National Fusion Research Institute
Author in the following contributions
- Design and Performance of Shattered Pellet Injection Systems for JET and KSTAR Disruption Mitigation Research in Support of ITER
- Edge Fluctuation Dynamics in RMP-Driven ELM Suppression and ELM-free H-mode Plasma in KSTAR
- DIII-D and International Research Towards Extrapolating Shattered Pellet Injection Performance to ITER
- Disruption mitigation by symmetric dual injection of shattered pellets in KSTAR
- Tokamak Disruption Event Characterization and Forecasting Research and Expansion to Real-Time Application
- Hybrid Scenarios in KSTAR: Experimental Approach and Physics Understanding
- A physics model of the rotating halo current during VDE disruption
- Effects of impurity injection-site asymmetries during disruption mitigation
- [RAPPORTEURED TWIN] Design and Performance of Shattered Pellet Injection Systems for JET and KSTAR Disruption Mitigation Research in Support of ITER
- [RAPPORTEURED TWIN] Design and Performance of Shattered Pellet Injection Systems for JET and KSTAR Disruption Mitigation Research in Support of ITER
- [RAPPORTEURED TWIN] Design and Performance of Shattered Pellet Injection Systems for JET and KSTAR Disruption Mitigation Research in Support of ITER
- [REGULAR POSTER TWIN] Design and Performance of Shattered Pellet Injection Systems for JET and KSTAR Disruption Mitigation Research in Support of ITER
- [REGULAR POSTER TWIN] Edge Fluctuation Dynamics in RMP-Driven ELM Suppression and ELM-free H-mode Plasma in KSTAR
- [REGULAR POSTER TWIN] Disruption mitigation by symmetric dual injection of shattered pellets in KSTAR
- [REGULAR POSTER TWIN] DIII-D and International Research Towards Extrapolating Shattered Pellet Injection Performance to ITER
