| First Author | Presenter (if not author) | Remote | Title | Session number |
| Austin, M. | yes | Rational q effects on transport | 11 | |
| Bader, A. | Puffing boron (dust or diborane gas) into the divertor during plasma operation as a method of boronization of the divertor shelf | 1 | ||
| Bader, A. | Measurements of the dynamics of injected boron dust particles in the SOL | 5 | ||
| Bespamyatnov, I. | Transient departures of impurity poloidal rotation from equilibrium neoclassical values | 3 | ||
| Bonoli, P. | Experimental Validation of LHCD Physics Models in Alcator C-Mod in ITER Relevant Regimes | 2 | ||
| Bonoli, P. | Experimental Simulation of the LH Wave - Fast Alpha Particle Interaction in ITER using Fast ICRF Minority Ions in Alcator C-Mod | 2 | ||
| Böse, B. | Stereo imaging of Lithium pellet ablation in L-mode and H-mode plasmas | 11 | ||
| Böse, B. | Diagnosis of Pellet Induced Bootstrap Current with Alfvén Cascades | 11 | ||
| Bravenec, R. | yes | Microstability analysis of the top of the H-mode pedestal utilizing measured E_r | 3 | |
| Bravenec, R. | yes | Proof of principle test of BES for broadband fluctuation measurements | 3 | |
| Chang, C.-S. | Ku, S. | XGC gyrokinetic simulation of plasma rotation generation in the pedestal/edge without external momentum source | 3 | |
| Cziegler, I. | Study of co-current propagating broadband fluctuations | 8 | ||
| Cziegler, I. | Study of Effect of the Plasma Configuration on Edge turbulence | 8 | ||
| deGrassie, J. | yes | Continue C-Mod/DIII-D Similarity Experiments on Intrinsic Rotation | 11 | |
| Dominguez, A. | Reflectometry Fluctuation Measurements at the Foot of Low n_e ITB | 10 | ||
| Edlund, E. | Studies of Alfvén eigenmode excitation during the sawtooth cycle in low density plasmas | 4 | ||
| Ernst, D. | ITB control with lower hybrid heating | 7 | ||
| Ernst, D. | Ballooning structure of core turbulence | 10 | ||
| Ernst, D. | Momentum transport and rotation studies | 10 | ||
| Ernst, D. | Comparison of wavelength spectra from PCI and GK simulations for ITG turbulence | 10 | ||
| Ernst, D. | Impurity transport in ITB due to collisions and TEM turbulence | 10 | ||
| Ferrara, M. | yes | Optimization of the control gains of the fast vertical channel | 1 | |
| Ferrara, M. | yes | Optimal Robust Shape Control For Alcator C-Mod | 1 | |
| Fiore, C. | Fluctuations during High Field ITBs | 10 | ||
| Fiore, C. | Power Threshold for ITB Development | 7 | ||
| Fiore, C. | Lower-hybrid current drive as a tool for study of low density ITBs | 7 | ||
| Forest, C. | Bonoli, P. | Measurements of Current Driven by Lower Hybrid Waves in Alcator C-Mod | 2 | |
| García-Muñoz, M. | yes | MHD Induced Fast Ion Loss Diagnostic for Alcator C-Mod | 5 | |
| Graf, A. | LLNL/UC-Davis Visible Doppler Spectrometer | 5 | ||
| Granetz, R. | Try using FRCECE to see TAE mode structure | 4 | ||
| Granetz, R. | Real-time detection and gas jet mitigation of locked mode disruptions | 4 | ||
| Granetz, R. | Determine minimum amount of gas required with Ar/He mixed gas jet disruption mitigation | 4 | ||
| Greenwald, M. | Broadband magnetic fluctuations in the plasma edge | 8 | ||
| Greenwald, M. | Gas fueling at the ITER neutral opacity | 9 | ||
| Greenwald, M. | Particle transport and density peaking at reduced collisionality | 11 | ||
| Greenwald, M. | Energy transport vs magnetic shear | 11 | ||
| Hender, T. | yes | Joint experiments with JET on non-resonant n=2 magnetic braking | 9 | |
| Hubbard, A. | High power LH operation in H-mode plasmas | 2 | ||
| Hubbard, A. | Investigation of two-phase LH transitions with improved diagnostics | 3 | ||
| Hubbard, A. | Producing "hybrid scenario" on C-Mod with LHCD | 7 | ||
| Hubbard, A. | Developing techniques for compatibility of high-power RF and boronization | 9 | ||
| Hughes, J. | Continued exploration of pedestal structure and edge relaxation mechanisms at lower edge collisionality | 3 | ||
| Hughes, J. | Does magnetic shear control the H-mode pedestal width? | 3 | ||
| Hughes, J. | Survey of edge particle transport through routine neutral profile diagnosis | 3 | ||
| Hughes, J. | Document pedestals in advanced scenario regimes | 7 | ||
| Hughes, J. | H-mode density control and pedestal profile response to cryopumping | 9 | ||
| Ince-Cushman, A. | Momentum transport coefficient studies from rotation profile evolution | 3 | ||
