The theory of plasma confinement by non-axisymmetric magnetic fields is reviewed. Such
fields are used to confine fusion plasmas in stellarators, where in contrast to tokamaks and …

A comprehensive review of zonal flow phenomena in plasmas is presented. While the
emphasis is on zonal flows in laboratory plasmas, planetary zonal flows are discussed as …

This paper presents a theoretical framework for understanding plasma turbulence in
astrophysical plasmas. It is motivated by observations of electromagnetic and density …

In this paper, the theory of collisional and turbulent transport of impurities in tokamak
plasmas is reviewed. The results are presented with the aim of providing at the same time a …

Detailed and authoritative, this volume examines the essential physics underlying
international research in magnetic confinement fusion. It offers readable, thorough accounts …

This overview is an assessment of the gyrokinetic framework and simulations to compute
turbulent transport in fusion plasmas. It covers an introduction to the gyrokinetic theory, the …

Avoidance of the harmful effects of runaway electrons (REs) in plasma-terminating
disruptions is pivotal in the design of safety systems for magnetic fusion devices. Here, we …

Numerical studies of neoclassical transport, beginning with the fundamental drift-kinetic
equation (DKE), have been extended to include the self-consistent coupling of electrons and …

The physics of magnetically confined plasmas has had much of its development as part of
the program to develop fusion energy and is an important element in the study of space and …

CRONOS is a suite of numerical codes for the predictive/interpretative simulation of a full
tokamak discharge. It integrates, in a modular structure, a 1D transport solver with general …