Dr
ITER Organization
Author in the following contributions
- ITR/P1-28: Multi-machine Comparisons of Divertor Heat Flux Mitigation by Radiative Cooling
- ITR/P1-10: Self-consistent Simulation of Plasma Scenarios for ITER Using a Combination of 1.5D Transport Codes and Free Boundary Equilibrium Codes
- EX/6-1: The Effect of ELM Mitigation Methods on the Access to High H-mode Confinement (H_98~1) on JET
- ITR/P1-37: A Model for the Power Required to Access the H-mode in Tokamaks and Projections for ITER
- ITR/1-2: Progress on the Application of ELM Control Schemes to ITER
- ITR/P1-35: Effects of ELM Control Coil on Fast Ion Confinement in ITER H-mode Scenarios
- EX/6-2: Experimental Demonstration of High Frequency ELM Pacing by Pellet Injection on DIII-D and Extrapolation to ITER
- ITR/P1-23: Non-linear MHD Simulation of ELM Energy Deposition
- ITR/P1-24: Three-dimensional Fluid Modeling of Plasma Edge Transport and Divertor Fluxes during RMP ELM Control at ITER
- ITR/1-2: Progress on the Application of ELM Control Schemes to ITER
- TH/P3-10: Pedestal Modelling Based on Ideal MHD and Gyrokinetic Stability Analyses on JET And ITER Plasmas
- ITR/P1-22: Non-linear MHD Modelling of ELM Triggering by Pellet Injection in DIII-D and Implications for ITER
- TH/P4-15: Theory of Rapid Formation of Pedestal and Pedestal width due to Anomalous Particle Pinch in the Edge of H-mode Discharges
