Dr
ITER IO
Author in the following contributions
- Nonlinear MHD simulations of Quiescent H-mode in ASDEX-Upgrade and ITER
- Optimising the ITER 15MA DT Baseline Scenario by Exploiting a Self-Consistent Free-Boundary Core-edge-SOL Workflow in IMAS
- Progress in the ITER Integrated Modelling Programme and the ITER Scenario Database
- Runaway electron mitigation in ITER disruptions by injection of high-Z impurities
- Overview of the KSTAR research progress and future plan toward ITER and K-DEMO
- Impact of ELM control in JET experiments on H-mode terminations with/without current ramp-down and implications for ITER
- Test of the ITER-like RMP configurations for ELM-crash-suppression on KSTAR
- Role of NTV particle flux in density pumpout during ELM control by RMP
- Modelling third field operation in the ITER pre-fusion power operation phase
- Wide divertor heat-flux width in ITER from self-organization between the neoclassical and turbulent transports across the separatrix surface
- Comparative modeling of plasma boundary corrugation due to the application of 3-D fields with ELM control coils in various ITER scenarios
- Advances in modelling of plasma pedestal behaviour and ELM control in ITER reference plasma scenarios
- Favorable Impact of RMP ELM Suppression On Divertor Heat Fluxes at ITER-like Conditions
