Computation of the MHD equilibrium of a tokamak plasma is reviewed as comprehensively
as possible. The basic equation of this problem is the Grad-Shafranov equation. General …

An efficient method is given to reconstruct the current profile parameters, the plasma shape,
and a current profile consistent with the magnetohydrodynamic equilibrium constraint from …

An efficient method is given for self-consistent reconstruction of the tokamak current profiles
and their associated magnetic topology using the magnetohydrodynamic (MHD) equilibrium …

This book offers a thorough coverage of the magnetic control of a plasma in a tokamak. A
plasma is a gas in which an important fraction of the particles is ionized, so that the electrons …

CREATE-L, a simple and reliable linearized plasma response model for the control of the
plasma current, position and shape in tokamaks, is presented. The basic assumption made …

An efficient full domain method for plasma equilibrium construction in iron core tokamaks is
described. Illustrative calculations and comparison with results obtained from a finite domain …

For more than ten years we have been working with the ideal linear MHD equations used to
study the stability of thermonuc1ear plasmas. Even though the equations are simple and the …

This paper reviews plasma equilibrium evolution codes at the resistive diffusion timescale.
The two-dimensional axisymmetric equilibrium equations are given, both for air-transformer …

The interpretation of tokamak magnetic diagnostics Page 1 Plasma Physics and Controlled
Fusion The interpretation of tokamak magnetic diagnostics To cite this article: BJ Braams 1991 …

We present a comprehensive survey of various computational methods in CEDRES++
(Couplage Equilibre Diffusion Résistive pour l'Etude des Scénarios) for finding equilibria of …