Prof.
General Atomics, San Diego, California 92186-5608, USA.
Author in the following contributions
- Toroidal modelling of plasma response to RMP fields for HL-2M
- First demonstration of full ELM suppression in low input torque plasmas for ITER using n=4 RMP in EAST
- Toward holistic understanding of the ITER-like RMP ELM control on KSTAR
- A novel path to runaway electron mitigation via deuterium injection and current-driven kink instability
- Theory and Modelling activities in support of the ITER Disruption Mitigation System
- Slowly Rotating 3D Field for Locked Mode Avoidance and H-mode Recovery in DIII-D
- Passive deconfinement of runaway electrons using an in-vessel helical coil
- Simulations and Validation of Disruption Mitigation and Projections to ITER's Disruption Mitigation System
- Edge Coherent Mode Providing Continuous Transport during ELM Mitigation with n=1 RMP in HL-2A H-mode plasma
- ELM suppression and flow damping with n=1 RMP fields in tokamaks plasmas
- Combined effects of turbulence, MHD activity and sawtooth crashes on particle transport in L-mode discharges on HL-2A tokamak
- MARS-Q Modeling of kink-peeling instabilities in QH-mode plasma
- Towards prediction of ELM control by RMP in ITER based on linear and quasi-linear plasma response
- Exploration of the Equilibrium and Stability Properties of Spherical Tokamaks and Projection for MAST-U
- [REGULAR POSTER TWIN] Toroidal modelling of plasma response to RMP fields for HL-2M
- [REGULAR POSTER TWIN] Toward holistic understanding of the ITER-like RMP ELM control on KSTAR
- [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] A novel path to runaway electron mitigation via deuterium injection and current-driven kink instability
- [REGULAR POSTER TWIN] Theory and Modelling activities in support of the ITER Disruption Mitigation System
- Divertor detachment in ITER during application of resonant magnetic perturbations for ELM suppression
