We present results from an investigation of Cassini encounters with Saturn’s magnetotail current sheet, using magnetic field and plasma data. In the first of two intervals shown, small periodic changes in the north-south component of the magnetic field are matched by periodic density enhancements associated with the plasma sheet center. In the second interval, a large plasmoid signature is observed set against a background of small-scale current sheet motions. We interpret the quasi-periodic small field deflections and density enhancements as large-scale wave-like motion of the current sheet. We stress that plasmoid signatures are of a clearly different character and occur much less frequently
[1] We examine magnetic field data from 10 apoapsis passes of the Cassini spacecraft during 2006 whe...
The equatorial current sheet at Saturn is the result of a rapidly rotating magnetosphere. The sheet ...
Routine spacecraft encounters with the Saturn current sheet due to the passage of aperiodic waves pr...
We present results from an investigation of Cassini encounters with Saturn's magnetotail current she...
During certain portions of the Cassini mission to Saturn, Cassini made repeated and periodic crossin...
We present a comprehensive study of the magnetic field and plasma signatures of reconnection events ...
During its exploration of Saturn's magnetotail the Cassini magnetometer has detected many in situ ex...
During its exploration of Saturn's magnetotail the Cassini magnetometer has detected many in situ ex...
We present a comprehensive study of the magnetic field and plasma signatures of reconnection events ...
This thesis is concerned with the study of magnetic field perturbations associated with large scale ...
We conduct a statistical analysis of 2,094 reconnection events in Saturn's near-equatorial magnetota...
We survey the Cassini magnetometer data during the deep tail orbits in 2006, and find 34 direct enco...
This thesis principally studies the effects of magnetic field perturbations, and their associated la...
Three instances of tail reconnection events at Saturn involving the ejection of plasmoids downtail h...
Plasmoid is a key structure for transferring magnetic flux and plasma in planetary magnetospheres. A...
[1] We examine magnetic field data from 10 apoapsis passes of the Cassini spacecraft during 2006 whe...
The equatorial current sheet at Saturn is the result of a rapidly rotating magnetosphere. The sheet ...
Routine spacecraft encounters with the Saturn current sheet due to the passage of aperiodic waves pr...
We present results from an investigation of Cassini encounters with Saturn's magnetotail current she...
During certain portions of the Cassini mission to Saturn, Cassini made repeated and periodic crossin...
We present a comprehensive study of the magnetic field and plasma signatures of reconnection events ...
During its exploration of Saturn's magnetotail the Cassini magnetometer has detected many in situ ex...
During its exploration of Saturn's magnetotail the Cassini magnetometer has detected many in situ ex...
We present a comprehensive study of the magnetic field and plasma signatures of reconnection events ...
This thesis is concerned with the study of magnetic field perturbations associated with large scale ...
We conduct a statistical analysis of 2,094 reconnection events in Saturn's near-equatorial magnetota...
We survey the Cassini magnetometer data during the deep tail orbits in 2006, and find 34 direct enco...
This thesis principally studies the effects of magnetic field perturbations, and their associated la...
Three instances of tail reconnection events at Saturn involving the ejection of plasmoids downtail h...
Plasmoid is a key structure for transferring magnetic flux and plasma in planetary magnetospheres. A...
[1] We examine magnetic field data from 10 apoapsis passes of the Cassini spacecraft during 2006 whe...
The equatorial current sheet at Saturn is the result of a rapidly rotating magnetosphere. The sheet ...
Routine spacecraft encounters with the Saturn current sheet due to the passage of aperiodic waves pr...