| Ince-Cushman, A. | Neutral flow Measurements using the H-D camera | 8 | ||
| Ince-Cushman, A. | B-field scan for intrinsic rotation database | 9 | ||
| Ince-Cushman, A. | Argon puff training with and without cryopump | 11 | ||
| Kessel, C. | yes | Lower Ip Long Pulse L-mode and H-mode Scenario Development | 7 | |
| Kessel, C. | yes | Lower Ip Long Pulse H+ITB Scenario Development | 7 | |
| Kessel, C. | yes | Demonstration of H+ITB to H to H+ITB Transport Cycle with q-profile response | 7 | |
| Ko, J. | Polarization fraction measurment with various MSE bandpass filter positions | 11 | ||
| Ko, J. | MSE calibrations using plasma edge sweeping | 11 | ||
| Kramer, G. | ? | Testing Scenarios for the 130/140GHz Reflectometry Upgrade Performed at PPPL | 5 | |
| LaBombard, B. | Cryopump Experiments | 1 | ||
| LaBombard, B. | Effect of magnetic shear on edge gradients | 3 | ||
| LaBombard, B. | Ohmic L-H threshold experiments | 3 | ||
| LaBombard, B. | Langmuir probes for 2007 campaign | 5 | ||
| LaBombard, B. | High-bandwidth Langmuir probe system | 5 | ||
| Lau, C. | X-mode edge reflectometry to study antenna/plasma interactions | 5 | ||
| Lin, L. | Further experimental studies of the TEM-like turbulence in ITB with the PCI diagnostic | 10 | ||
| Lin, L. | Turbulence studies in LHCD plasmas with the PCI diagnostic | 10 | ||
| Lin, L. | Pellet driven turbulence studies with the PCI diagnostic | 10 | ||
| Lin, L. | Further studies of turbulence in low density ohmic plasmas with the PCI diagnostic | 10 | ||
| Lin, Y. | Effects of ELMs on ICRF antenna loading and commissioning the fast ferrite tuning system | 6 | ||
| Lin, Y. | ICRF Mode conversion electron heating on ITB formation and density control | 6 | ||
| Lin, Y. | Effects of off-axis ICRF mode conversion electron heating on LHCD profile | 6 | ||
| Lipschultz, B. | Engineering and physics tests of the new tungsten lamellae tiles | 1 | ||
| Lipschultz, B. | Maximizing the effect of boronization through plasma shape changes | 1 | ||
| Lipschultz, B. | Surface Science station (Corders) for Plasma Facing Component studies | 5 | ||
| Marmar, E. | Evaluation of Integrated Performance at High Current (>1.5 MA) and High Power (>5 MW) | 9 | ||
| Marmar, E. | Modulated RF (Ion Cyclotron Mode Conversion and/or Lower Hybrid) Heating for Transient Transport Studies | 10 | ||
| Marr, K. | Determining momentum profiles and tracking their evolution during the L-H transition | 3 | ||
| Marr, K. | Driving Momentum Evolution with Magnetic Topology | 3 | ||
| Marr, K. | Verification of velocity scaling with stored energy in the pedestal region | 3 | ||
| Marr, K. | Study of the main ion flow and temperature using the GPI system | 8 | ||
| McDermott, R. | Study of Slow Evolution L-H Transitions | 3 | ||
| McDermott, R. | Edge Impurity Ion Pedestal Scalings | 3 | ||
| McDermott, R. | Charge Exchange Analysis Diagnostic Development | 5 | ||
| Mikkelsen, D. | yes | Electron temperature gradient scale length from neighboring ECE channels | 10 | |
| Parker, R. | Reaching Zero or Negative Loop Voltage For a Few Current Diffusion Times with LHCD | 2 | ||
| Peng, M. | yes | Plasma Startup in C-Mod using LHW without Induction | 2 | |
| Phillips, C. | yes | RF Heating and CD at low frequencies (below all ion cyclotron harmonic resonances) | 6 | |
| Phillips, P. | yes | Study of radial structure and phase of QCM | 3 | |
| Porkolab, M. | Investigation of the electron temperature dependence of the LHCD Efficiency with consideration of the spectral gap problem | 2 | ||
| Porkolab, M. | Evolution of AT target plasmas and Alfven cascades during the current ramp and beyond with LHCD q-profile control | 4 | ||
| Porkolab, M. | Investigation of the Second Harmonic ICRF minority heating efficiency and related energetic ion spectra | 6 | ||
| Reinke, M. | "High confinement" L-modes in reversed field | 3 | ||
| Reinke, M. | Using fast, 2D bolometry to diagnose disruption mitigation radiation | 4 | ||
| Reinke, M. | Calibration of 2D bolometry using He plasmas | 5 | ||
| Reinke, M. | High power divertor detachment optimization | 8 | ||
| Reinke, M. | Characterizing lyman-alpha opacity in the divertor | 8 | ||
| Reinke, M. | Investigation of poloidal asymmetries in impurity density | 11 | ||
