The formation mechanism of internal transport barriers (ITBs) in flux-driven turbulence is
studied by means of the full-f gyrokinetic code GKNET. In the adiabatic electron case with a …

A study is conducted on the impact of electromagnetic (EM) fluctuations on residual
Reynolds stress in the context of the quasi-linear theory. We employ a fluid formulation …

Motivated by observations and physics understanding of the phenomenon of intrinsic
rotation, it is suggested that similar considerations for electron dynamics may result in …

We perform a computational study of the effects of finite plasma β (= plasma thermal
energy/magnetic energy) on the residual stress in the context of the quasi-linear theory. The …

We study the impact of impurities on turbulence driven intrinsic rotation (via residual stress)
in the context of the quasi-linear theory. A two-fluid formulation for main and impurity ions is …

The influence of the magnetic shear on ion drift waves has been investigated for plasmas in
the plane slab geometry with a density gradient. A differential equation is derived to describe …