For more than a decade, an unprecedented predict-first activity has been carried in order to
predict the fusion power and provide guidance to the second Deuterium–Tritium (D–T) …

A significant reduction of the turbulence-induced anomalous heat transport has been
observed in recent studies of magnetically confined plasmas in the presence of a significant …

Demonstration of DEMO relevant fusion power (Pfus) level and tritium self-sufficiency are
two important goals of the China fusion engineering testing reactor (CFETR). In this work the …

We present state-of-the-art computations of propagation and absorption of electron cyclotron
waves, retaining the effects of scattering due to electron density fluctuations. In ITER …

ITER plasma control design solutions and performance requirements are strongly driven by
its nuclear mission, aggressive commissioning constraints, and limited number of …

Electron cyclotron wave beams injected from a launcher placed in the upper part of the
vessel will be used in ITER to control MHD instabilities, in particular neoclassical tearing …

The nature and level of turbulent transport in the outer core of low-confinement (L-mode)
discharges performed at the ASDEX Upgrade tokamak [Kallenbach et al., Nucl. Fusion 51 …

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

The electron runaway phenomenon in plasmas depends sensitively on the momentum-
space dynamics. However, efficient simulation of the global evolution of systems involving …

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 …