| Name |
Institution |
Title |
Abstract |
Presentation |
| Anderson, J. K. |
University of Wisconsin |
RFP Confinement with Varying Degrees of Relaxation |
details |
pdf |
| Anderson, D.T. |
University of Wisconsin-Madison |
Overview of HSX Experimental Operations |
details |
|
| Ashley, R.P. |
Fusion Technology Institute |
Recent Progress and Applications in Steady State Fusion Using D-3He |
details |
pdf |
| Aydemir, A. Y. |
University of Texas |
Equilibrium and stability of rotating plasmas in a mirror geometry |
details |
pdf |
| Barmish, B.R. |
University of Wisconsin-Madison |
The Signature of a Signal: A New Approach to Model Validation for Toroidal Confinement Systems |
details |
pdf |
| Bellan, P. M. |
Caltech |
Experimental studies of the detailed dynamics underlying spheromak formation |
details |
pdf |
| Belova, E.V. |
PPPL |
Numerical Study of the Formation, Ion Spin-up and Nonlinear Stability Properties of FRCs |
details |
pdf |
| Bergerson, W. F. |
university of wisconsin |
Experimental approach and diagnostics for the rotating wall machine |
details |
|
| Boozer, A.H. |
Columbia University |
Constraints on the Evolution of Plasma Currents and on Magnetic Reconnection |
details |
pdf |
| Budaev, V.P. |
Institute for Nuclear Fusion, RRC “Kurchatov Institute” |
Ion Trajectories and Focusing in Spherical Inertial Electromagnetic Confinement |
details |
|
| Campbell, E. M. |
General Atomics |
Inertial Fusion Energy: Challenges and Opportunity |
details |
|
| Cone, G.A. |
University of Wisconsin-Madison |
Influence of Initial Magnetic Field Configuration on Spheromak Formation |
details |
|
| Cothran, C. D. |
Swarthmore College |
Merging spheromaks to access large s FRC dynamics |
details |
pdf |
| Degnan, J. H. |
Air Force Research Laboratory, Directed Energy Directorate |
Deformable contact liner implosion performed with large diameter electrode apertures. |
details |
|
| Deng, Chuanbao |
UCLA / UW-Madison |
Evidence for Fast-Electron Driven GAE Modes in Quasi-Helically Symmetric HSX Plasmas |
details |
|
| Ellis, R. F. |
University of Maryland |
Status of the Maryland Centrifugal Experiment (MCX) |
details |
pdf |
| Finn, J. M. |
Los Alamos National Laboratory |
Single Helicity and Quasi-Single Helicity States in RFPs |
details |
|
| Furno, I. |
Los Alamos National Laboratory |
Experimental investigation of the interaction of multiple magnetized current carrying plasma channels |
details |
pdf |
| Garnier, D.T. |
Columbia University |
Status of the Levitated Dipole Experiment |
details |
pdf |
| Gauvreau, J.-L. |
University of California at Los Angeles |
Diagnostics upgrade in ET for stability and equilibrium studies. |
details |
pdf |
| Gerhardt, S.P. |
HSX Plasma Lab, U. of Wisconsin-Madison |
Measurements and Modeling of Plasma Flow Damping in the HSX Stellarator |
details |
|
| Goetz, J.A. |
University of Wisconsin - Madison |
Heating and Current Drive Systems for the MST Reversed Field Pinch |
details |
pdf |
| Golingo, R.P. |
University of Washington |
Formation and Sustainment of a Sheared Flow Z- Pinch |
details |
pdf |
| Goodrich, T. |
University of Nevada, Reno |
Liner Dynamics During Flux Compression |
details |
|
| Guo, H.Y. |
University of Washington |
Stabilizing Effects of Rotating Magnetic Fields (RMF) on Field Reversed Configurations (FRC) |
details |
pdf |
| Hannum, D.A. |
UW-Madison |
Current profile control via a plasma gun array in the rotating wall machine |
details |
|
| Hansen, A.K. |
Columbia University, visiting MIT PSFC |
Employment of Multiple Frequencies of Electron Cyclotron Resonance Heating on the Levitated Dipole Experiment |
details |
pdf |
| Hassam, A. B. |
University of Maryland |
The Maryland Centrifugal Experiment and Velocity Shear Stabilization of Ideal MHD Interchanges |
details |
pdf |
| Hassam, A. B. |
Univ of Maryland |
THERMOELECTRIC ROTATING TORUS FOR FUSION |
details |
|
| Hegna, C. C. |
University of Wisconsin |
Finite Larmor Radius Stabilization of Ideal Ballooning Modes in Three-Dimensional Geometry |
details |
pdf |
| Hicks, N.K. |
UCLA |
Symmetric Neutralized Ion Beam Production |
details |
pdf |
| Hill, D.N. |
Lawrence Livermore National Laboratory |
Plans for Increasing the Magnetic Field and Plasma Temperature in the SSPX Spheromak |
details |
pdf |
| Hoffman, A.L. |
University of Washington |
FRC History, Physics, & Recent developments |
details |
pdf |
| Hooper, E. Bickford |
LLNL |
