) has attracted much research attention through t...
Measurements from the closely spaced Cluster spacecraft are used to study the structure of the magne...
The dipolarization front (DF), usually observed near the leading edge of a bursty bulk flow (BBF), i...
Dipolarization fronts (DFs), earthward propagating structures in the magnetotail current sheet chara...
Dipolarizing flux bundles transport magnetic flux to the inner and dayside magnetosphere, heat the p...
Recently, observational results on currents around the dipolarization fronts (DFs) of earthward flow...
International audienceWe report on six dipolarization fronts (DFs) embedded in fast earthward flows d...
We carried out a statistical study of 132 Dipolarization Fronts (DFs) events detected by the Magneto...
A dipolarization and its associated current systems are studied using Cluster, Double Star TC1, and ...
We present a statistical study of dipolarization fronts (DFs), using magnetic field data from MMS an...
International audienceDipolarization fronts are often associated to reconnection jets in the magneto...
International audienceDipolarization fronts (DFs) are characterized by a rapid increase in the north...
Energy conversion on the dipolarization fronts (DFs) has attracted much research attention through t...
Measurements from the closely spaced Cluster spacecraft are used to study the structure of the magne...
The dipolarization front (DF), usually observed near the leading edge of a bursty bulk flow (BBF), i...
Dipolarization fronts (DFs), earthward propagating structures in the magnetotail current sheet chara...
Dipolarizing flux bundles transport magnetic flux to the inner and dayside magnetosphere, heat the p...
Recently, observational results on currents around the dipolarization fronts (DFs) of earthward flow...
International audienceWe report on six dipolarization fronts (DFs) embedded in fast earthward flows d...
We carried out a statistical study of 132 Dipolarization Fronts (DFs) events detected by the Magneto...
A dipolarization and its associated current systems are studied using Cluster, Double Star TC1, and ...
We present a statistical study of dipolarization fronts (DFs), using magnetic field data from MMS an...
International audienceDipolarization fronts are often associated to reconnection jets in the magneto...
International audienceDipolarization fronts (DFs) are characterized by a rapid increase in the north...
Energy conversion on the dipolarization fronts (DFs) has attracted much research attention through t...