| Rice, J. | Er profiles studies from all relevant diagnostics | 10 | ||
| Rice, J. | Ti profile studies of ITB discharges | 10 | ||
| Rice, J. | Locked-mode rotation/calibration studies | 11 | ||
| Rowan, W. | Impurity transport for rho<1 in ITB discharges and transport changes at mode transitions using CXRS measurements of boron density | 10 | ||
| Rowan, W. | An improved method for subtracting ambient, interfering spectra from active CXRS spectra | 11 | ||
| Rowan, W. | Precision spectroscopic measurement of the angles between the MSE viewing chords and the trajectory of the DNB | 11 | ||
| Schmidt, A. | Comparision of hard X-Ray and ECE measurements with synthetic code predictions during LHCD | 2 | ||
| Sears, J. | Damping rate of Toroidal Alfvén Eigenmodes at the threshold of stability in the presence of ICRF heated fast ions | 4 | ||
| Smick, N. | Experimental Goals of the new Wall-Actuated Scanning Probe (WASP) | 8 | ||
| Snipes, J. | NTM Stability at Low Collisionality | 4 | ||
| Snipes, J. | Stable TAE n discrimination with Plasma Rotation | 4 | ||
| Snipes, J. | Sensitivity of Stable TAE Damping to Profile Effects | 4 | ||
| Snipes, J. | Measurement of LHCD Effects on q(r) Through Stable and Unstable Alfvén Eigenmodes in the Current Flattop | 4 | ||
| Snipes, J. | Measurement of LHCD Effects on q(r) Through Stable and Unstable Alfvén Eigenmodes in the Current Rise | 4 | ||
| Snipes, J. | Scaling of the L-H Transition at Low Density | 9 | ||
| Stangeby, P. | yes | Toroidally symmetrical injection of 13C-methane to identify parallel and radial transport in the SOL and divertor | 11 | |
| Terry, J. | Characterization of blobs/filaments on C-Mod in support of ITPA research task DSOL-15 - “Multi-Machine Scaling of Blob Characteristics” | 8 | ||
| Terry, J. | The effect of Plasma Shape and Collisionality on ELMs | 9 | ||
| Terry, J. | ELM Structure and Energetics | 9 | ||
| Wallace, G. | Optimizing Plasma Density and Shape for LH Coupling | 2 | ||
| Wallace, G. | Lower Hybrid Coupling Studies with ICRF, Cryropump, and H-mode | 2 | ||
| Wallace, G. | Parametric Decay Instability Threshold Investigation | 2 | ||
| Wesley, J. | yes | Disruption mitigation using a deuterium gas jet | 4 | |
| Whyte, D. | Localizing boronization film deposition using vertical fields | 1 | ||
| Whyte, D. | High-power discharge cleaning using the LH launchers | 1 | ||
| Whyte, D. | Hydrogen removal from wall: Disruptions v. low density shots v. high D2 fueling | 1 | ||
| Whyte, D. | Developing DPCS alogrithms for density control | 1 | ||
| Whyte, D. | Zeff dependence on LHCD efficiency | 2 | ||
| Whyte, D. | Material transport from ELM ablation | 8 | ||
| Whyte, D. | Main-wall impurity sources and power: Gap scans using the window-frame technique | 8 | ||
| Whyte, D. | q scan to check for divertor hot spots from LH | 8 | ||
| Whyte, D. | Effect of divertor pumping on wall retention and depletion | 8 | ||
| Whyte, D. | Closing the fuelling loop to the core: Is neutral opacity important? | 8 | ||
| Whyte, D. | ELM control using error-field correction coils | 9 | ||
| Whyte, D. | Tau He* measurements with fluid neutrals regime divertor | 9 | ||
| Whyte, D. | Limiter discharges with forward and reverse current for MSE and CXRS diagnostic checks | 11 | ||
| Whyte, D. | Disruption mitigation & opacity studies using D2 massive gas injection | 4 | ||
| Whyte, D. | ELM mitigation and pacing with impurity injection | 4 | ||
| Wilson, J.R. | yes | Parametric dependence of lower hybrid current drive | 2 | |
| Wolfe, S. | Development of zero loop voltage control algorithm for 100% non-inductive current experiments | 1 | ||
| Wolfe, S. | Effect of non-resonant non-axisymmetric fields on locked mode threshold | 4 | ||
| Wolfe, S. | Reverse helicity (I anti-parallel to B) locked mode threshold study | 4 | ||
| Wolfe, S. | Seeding NTM's using A-coil induced locked mode | 4 | ||
| Wolfe, S. | LHCD effect on tearing mode stability | 4 | ||
| Wukitch, S. | Investigation of ICCD for sawtooth control | 6 | ||
| Wukitch, S. | MCCD sawtooth control during monster sawteeth | 6 | ||
| Wukitch, S. | Investigation of ICRF sheaths using marker tiles | 6 | ||
| Zweben, S. | yes | B field scan with Limited Plasmas | 8 | |
| Zweben, S. | yes | New GPI divertor view and camera | 8 | |
| Zweben, S. | yes | Outer gap scan | 8 |