Understanding spheromak formation and evolution by ideal and resistive MHD modeling |
details |
pdf |
| Hsu, S. C. |
Los Alamos National Laboratory |
Flowing Magnetized Plasma Experiment: Progress & Plans |
details |
pdf |
| Huang, Y. M. |
University of Maryland |
Resistive magnetohydrodynamic equilibrium and stability of a rotating plasma with particle sources |
details |
pdf |
| Hwang, D.Q. |
University of California, Davis |
Formation Studies, Axial Target Field interaction, and new diagnostic development in the CTIX Injector Project |
details |
pdf |
| Intrator, T. |
LANL |
Magnetized Target Fusion collaboration and recent progress |
details |
pdf |
| Ivanov, A.A. |
Budker Insitute of Nuclear Physics |
\"Recent results from gas dynamic trap experiment\". |
details |
pdf |
| Izzo, V.A. |
University of Washington |
Simulations of sustained HIT-SI operation in the present experimental regime and beyond |
details |
pdf |
| Jarboe, T. R. |
University of Washington |
Relaxation in MFE Experiments |
details |
pdf |
| Kesner, J. |
MIT |
NIMROD Simulations of the Levitated Dipole Experiment |
details |
pdf |
| Kotschenreuther, M. |
Fusion Research Center and Institute for Fusion Studies |
Innovative Divertor Solutions for High Confinement and Acceptable Heat Fluxes |
details |
|
| Lewicki, B.T. |
University of Wisconsin-Madison |
A Flexible Multi-Coil Programmable Power Supply System for the Pegasus Toroidal Experiment |
details |
pdf |
| Loman, J.M. |
GE GRC |
Business Needs Regarding Fusion: Lessons Learned From Alternative Energy |
details |
pdf |
| Lyon, J.F. |
Oak Ridge National Laboratory |
Plasma Flow Characteristics and Enhanced Confinement Regimes in Stellarators |
details |
pdf |
| Majeski, R. |
Princeton Plasma Physics Laboratory |
The Lithium Tokamak – Results from CDX-U and the Design of LTX |
details |
pdf |
| Mauel, M.E. |
Columbia University |
Experiments with a Supported Dipole |
details |
pdf |
| Maurer, D. A. |
Columbia University |
Active MHD Spectroscopy for Plasma Stability Studies |
details |
pdf |
| McCollam, K.J. |
University of Wisconsin |
Oscillating Field Current Drive Studies in MST |
details |
pdf |
| McLean, H.S. |
LLNL |
The role of fluctuations on energy confinement in the SSPX spheromak |
details |
pdf |
| Menard, J.E. |
Princeton Plasma Physics Lab |
Effects of Flow and Flow Shear in NSTX |
details |
pdf |
| Micozzi, Paolo |
Associazione Euratom-ENEA |
The Multi-Pinch experiment |
details |
pdf |
| Miller, K.E. |
Redmond Plasma Physics Laboratory, University of Washington |
TCS Upgrade |
details |
pdf |
| Milroy, R.D. |
University of Washington |
Observations of edge-driven RMF current drive in the TCS experiment |
details |
pdf |
| Mirnov, V.V. |
University of Wisconsin - Madison |
Non - MHD Effects of Plasma Relaxation and Dynamo in the Reversed Field Pinch |
details |
pdf |
| Nebel, R. A. |
Los Alamos National Laboratory |
Experimental and Theoretical Studies of Electrostatic Confinement on the INS-e Device |
details |
|
| Nebel, R. A. |
Los Alamos National Laboratory |
Helical Drive for RFPs and Stellarators (skunkworks) |
details |
pdf |
| Nelson, B.A. |
University of Washington |
Injector Flux and Voltage Control of the Steady Inductive Helicity Injected Torus, HIT-SI |
details |
pdf |
| NG, S.W. |
University of Maryland, College Park |
FLR-assisted Velocity Shear Stabilization of the Rayleigh-Taylor Instability |
details |
pdf |
| Olson*, C. L. |
Sandia National Laboratories |
Innovations in Z-Pinch Fusion |
details |
|
| Pamfiloff, E. |
Optigon Research and Development |
Fragmentation of Protons is Efficient While Fusion of Protons is Not |
details |
|
| Pedersen, T.S. |
Columbia University |
Effects of electric field in stellarators |
details |
pdf |
| Perkins, L.J |
LLNL |
The Physics of Fusion Energy: Why we (Probably) Can\'t Build a Reactor on the Head of a Pin |
details |
|
| Piefer, G.R. |
Fusion Technology Institute |
Helicon Ion Source and Core Physics Research for the UW IEC Device |
details |
pdf |
| Post, R.F. |
Lawrence Livermore National Laboratory |
Axisymmetric Tandem Mirrors: Kinetic-Stabilizer Studies |
details |
pdf |
| Qerushi, A. |
University of California, Irvine |
Distribution of particle orbits in a Field Reversed Configuration with Rotation |
details |
pdf |
| Quevedo, H. |
Fusion Research Center and Institute for Fusion Studies |
Asymmetry and Phase Transitions in Initial Data from MBX Experiment at Low Power |
details |
|
| Redd, A.J. |
University of Washington |
