Add to ORKGIn the present work the zonal flow (ZF) growth rate in toroidal ion-temperature-gradient (ITG) mode turbulence including the effects of elongation is studied analytically. The scaling of the ZF growth with plasma parameters is examined for typical tokamak parameter values. The physical model used for the toroidal ITG driven mode is based on the ion continuity and ion temperature equations whereas the ZF evolution is described by the vorticity equation. The results indicate that a large ZF growth is found close to marginal stability and for peaked density profiles and these effects may be enhanced by elongation
The probability distribution functions (PDFs) of momentum flux and zonal flow formation in ion-tempe...
Nonlinear structure of the zonal flow in toroidal plasma is investigated. It is found that the turbu...
International audienceNonlinear stationary structure formation in the coupled ion temperature gradie...
In the present work the zonal flow (ZF) growth rate in toroidal ion-temperature-gradient (ITG) mode ...
An analytical model for zonal flow generation by toroidal ion-temperature-gradient (ITG) modes, incl...
The role of magnetic shear for zonal flow generation by ion temperature gradient and trapped electro...
Transport scalings with respect to collisionality (n*) and device size (r*) are obtained from massiv...
International audienceAbstract The impact of the parallel flow shear on the tokamak plasma stability...
We consider a time-dependent linear global electrostatic toroidal fluid ion-temperature gradient (IT...
The turbulent-zonal flow system due to micro-scale electron and meso-scale ion temperature gradient ...
We have developed global ITG (Ion Temperature Gradient Driven Drift Wave) turbulence code to investi...
Plasma turbulence driven by the ion temperature gradient (ITG) is theoretically studied with high-re...
Abstract. It is found in collisionless Electron Temperature Gradient (ETG) turbulence simulations th...
Zonal flow damping Recent global gyrokinetic simulations [1] have shown the importance of the zonal ...
"Effects of multiple-helicity magnetic fields on the ion temperature gradient (ITG) instability and ...
The probability distribution functions (PDFs) of momentum flux and zonal flow formation in ion-tempe...
Nonlinear structure of the zonal flow in toroidal plasma is investigated. It is found that the turbu...
International audienceNonlinear stationary structure formation in the coupled ion temperature gradie...
In the present work the zonal flow (ZF) growth rate in toroidal ion-temperature-gradient (ITG) mode ...
An analytical model for zonal flow generation by toroidal ion-temperature-gradient (ITG) modes, incl...
The role of magnetic shear for zonal flow generation by ion temperature gradient and trapped electro...
Transport scalings with respect to collisionality (n*) and device size (r*) are obtained from massiv...
International audienceAbstract The impact of the parallel flow shear on the tokamak plasma stability...
We consider a time-dependent linear global electrostatic toroidal fluid ion-temperature gradient (IT...
The turbulent-zonal flow system due to micro-scale electron and meso-scale ion temperature gradient ...
We have developed global ITG (Ion Temperature Gradient Driven Drift Wave) turbulence code to investi...
Plasma turbulence driven by the ion temperature gradient (ITG) is theoretically studied with high-re...
Abstract. It is found in collisionless Electron Temperature Gradient (ETG) turbulence simulations th...
Zonal flow damping Recent global gyrokinetic simulations [1] have shown the importance of the zonal ...
"Effects of multiple-helicity magnetic fields on the ion temperature gradient (ITG) instability and ...
The probability distribution functions (PDFs) of momentum flux and zonal flow formation in ion-tempe...
Nonlinear structure of the zonal flow in toroidal plasma is investigated. It is found that the turbu...
International audienceNonlinear stationary structure formation in the coupled ion temperature gradie...