Add to ORKGThe effects higher order harmonics have been self-consistently included in the derivation of the electron branch of the electron Geodesic Acoustic Mode (el- GAM) in an Electron-Temperature-Gradient (ETG) turbulence background. The work is based on a two-fluid model including finite β-effects while retaining non-adiabatic ions. In solving the linear dispersion relation, it is found that the due to the coupling to the m = 2 mode the real frequency may be significantly altered and yield higher values
The nonlinear evolution of the electron temperature gradient (ETG) driven mode can be described with...
Nonlinear interplay of the electron temperature gradient (ETG) modes and the trapped electron modes ...
Abstract. Electron Temperature Gradient driven (ETG) modes have been proposed as a source of anomalo...
The effects higher order harmonics have been self-consistently includedin the derivation of the elec...
In this work the finite β-effects of an electron branch of the geodesic acoustic mode (el-GAM) drive...
In this work the first demonstration of a high frequency branch of the geodesic acoustic mode (GAM) ...
In this work the finite β-effects of an electron branch of the geodesicacoustic mode (el-GAM) driven...
There has been overwhelming evidence that coherent structures such as vortices, streamers and zonal ...
There has been overwhelming evidence that coherent structures such as vortices, streamers and zonal ...
In this work the first demonstration of a high frequency branch of the geodesic acoustic mode (GAM) ...
In this work, the first demonstration of an electron branch of the geodesic acoustic mode (el-GAM) d...
The effects of second harmonics of the density and temperature perturbations on the linear Geodesic...
The effects of second harmonics of the density and temperature perturbations on the linear Geodesic...
In this work the finite β-effects of an electron branch of the geodesic acoustic mode (el-GAM) drive...
A two fluid model with parallel viscosity is employed to derive the dispersion re-lation for electro...
The nonlinear evolution of the electron temperature gradient (ETG) driven mode can be described with...
Nonlinear interplay of the electron temperature gradient (ETG) modes and the trapped electron modes ...
Abstract. Electron Temperature Gradient driven (ETG) modes have been proposed as a source of anomalo...
The effects higher order harmonics have been self-consistently includedin the derivation of the elec...
In this work the finite β-effects of an electron branch of the geodesic acoustic mode (el-GAM) drive...
In this work the first demonstration of a high frequency branch of the geodesic acoustic mode (GAM) ...
In this work the finite β-effects of an electron branch of the geodesicacoustic mode (el-GAM) driven...
There has been overwhelming evidence that coherent structures such as vortices, streamers and zonal ...
There has been overwhelming evidence that coherent structures such as vortices, streamers and zonal ...
In this work the first demonstration of a high frequency branch of the geodesic acoustic mode (GAM) ...
In this work, the first demonstration of an electron branch of the geodesic acoustic mode (el-GAM) d...
The effects of second harmonics of the density and temperature perturbations on the linear Geodesic...
The effects of second harmonics of the density and temperature perturbations on the linear Geodesic...
In this work the finite β-effects of an electron branch of the geodesic acoustic mode (el-GAM) drive...
A two fluid model with parallel viscosity is employed to derive the dispersion re-lation for electro...
The nonlinear evolution of the electron temperature gradient (ETG) driven mode can be described with...
Nonlinear interplay of the electron temperature gradient (ETG) modes and the trapped electron modes ...
Abstract. Electron Temperature Gradient driven (ETG) modes have been proposed as a source of anomalo...