A detailed study of the Charney–Hasegawa–Mima model and its extensions is presented.
These simple nonlinear partial differential equations suggested for both Rossby waves in …

ABSTRACT A numerical study of strong kinetic-Alfvén turbulence at scales smaller than the
ion gyroscale is presented, and a phenomenological model is proposed that argues that …

Electron scale solar wind (SW) turbulence has attracted great interest in recent years.
Considerable evidence exists that the turbulence is not fully dissipated near the proton …

We present an analytical study of subproton electromagnetic fluctuations in a collisionless
plasma with a plasma beta of the order of unity. In the linear limit, a rigorous derivation from …

A scaling theory of long-wavelength electrostatic turbulence in a magnetised, weakly
collisional plasma (eg drift-wave turbulence driven by ion temperature gradients) is …

In order to gain reliable predictions on turbulent fluxes in tokamak plasmas, physics based
transport models are required. Nonlinear gyrokinetic electromagnetic simulations for all …

Low-frequency electrostatic drift wave turbulence has been studied in both laboratory
plasmas and in space. The present review describes a number of such laboratory …

The importance of using a comprehensive suite of tools for the validation of a gyrokinetic
code is described. This is detailed by presenting experimental wavenumber spectra which …

A model of E× B staircases is proposed based on a wave kinetic equation coupled to a
poloidal momentum equation. A staircase pattern is idealized as a periodic radial structure …

The influence of changing collisionality on density fluctuation characteristics is studied
during dedicated ν∗ scaling experiments, using Doppler backscattering system. First, the …