The EAST research program aims to demonstrate steady-state long-pulse advanced high-
performance H-mode operations with ITER-like poloidal configuration and RF-dominated …

A set of in-vessel resonant magnetic perturbation (RMP) coil has been recently installed in
EAST. It can generate a range of spectrum, and there is a relatively large window for edge …

In this study, a full convolutional neural network is trained on a large database of
experimental EAST data to classify disruptive discharges and distinguish them from non …

An extensive study of intrinsic and controlled non-axisymmetric field (δB) impacts in KSTAR
has enhanced the understanding about non-axisymmetric field physics and its implications …

The plasma-beta effect on the n= 1 resonant magnetic perturbation (RMP) field penetration
in purely radio-frequency (RF) wave heated discharges has been investigated in EAST. The …

At the beginning of a machine operation, an assessment of the intrinsic error fields, spurious
magnetic field perturbations which can affect plasma dynamics, is often carried out by …

A technique to identify intrinsic error fields (EFs) in tokamaks with minimized risk of
disruption is demonstrated on the DIII-D tokamak. The method extends the conventional …

Density scaling of error field penetration in EAST is investigated with different n= 1 magnetic
perturbation coil configurations in ohmically heated discharges. The density scalings of error …

This paper presents a multi-machine, multi-parameter scaling law for the n= 2 core resonant
error field threshold that leads to field penetration, locked modes, and disruptions. Here, n is …

The BOUT++ code has been exploited in order to improve the understanding of the role of
turbulent modes in controlling edge transport and resulting scaling of the scrape-off layer …