Add to ORKGConcerns an analysis of the momentum equations of electrons and ions in a rotating plasma volume, including ion viscosity and ion-neutral friction. Moreover, anomalous diffusion due to unstable flute waves is considered. Results are compared with experiment
and shown to structures observed in electron cyclotron resonance Keywords: spiral structure, rotatin...
"Neoclassical transport processes of electrons and ions are investigated in detail for toroidally ro...
A full orbit test-particle approach is used to study the collisional transport of impurity (carbon) ...
Concerns an analysis of the momentum equations of electrons and ions in a rotating plasma volume, in...
The authors show that the combined effects of rotation, ion-viscosity and ion-neutral friction reduc...
Neutrals can strongly affect momentum transport even in relatively small concentrations due to their...
Due to their high cross field mobility, neutral atoms can have a strong effect on transporteven at t...
A shear flow instability in a nonuniform partially ionized magnetoplasma has been investigated and t...
In this study, we investigate turbulence transport in the case with inverted density gradient and no...
The ion mixing mode is revisited in the case with inverted density gradient taking account of the to...
International audienceUnderstanding anomalous electron transport in E × B discharges remains a key c...
Control of rotation in tokamak plasmas provides a method for suppressing fine-scale turbulent transp...
Plasma waves at frequencies well below the gyrofrequency of resonant particles cause particle diffus...
The National Spherical Torus Experiment (NSTX) operates between 0.35 and 0.55 T, which, when coupled...
Understanding of particle pinch mechanism in the peripheral region is an important issue to supply D...
and shown to structures observed in electron cyclotron resonance Keywords: spiral structure, rotatin...
"Neoclassical transport processes of electrons and ions are investigated in detail for toroidally ro...
A full orbit test-particle approach is used to study the collisional transport of impurity (carbon) ...
Concerns an analysis of the momentum equations of electrons and ions in a rotating plasma volume, in...
The authors show that the combined effects of rotation, ion-viscosity and ion-neutral friction reduc...
Neutrals can strongly affect momentum transport even in relatively small concentrations due to their...
Due to their high cross field mobility, neutral atoms can have a strong effect on transporteven at t...
A shear flow instability in a nonuniform partially ionized magnetoplasma has been investigated and t...
In this study, we investigate turbulence transport in the case with inverted density gradient and no...
The ion mixing mode is revisited in the case with inverted density gradient taking account of the to...
International audienceUnderstanding anomalous electron transport in E × B discharges remains a key c...
Control of rotation in tokamak plasmas provides a method for suppressing fine-scale turbulent transp...
Plasma waves at frequencies well below the gyrofrequency of resonant particles cause particle diffus...
The National Spherical Torus Experiment (NSTX) operates between 0.35 and 0.55 T, which, when coupled...
Understanding of particle pinch mechanism in the peripheral region is an important issue to supply D...
and shown to structures observed in electron cyclotron resonance Keywords: spiral structure, rotatin...
"Neoclassical transport processes of electrons and ions are investigated in detail for toroidally ro...
A full orbit test-particle approach is used to study the collisional transport of impurity (carbon) ...