The physical processes producing electron particle transport in the core of tokamak plasmas
are described. Starting from the gyrokinetic equation, a simple analytical derivation is used …

A general feature of particle transport in the core of tokamak plasmas is that when core
particle sources are small, a stationary peaked density profile is provided by a balance of …

Abstract I. Introduction (Z. Lin, GY Fu, JQ Dong) II. Role of theory and simulation in fusion
sciences 1. The Impact of theory and simulation on tokomak experiments (HR Wilson, TS …

A formal expression for the canonical steady-state density profile in a tokamak can be
obtained from the Fokker–Planck-type diffusion equation derived from the Vlasov equation …

Two reduced simulation approaches are exploited to predict the parametric boundary of
dominant instability regime with global effects and the characteristics of corresponding …

This book presents the collective drift and MHD type modes in inhomogeneous plasmas
from the point of view of two fluid and kinetic theory. It is based on a lecture series given at …

We compute exactly the asymptotic distribution of scaled height in a (1+ 1)-dimensional
anisotropic ballistic deposition model by mapping it to the Ulam problem of finding the …

Drift-Alfvén vortex filaments associated with electromagnetic turbulence were recently
identified in reversed field pinch devices. Similar propagating filamentary structures were …

Many theoretical models show a direct connection between energy transport and particle
transport. For a complete understanding of transport processes both energy and particle …

The results of T-10 experiments on the'density pump-out'effect research, ie the escape of
particles from the zone of on-axis electron cyclotron resonance heating (ECRH) to the …