Additional Papers

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APS-DPP Meeting

American Physical Society Invites Savannah to Discover Plasma (204 KB)
Public invited to "Play with Plasma," Paul Rivenberg, MIT

Basic Plasma Science

Simulating Intense Beam Propagation in Ten-kilometer-long Accelerators in a Table-top Experiment (100 KB), E. Gilson, PTSX/PPPL

Angular Momentum Transport and Dynamo Studies in the Flowing Magnetized Plasma Experiment (2.5 MB), Z. Wang, LANL

Applied Plasma Technologies

High-Powered Solar System Science from Prometheus (116 KB), John Cooper, Raytheon/NASA

Antimatter at CERN -- Real Science or Best-selling Fiction? (168 KB), Jeffrey Hangst, CERN

Plasma-enhanced Combustion of Propane using a Silent Discharge (1.2 MB), L.A. Rosocha, LANL

Magnetic Fusion

What Material is used to Confine a 100 Million Degree Fusion "Star" on Earth? (840 KB), S.L. Allen, DIII-D

Super Computers Reveal Wave of Information in Fusion Plasmas (168 KB), P.T. Bonoli, C-Mod

Fusion Plasmas Go with the Flow (716 KB), Brian LaBombard, C-Mod

"Avalanche Control" of a Magnetic Island in DIII-D (336 KB), R.J. La Haye, DIII-D

New Insight for Plasma Turbulence (106 KB), Wei-li Lee, PPPL

CAT Scanning of Chaos Reduction in a Fusion Plasma (132 KB), Piero Martin, RFX/MST

A "Sea" of High Frequency Waves Yields New Insights into the Physics of Burning Plasmas (3.7 MB), R. Nazikian, DIII-D

Anomalous Ion Heating and Rotation during Radio-frequency Heating in NSTX (328 KB), M. Ono, NSTX

Intricate Interplay of Super-energetic Particles and Plasma Waves (100 KB), Masa Ono, NSTX

Self Generated "Bootstrap" Current Contains Magnetic Fusion Plasma (192 KB), P.A. Politzer, DIII-D

Exciting Waves to Understand Burning Plasmas (428 KB), Joe Snipes, C-Mod

Measuring Current Creation in High Performance Plasma Edges (548 KB), D.M. Thomas, DIII-D

Inertial Fusion

Beryllium Ablator Microstructure and Stability Experiments (1.4 MB), J.A. Cobble, et al., LANL

Ultrahigh Intensity Laser Physics at the LANL Trident Laser Facility (1.6 MB), B.M. Hegelich, et al., LANL

Understanding Mix in Inertial Confinement Fusion (4.2 MB), G.A. Kyrala, et al., LANL

Inertial-electostatic-confinement Fusion Device (2.2 MB), J. Park, et al., LANL