Add to ORKGA set of coupled differential equations is derived to study the finite-#beta# effects on the ion-temperature-gradient driven (ITGD) modes for a collisionless plasma in a toroidal magnetic field. #beta# is assumed low enough to allow ignoring the compressional component of the perturbed magnetic field. The equations will be solved analytically in various limits. (orig.)50 refs.Available from TIB Hannover: RA 831(3053) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische InformationsbibliothekSIGLEDEGerman
The stability of electromagnetic ion temperature gradient driven modes with emphasis on the lower an...
Ion temperature gradient mode (ITG) affected by static magnetic field of magnetic islands is investi...
A major aim in fusion research is to understand, predict and control confined plasma instability in ...
A set of coupled differential equations is derived to study the finite-$\beta$ effects on the ion-te...
An analytical model for zonal flow generation by toroidal ion-temperature-gradient (ITG) modes, incl...
The electromagnetic effect is studied on the short wavelength branch of the ion temperature gradient...
The object of this thesis is the theory of the ion temperature gradient driven (ITGD) mode, includin...
The stability of ion temperature gradient (ITG) modes and the quasilinear fluxes driven by them are ...
"The temporal evolution of linear toroidal ion temperature gradient (ITG) modes is studied based on ...
"Linear properties of ion temperature gradient (ITG) modes in helical systems are studied. The real ...
Effects of ion dynamics along the background magnetic field have been added to an advanced fluid mod...
This thesis focuses on temperature gradient driven modes and their implications for heat and particl...
The temporal evolution of linear toroidal ion temperature gradient (ITG) modes is studied based on a...
"The initial value problem of the toroidal ion temperature gradient mode is studied based on the Lap...
The stability of electromagnetic ion temperature gradient driven modes with emphasis on the lower an...
The stability of electromagnetic ion temperature gradient driven modes with emphasis on the lower an...
Ion temperature gradient mode (ITG) affected by static magnetic field of magnetic islands is investi...
A major aim in fusion research is to understand, predict and control confined plasma instability in ...
A set of coupled differential equations is derived to study the finite-$\beta$ effects on the ion-te...
An analytical model for zonal flow generation by toroidal ion-temperature-gradient (ITG) modes, incl...
The electromagnetic effect is studied on the short wavelength branch of the ion temperature gradient...
The object of this thesis is the theory of the ion temperature gradient driven (ITGD) mode, includin...
The stability of ion temperature gradient (ITG) modes and the quasilinear fluxes driven by them are ...
"The temporal evolution of linear toroidal ion temperature gradient (ITG) modes is studied based on ...
"Linear properties of ion temperature gradient (ITG) modes in helical systems are studied. The real ...
Effects of ion dynamics along the background magnetic field have been added to an advanced fluid mod...
This thesis focuses on temperature gradient driven modes and their implications for heat and particl...
The temporal evolution of linear toroidal ion temperature gradient (ITG) modes is studied based on a...
"The initial value problem of the toroidal ion temperature gradient mode is studied based on the Lap...
The stability of electromagnetic ion temperature gradient driven modes with emphasis on the lower an...
The stability of electromagnetic ion temperature gradient driven modes with emphasis on the lower an...
Ion temperature gradient mode (ITG) affected by static magnetic field of magnetic islands is investi...
A major aim in fusion research is to understand, predict and control confined plasma instability in ...