Fuel recycling control in long pulse discharges is studied in EAST tokamak with tungsten
divertors by particle balance. Double null configuration, proper Resonant Magnetic …

Tungsten (W) is one of the most promising plasma-facing materials for future fusion devices.
Although its melting point is the highest among all metals, it still has great risk of melting …

Mitigating tungsten (W) wall erosion and core accumulation are vitally important for the
steady-state operation of tokamaks. It is well known that drifts have a great impact on the …

It is necessary to achieve simultaneous exhaust of excessive transient and steady-state heat
fluxes on the divertor target for the divertor protection in the future fusion reactors. The …

Tungsten (W) transport and screening in the edge plasma are investigated for EAST high
dissipative divertor conditions. By combining the 1D impurity fluid model (1DImpFM) and the …

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 …

In recent years, EAST has achieved a 60-s scale steady-state plasma operation (SSO),
which is electron dominant heated by the electron cyclotron wave and low hybrid wave …

The divertor is a key in-vessel component of the China Fusion Engineering Test Reactor
(CFETR), which is mainly used to remove high heat load and exclude particles. In addition …

The compatibility of efficient divertor detachment with high-performance core plasma is vital
to the development of magnetically controlled fusion energy. The joint research on the EAST …