The J-TEXT tokamak is featured with experimental researches with the application of the
resonant magnetic perturbation (RMP) field. The interaction between RMP and the tearing …

Plasma disruption can cause serious damage to tokamak devices, so disruption mitigation
systems are indispensable to protect tokamak. Currently, disruption mitigation requires a …

Disruption prediction has made rapid progress in recent years, especially in machine
learning (ML)-based methods. If a disruption prediction model can be interpreted, it can tell …

The coupling of multiple magnetohydrodynamic (MHD) modes can lead to mode locking and
major disruption in tokamak plasmas. In the J-TEXT tokamak, the coupling between two …

Developing advanced magnetic divertor configurations to address the coupling of heat and
particle exhaust with impurity control is one of the major challenges currently constraining …

To explore innovative approaches for optimizing tokamak configurations and combining the
advantages of both tokamaks and stellarators, the J-TEXT tokamak recently underwent an …

The spectrum effect on the penetration of resonant magnetic perturbation (RMP) is studied
with upgraded in-vessel RMP coils on J-TEXT. The poloidal spectrum of the RMP field …

The resonant magnetic perturbation (RMP) system is a powerful auxiliary system on
tokamaks. On the J-TEXT tokamak, a set of new in-vessel coils is designed to enhance the …

Experimental studies of the dynamics of shear flow and turbulence spreading at the edge of
tokamak plasmas are reported. Scans of line-averaged density and plasma current are …

This article presents an in-depth study of the sequence of events leading to density limit
disruption in J-TEXT tokamak plasmas, with an emphasis on boudary turbulent transport and …