Presentations

 

American Physics Society – Division of Plasma Physics 56th Annual Conference 2014

Towards a Predictive Capability for Local Helicity Injection Startup – Barr, J.L.

H-mode Characteristics and ELM Dynamics at Near-Unity Aspect Ratio -Thome, K.E.

Initiatives in Non-Solenoidal Startup and H-mode Phyaics at Near-Unity A – Bongard, M.W.

Magnetics and Power System Upgrades for the Pegasus-U Experiment – Preston, R.C.

Predictions for Non-Solenoidal Startup in Pegasus with Lower Divertor Helicity Injectors – Perry, J.M.

Physics of Intense Electron Current Sources for Helicity Injection – Hinson, E.T.

Anomalous Ion Heating, Intrinsic and Induced Rotation in the Pegasus Toroidal Experiment – Burke, M.G.

Initial Thomson Scattering Survey of Local Helicity Injection and Ohmic Plasmas at the Pegasus Toroidal Experiment – Schlossberg, D.J.

Probe Measurements in the H-mode Pedestal Region in the Pegasus Toroidal Experiment – Bodner, G.M.

Progress Toward a Technique for Measuring Electric Field Fluctuations in Tokamak Core Plasmas – Thompson, D.S.

55th APS-DPP Presentations 

Advancing High Current Startup via Localized Helicity Injection in the Pegasus Toroidal Experiment -Hinson, E.T.
H-mode Characterization and Edge Stability at Near-Unity Aspect Ratio in Pegasus Discharges -Thome, K.E.
The Physics of Local Helicity Injection Non-solenoidal Tokamak Startup – Redd, A.J.
Predictive Power-Balance Modeling of Pegasus and NSTX-U Local Helicity Injection Discharges -Barr, J.L.
Local Helicity Injection Systems for Non-solenoidal Startup in the Pegasus Toroidal Experiment – Perry, J.M.
Impurity Ion Temperature and Flow Dynamics During Local Helicity Injection on the Pegasus Toroidal Experiment – Burke, M.G
Access to and Characterization of Ohmic H-mode Plasmas at Near-Unity Aspect Ratio-Fonck, R.J.
Initial Investigations of H-mode Edge Dynamics in the Pegasus Toroidal Experiment -Bongard, M.W.
Commissioning of Thomson Scattering on the Pegasus Toroidal Experiment – Schlossberg, D.J.
Abstract
Poster
Development of a Technique for Measuring Local Electric Field Turbulence in a Tokamak Plasma -Thompson, D.S.
Abstract
Poster