Princeton Plasma Physics Laboratory
Author in the following contributions
- Role of resonant magnetic field penetration in ELM suppression and density pump-out in DIII-D ITER-like plasmas
- Mission and Configuration Studies for a U.S. Sustained High-Power Density Tokamak Facility*
- Development of an integrated core-edge scenario using the Super H-mode
- Off-axis Neutral Beam Current Drive for Advanced Tokamak
- Testing the DIII-D Co/Counter Off-axis Neutral Beam Injected Power and Ability to Balance Injected Torque
- Improved impurity retention and pedestal performance in DIII-D closed divertor
- Main-ion Thermal Transport in High Performance DIII-D Edge Transport Barriers
- The Energy Confinement Evolution at Very High Edge Pedestal in Super H-mode Experiments
- Global stability of elevated-q$_{min}$, steady-state scenario plasmas on DIII-D
- Intrinsic rotation reversals of JET and DIII-D plasmas in Deuterium and Hydrogen
- Integrating tokamak-edge MHD-fluctuation modeling with transport
- A Sustainable High Power Density (SHPD) Tokamak to Enable a Compact Fusion Pilot Plant
- [REGULAR POSTER TWIN] Role of resonant magnetic field penetration in ELM suppression and density pump-out in DIII-D ITER-like plasmas
- [REGULAR POSTER TWIN] Mission and Configuration Studies for a U.S. Sustained High-Power Density Tokamak Facility*
- [REGULAR POSTER TWIN] Development of an integrated core-edge scenario using the Super H-mode
- Multi-Machine Determination of SOL-to-Core Multi-Z Impurity Transport in Advanced Confinement Regimes
- Reducing the L-H Transition Power Threshold via Neoclassical Toroidal Viscosity, Edge Rotation Reversals, and Shape Changes
