Fusion energy is a promising source of clean energy, which could solve energy shortages
and environmental pollution. Research into controlled fusion energy has been ongoing for …

For the problem of excessively high divertor heat flux, active impurity seeding is an effective
method to radiate the plasma energy reaching the divertor and thus achieve the divertor …

Abstract The divertor Langmuir probes (Div-LPs) system is a key diagnostic, which is widely
used in advanced tokamaks including ITER, for divertor plasma measurement. With the …

Tungsten (W) is used as the plasma-facing material in the divertor region of future fusion
reactors, such as ITER; however, its concentration in the core plasma must be maintained at …

The new lower tungsten divertor of EAST uses a right-angle shape consisted by horizontal
and vertical targets, which has the capacity of increasing the divertor closure. The strike …

High-Z impurity accumulation suppression and mitigation in core plasma is frequently
observed in EAST edge localized mode mitigation experiments by using resonant magnetic …

The design of the China Fusion Engineering Test Reactor (CFETR) device is one of the
main tasks in the next stage of research on fusion energy in China. The CFETR divertor is a …

Particle control is one of the key issues for steady-state tokamak operation. The density
decay time is used to evaluate the capability of the divertor to exhaust particle with all fueling …

China Fusion Engineering Test Reactor (CFETR) is an experimental device of magnetic
confinement tokamak fusion reactor that is being designed and developed in China, and the …

In the H-mode radiative divertor experiments, the transient heat flux induced by edge
localized modes (ELMs) could cause the detached divertor plasma to re-attach in a few …