Institute of plasma physics, Chinese academy of sciences
Author in the following contributions
- Advances in the long-pulse steady-state high beta H-mode scenario with active controls of divertor heat and particle fluxes on EAST
- A Low Plasma Current (~ 8 MA) Approach for ITER’s Q=10 Goal
- EAST Steady-state Long Pulse H-mode with Core-edge Integration for CFETR
- First demonstration of full ELM suppression in low input torque plasmas for ITER using n=4 RMP in EAST
- Achievements of Actively Controlled Divertor Detachment Compatible with Sustained High Confinement Core in DIII-D and EAST
- H-mode Operation in He Plasmas with pure RF-Heating and ITER-like Tungsten Divertor on EAST
- Development of Quiescent H-mode Scenario with ITER-like Tungsten Divertor in EAST
- Study of ITB formation and sustainment with optimized current profiles in the high-performance steady state plasma on EAST
- Operation in the quiescent regime with a high runaway electron current fraction on the EAST tokamak
- Plasma-wall interactions during the helium plasma operation in EAST with a tungsten divertor
- Model-Predictive Kinetic Control Experiments on EAST
- [OV POSTER TWIN] Advances in the long-pulse steady-state high beta H-mode scenario with active controls of divertor heat and particle fluxes on EAST
- [REGULAR POSTER TWIN] A Low Plasma Current (~ 8 MA) Approach for ITER’s Q=10 Goal
- [REGULAR POSTER TWIN] EAST Steady-state Long Pulse H-mode with Core-edge Integration for CFETR
- [REGULAR POSTER TWIN] First demonstration of full ELM suppression in low input torque plasmas for ITER using n=4 RMP in EAST
- [REGULAR POSTER TWIN] Achievements of Actively Controlled Divertor Detachment Compatible with Sustained High Confinement Core in DIII-D and EAST
