Massive gas injection (MGI) is a traditional plasma disruption mitigation method. This
method directly injected massive gas into the pre-disruption plasma and had been …

Massive gas injection (MGI) system was developed on Korea Superconducting Tokamak
Advanced Research (KSTAR) in 2011 campaign for disruption studies. The MGI valve has a …

In large tokamaks, disruption of high current plasma would damage plasma facing
component surfaces (PFCs) or other inner components due to high heat load …

Disruption mitigation poses a significant and unresolved challenge for ITER and future
fusion reactor devices. To mitigate the effect of plasma disruption, a Shattered Pellet …

Disruption is one of the urgent problems for future tokamaks in possibly causing heat loads,
halo currents, and runaway electrons (REs). Massive impurity injection is a feasible way to …

In this study, NIMROD simulations are performed to investigate the effects of massive helium
gas injection level on the induced disruption on EAST tokamak. It is demonstrated in …

Disruptions are a major threat for future tokamaks, including ITER. Disruption-generated
heat loads, electromagnetic forces and runaway electrons will not be tolerable for next …

Experiments of disruption mitigation with massive gas injection have been conducted in J-
TEXT tokamak with various impurities (He, Ne, Ar and He&Ar (90%: 10%) mixtures) …

Disruptions are a major threat for future reactor-size tokamaks, its damage can come from
overheating of divertor surfaces, electromagnetic loads on conducing structures, and …

Injection of massive quantities of gas is a promising technique for fast shutdown of ITER for
the purpose of avoiding divertor and first wall damage from disruptions. Previous …