Dr
Lawrence Livermore National Laboratory
Author in the following contributions
- Edge- and divertor and plasma behavior in high power high performance double-null plasmas
- The Role of Drifts and Radiating Species in Detached Divertor Operation at DIII-D
- Elimination of the Non-Axisymmetric inter-ELM Heat Flux Generated by Resonant Magnetic Perturbations in Detached Divertor Conditions
- Shielding and amplification of non-axisymmetric divertor heat flux by plasma response to applied 3-D fields in NSTX and KSTAR
- Pedestal-to-Wall 3D Fluid Transport Simulations on DIII-D and NSTX
- Snowflake Divertor Configuration Effects on Pedestal Stability and Edge Localized Modes in NSTX and DIII-D
- Robust H-mode Pedestal Compatibility with SOL and Divertor Plasma Constraints
- X-Divertors for Facilitating Detachment Without Degrading the DIII-D H-Mode
- Controlling Marginally Detached Divertor Plasmas
- The Role of Drifts and Radiating Species in Detached Divertor Operation at DIII-D
- Advances in Understanding of High-Z Material Erosion and Re-deposition in Low-Z Wall Environment in DIII-D
- Large RF field amplitudes in the SOL and far-field RF sheaths: a proposed mechanism for the anomalous loss of RF power to the SOL of NSTX
