Double layers in plasmas can be created by different means. For example, a potential difference forms between two plasmas with different temperatures, in a plasma jet flowing along a converging magnetic field, in a quiescent plasma submitted to an external difference of potential, or in a turbulent plasma carrying an electric charge. The first three cases can be current-free, but not necessarily, although the numerical simulations were made under such conditions for the first two points. Apart from the third case, which is mainly of interest for laboratory experiments, these double layers are good candidates for accelerating the auroral electrons to the few kiloelectron volts observed
In the high potential plasma, upstream of the double layer, the measuredelectron energy distribution...
Using integral form of governing equations in terms of pseudo potential ion-acoustic double-layers h...
An efficient mechanism for acceleration of auroral particles may be through electrostatic double lay...
Various mechanisms for driving double layers in plasmas are briefly described, including applied pot...
The evolution processes of double layers were studied in a series of laboratory experiments. It was ...
Work on the simulation of auroral double layers (DLs) with realistic particle-in-cell models is pres...
Time-stationary solutions to the Vlasov-Poisson equation for ion holes and double layers were examin...
In a triple plasma device, the injection of electron current from the source chamber to the target c...
The evolution and long-time stability of a double layer (DL) in a discrete auroral arc requires that...
The shift from wave-generated anomalous resistivity toward the more large-scale effects of magnetic ...
A low-frequency instability varying from 10 to 20kHz has been discovered in the presence of a curren...
International audienceOne-dimensional open-boundary simulations have been carried out in a current-c...
International audienceDouble layers have been observed to propagate from the source region to the di...
Double layers form along auroral field lines in the Earth's magnetosphere. They form in order to mai...
The plasma on a magnetic field line in the downward current region of the aurora is simulated using ...
In the high potential plasma, upstream of the double layer, the measuredelectron energy distribution...
Using integral form of governing equations in terms of pseudo potential ion-acoustic double-layers h...
An efficient mechanism for acceleration of auroral particles may be through electrostatic double lay...
Various mechanisms for driving double layers in plasmas are briefly described, including applied pot...
The evolution processes of double layers were studied in a series of laboratory experiments. It was ...
Work on the simulation of auroral double layers (DLs) with realistic particle-in-cell models is pres...
Time-stationary solutions to the Vlasov-Poisson equation for ion holes and double layers were examin...
In a triple plasma device, the injection of electron current from the source chamber to the target c...
The evolution and long-time stability of a double layer (DL) in a discrete auroral arc requires that...
The shift from wave-generated anomalous resistivity toward the more large-scale effects of magnetic ...
A low-frequency instability varying from 10 to 20kHz has been discovered in the presence of a curren...
International audienceOne-dimensional open-boundary simulations have been carried out in a current-c...
International audienceDouble layers have been observed to propagate from the source region to the di...
Double layers form along auroral field lines in the Earth's magnetosphere. They form in order to mai...
The plasma on a magnetic field line in the downward current region of the aurora is simulated using ...
In the high potential plasma, upstream of the double layer, the measuredelectron energy distribution...
Using integral form of governing equations in terms of pseudo potential ion-acoustic double-layers h...
An efficient mechanism for acceleration of auroral particles may be through electrostatic double lay...