The code NICE (Newton direct and Inverse Computation for Equilibrium) enables to solve
numerically several problems of plasma free-boundary equilibrium computations in a …

Abstract CREATE-NL+ is a FEM (Finite Elements Method) solver of the free boundary
dynamic plasma equilibrium problem, ie the MHD (Magneto Hydro Dynamics) time evolution …

In this paper, we present a new static and time-dependent MagnetoHydroDynamic (MHD)
equilibrium code, TokaMaker, for axisymmetric configurations of magnetized plasmas …

In tokamak experimental reactors, the magnetic control system is one of the main plasma
control systems that is required, together with the density control, since the very beginning …

Since the 2018 IAEA-FEC conference, in addition to expanding the parameter horizons of
the ADITYA-U machine, emphasis has been given to dedicated experiments on inductively …

This paper focuses on the numerical methods recently developed in order to simulate the
time evolution of a tokamak plasma equilibrium at the resistive diffusion time scale. Starting …

We present a Python-based numerical solver for the two-dimensional dynamic plasma
equilibrium problem. We model the time evolution of toroidally symmetric free-boundary …

In this paper, we present PlaNet (PLAsma equilibrium reconstruction NET work), a Deep-
Learning-based tool for performing plasma equilibrium and separatrix reconstruction …

To exploit fusion as a source of energy, a hot and dense confined plasma is needed. This is
achieved in tokamaks by actively controlling the plasma state meaning in particular shape …

The real-time control of plasma position, shape and current in a tokamak has to be ensured
by a number of electrical circuits consisting of voltage suppliers and axisymmetric coils …