Dr
General Atomics
Author in the following contributions
- Experimental conditions for suppressing Edge Localised Modes by magnetic perturbations in ASDEX Upgrade
- Experiments in Disruption Avoidance for ITER Using Passive and Active Control
- Predict-First Analysis and Experimental Validation of MHD Equilibrium, Stability, and Plasma Response to 3D Magnetic Perturbations
- High Fusion Performance in Super H-Mode Experiments on Alcator C-Mod and DIII-D
- Viability of Wide Pedestal QH-Mode for Burning Plasma Operation
- Interactions of runaway electrons with Alfvén and whistler waves
- Enhancement of helium exhaust during suppression of edge localized modes by resonant magnetic perturbation fields at DIII-D
- Role of NTV particle flux in density pumpout during ELM control by RMP
- Pitch Angle Dynamics and Synchrotron Emission of Runaway Electrons in Quiescent and Disrupted DIII-D Plasmas
- Advances in Runaway Electron Control and Model Validation for ITER
- Dynamic ELM and divertor control using mixed toroidal harmonic resonant magnetic perturbations in DIII-D and EAST
- Seeding of tearing modes by internal crash events in ASDEX Upgrade and DIII-D tokamaks
- Advances in Runaway Electron Control and Model Validation for ITER
- Energy loss and pitch angle scattering of runaway electrons due to kinetic instabilities
- L-H Transition Trigger Physics in ITER-Similar Plasmas with and without Applied n=3 Magnetic Perturbations
- High-Frequency Energetic Particle Driven Instabilities and their Implications for Burning Plasmas
