In the last two years, three major technical improvements have been made on J-TEXT in
supporting of the expanded operation regions and diagnostic capabilities.(1) The successful …

The runaway electrons (REs) during disruptions are a crucial problem, especially for the
future large-scale tokamaks, which is due to the local impact of RE beams and the large …

The main works on disruption mitigation including suppression and mitigation of runaway
current on the J-TEXT tokamak are summarized in this paper. Two strategies for the …

Locked modes (LMs) will be one of the major causes of disruptions in the ITER tokamak.
Disruption mitigation systems (DMSs), such as massive gas injection (MGI) or shattered …

New simulations with the Kinetic Orbit Runaway electron (RE) Code (KORC) show RE
deconfinement losses to the wall during plasma scrape off are the primary current …

As part of a reliable disruption mitigation system (SPI) for ITER, pure deuterium shattered
pellet injection (SPI) has been proposed as a way of avoiding hot tail runaway electron …

The suppression of runaway electrons (REs) is influenced by the size of pre-existing 2/1
magnetic islands. Simulations of argon (Ar) massive gas injection into J-TEXT plasmas with …

As an important precursor of density limit disruption, thermal instability under J-TEXT high-
density discharges is studied in this paper. An extended MHD code called NIMROD …

In the experiments of actively triggering plasma disruption by massive gas injection, the
externally applied resonant magnetic perturbation has been used to mitigate the hazard of …

Experimental and theoretical researches of disruption mitigation were conducted in J-TEXT
to explore the mechanism of disruptions and the method of mitigation. Among this …