First Clear Evidence for Magnetic Relaxation in Coaxial Helicity Injection Discharges in the HIT-II Spherical Torus |
details |
pdf |
| Reinke, M.L. |
University of Wisconsin-Madison |
Diagnostic Suite for Plasma Pressure Profile Estimates in the Pegasus Experiment |
details |
|
| Reynolds, J.M. |
UW Center for Plasma Theory & Computation |
Computation Studies of Characteristic MHD Dynamo Suppression in the Reversed Field Pinch During PPCD |
details |
|
| Romero-Talamas, C. A. |
Caltech |
High-speed imaging of the SSPX plasma |
details |
pdf |
| Ryutov, D.D. |
Lawrence Livermore National Laboratory |
Enhanced transport caused by magnetic field perturbations in the systems where only poloidal magnetic field is present |
details |
|
| Ryutov, D.D. |
Lawrence Livermore National Laboratory |
Variations on the theme of a plasma liner |
details |
pdf |
| Ryutov, D.D. |
Lawrence Livermore National Laboratory |
Axisymmetric mirror stabilized by the shaped end wall |
details |
pdf |
| Sabbagh, S.A. |
Princeton Plasma Physics Laboratory |
Invited: Reconstruction of Spherical Torus Equilibria |
details |
|
| Santarius, J.F. |
University of Wisconsin |
D-3He Physics and Fusion Energy Prospects |
details |
pdf |
| Santarius, J.F. |
University of Wisconsin |
Plasma-Jet Magnetized-Target Fusion Burn Dynamics |
details |
pdf |
| Schaffer, M.J. |
General Atomics |
Physically Motivated and Mathematically Consistent Magnetic Helicity |
details |
pdf |
| Schissel, D.P. |
General Atomics |
Grid Computing and Collaboration Technology in Support of ICC |
details |
pdf |
| Schmitz, L.W. |
University of California, Los Angeles |
Neutral Beam and RF Momentum Drive and new Profile Diagnostics in the Electric Tokamak |
details |
pdf |
| Sen, Amiya K. |
Columbia University |
A New Paradigm for the Isotope Scaling of Plasma Transport Paradox |
details |
|
| Shohet, J.L. |
University of Wisconsin-Madison |
A Soliton Model for Slinky Modes in Reversed-Field Pinch Experiments |
details |
pdf |
| Sieck, P. E. |
University of Washington |
Recent Results from the HIT-SI Spheromak |
details |
pdf |
| Siemon, R.E. |
University of Nevada, Reno |
Plans for an inverse z pinch experiment* |
details |
|
| Slough, J. |
University of Washington |
Formation of high b plasmas within a metal flux conserver by means of a rotating magnetic field |
details |
|
| Slough, J.T. |
University of Washington |
Small Scale Fusion: The Pulsed High Density FRC Experiment |
details |
|
| Sovinec, C.R. |
University of Wisconsin |
Spheromak Transients and Energy Confinement* |
details |
pdf |
| Steinhauer, L.C. |
University of Washington |
Nonlinear plasma dynamics in compact toroids by Fourier-Beltrami methods |
details |
pdf |
| Taylor, R.J. |
University of California at Los Angeles |
Self Organized Bootstrap Current in ET at Zero Loop Voltage. |
details |
pdf |
| Teodorescu, C. |
University of Maryland |
New High Rotation Mode in MCX |
details |
pdf |
| Terry, P.W. |
University of Wisconsin-Madison |
Invited: Perspectives on the Suppression of Turbulence by Sheared Flow |
details |
|
| Unterberg, E.A. |
University of Wisconsin-Madison |
Physics Plan for Access to High Toroidal Beta and Normalized Current in the Pegasus Toroidal Experiment |
details |
pdf |
| Wang, Z. |
Los Alamos National Laboratory |
Study of diamagnetism in the Los Alamos Flowing Magnetized Plasma Experiment |
details |
|
| Weber, J. |
University of Illinois |
Confinement Scaling of the Decapede |
details |
|
| Winterberg, F |
University of Nevada |
Fusion-Fission-Fusion Fast Ignition Plasma Focus |
details |
pdf |
| Wong, A.Y. |
UCLA |
A New Approach to Heating, Fueling, and Control of Fusion Plasmas |
details |
|
| Woodruff, S |
UC Berkeley |
An overview of conventional and non-conventional tokamak alternatives |
details |
pdf |
| Wurden, G. A. |
Los Alamos National Laboratory |
Progress and Plans for plasma studies on the FRX-L Field Reversed Configuration experiment |
details |
pdf |
| Yamada, M. |
Princeton Plasma Physics Laboratory |
Sustainment of Stable FRC by NBI and Transformer |
details |
|
| You, S. |
California Institute of Technology |
Measurements of Plasma Flow in Current-Carrying Magnetic Flux Tubes |
details |
|
| Yu, S.S. |
Lawrence Berkeley National Laboratory |
Innovations in HIF |
details |
pdf |
| Zhang, S.Y. |
Los Alamos National Laboratory |
Formation of target Field-Reversed Configuration plasma for Magnetized Target Fusion in FRX-L |
details |
pdf |
