The detached divertor has recently been achieved in H-mode plasmas in EAST with an ITER-
like tungsten divertor, which is essential for high power long pulse operation in the near …

One of the critical challenges for long pulse operation of ITER and future fusion reactors is
the excessively high heat and particle fluxes on the divertor targets. The divertor detachment …

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 …

Detachment in helium (He) discharges has been achieved in the EAST superconducting
tokamak equipped with an ITER-like tungsten divertor. This paper presents the experimental …

The exhaust of excessively high heat and particle fluxes on the divertor target is crucial for
EAST long-pulse operation. In the recent EAST experiments, stable partial energy …

One of the key challenges for future fusion research is to mitigate the high steady-state heat
load on the divertor target plates, and divertor detachment offers a promising solution. The …

Doubly peaked density distribution is expected not only to affect the plasma-wetted area at
divertor plates, but also to correlate with the upstream density profile and hence …

To investigate the optimal scenario of impurity seeding to obtain divertor plasma detachment
for target protection, experiments with Ar&D 2 seeding from two different poloidal locations …

, Fusion Eng. Des. 82, 463 (2007)] for both single null (SN) and double null (DN) divertor
configurations. D 2 and Ar puffing at various divertor locations has also been explored as an …

Radiative divertor operation in JET high confinement mode plasmas with the ITER-like wall
has been experimentally investigated and simulated with EDGE2D-EIRENE in horizontal …