We review and summarize the applications of the Grad-Shafranov (GS) reconstruction
technique to space plasma structures in the Earth's magnetosphere and in the interplanetary …

In early 2006, the Cluster spacecraft crossed the dayside magnetopause twice each orbit
with the spacecraft at their largest separation of the entire mission (~ 10 000 km). In this …

During April to July 2007 a combination of 10 spacecraft provided simultaneous monitoring
of the dayside magnetopause across a wide range of local times. The array of four Cluster …

We present observations on 2 October 2015 when the Geotail spacecraft, near the Earth's
equatorial plane, and the Magnetospheric Multiscale (MMS) spacecraft, at midsouthern …

The terrestrial magnetopause forms the boundary between the solar wind plasma with its
embedded interplanetary magnetic field on one side, and the terrestrial magnetosphere …

When the interplanetary magnetic field (IMF) is southward and has a substantial Y
component, reconnection at the magnetopause occurs at low latitudes. Under these …

Magnetic reconnection can vary considerably in spatial extent. At the Earth's magnetopause,
the extent generally corresponds to the extent in local time. The extent has been probed by …

Topological configurations of the magnetic field play key roles in the dynamics of space
plasmas. This study presents a novel algorithm that can estimate the quadratic magnetic …

While the Cluster spacecraft were located near the high‐latitude magnetopause, between
1010 and 1040 UT on 16 January 2004, three typical flux transfer event (FTE) signatures …

On TC-1 (Tan Ce 1), the equatorial spacecraft of the Double Star mission, a strong spin-
synchronized magnetic interference from the solar panels was observed. In-flight correction …