Add to ORKGNear-Earth current disruption (NECD) and substorm current wedge (SCW) formation are two related key phenomena for substorm onset. They are believed to be in close association with evolution of pressure gradient near the inner edge of plasma sheet. In the past, a few attempts have been made to invest...
Several studies have recently been performed that are directed towards determining the timing of nea...
Magnetospheric substorms occur within the magnetospheres of both Earth and Mercury in response to un...
Magnetospheric substorms occur within the magnetospheres of both Earth and Mercury in response to un...
We now know that substorm onset occurs within the near-Earth plasma sheet in the region associated w...
This paper presents THEMIS measurements of two substorm events to show how the substorm current wedg...
The goal of this project is to determine precursors and signatures of local substorm onset and how t...
The ultimate formation mechanism of the substorm current wedge (SCW) remains to date unclear. In thi...
The ultimate formation mechanism of the substorm current wedge (SCW) remains to date unclear. In thi...
[1] It is necessary to understand current wedge formation in order to understand the cause of the su...
The ultimate formation mechanism of the substorm current wedge (SCW) remains to-date unclear. In thi...
We propose that the appropriate instability to trigger a substorm is a tailward meander (in the equa...
The substorm current wedge (SCW), a core element of substorm dynamics coupling the magnetotail to th...
This grant represented one-year, phase-out funding for the project of the same name (NAG5-9110 to Bo...
Cause of substorm expansion onset is one of the major problems in the magnetospheric study. On the b...
Magnetic field configuration instability in regions near the inner edge of the near-Earth current sh...
Several studies have recently been performed that are directed towards determining the timing of nea...
Magnetospheric substorms occur within the magnetospheres of both Earth and Mercury in response to un...
Magnetospheric substorms occur within the magnetospheres of both Earth and Mercury in response to un...
We now know that substorm onset occurs within the near-Earth plasma sheet in the region associated w...
This paper presents THEMIS measurements of two substorm events to show how the substorm current wedg...
The goal of this project is to determine precursors and signatures of local substorm onset and how t...
The ultimate formation mechanism of the substorm current wedge (SCW) remains to date unclear. In thi...
The ultimate formation mechanism of the substorm current wedge (SCW) remains to date unclear. In thi...
[1] It is necessary to understand current wedge formation in order to understand the cause of the su...
The ultimate formation mechanism of the substorm current wedge (SCW) remains to-date unclear. In thi...
We propose that the appropriate instability to trigger a substorm is a tailward meander (in the equa...
The substorm current wedge (SCW), a core element of substorm dynamics coupling the magnetotail to th...
This grant represented one-year, phase-out funding for the project of the same name (NAG5-9110 to Bo...
Cause of substorm expansion onset is one of the major problems in the magnetospheric study. On the b...
Magnetic field configuration instability in regions near the inner edge of the near-Earth current sh...
Several studies have recently been performed that are directed towards determining the timing of nea...
Magnetospheric substorms occur within the magnetospheres of both Earth and Mercury in response to un...
Magnetospheric substorms occur within the magnetospheres of both Earth and Mercury in response to un...