Snowmass 2002 Fusion Energy Sciences Summer Study

Snowmass Presentations


Thursday: July 11, 2002
Category* Subject (Presenter) File Format, Size
ICC ITER-based Development Path (Goldston) PDF, 59 KB
ICC Compact Stellarator Role in Magnetic Fusion Development (Neilson) PDF, 183 KB
ICC ST has Lots to Benefit from BPX and Lots to Contribute (Peng) PDF, 855 KB
ICC Control of Density Profiles during AT Operation by CT Fueling (Raman) PDF, 251 KB
ICC The Portfolio Approach to Predictive Capability: An MHD Example (Sarff) PDF, 411 KB
ICC One ICC Reactor Vision (Schaffer) PDF, 50 KB
ICC Proof-of-Principle ICCs and Integrated Fusion Energy Development (E4): Connections with a Tokamak BPX (Schoenberg) PDF, 245 KB
ICC Connecting ICC Simulation Tools to Burning Plasma Physics (Spong) PDF, 161 KB
IFE Simple Scaling Laws for the Yield of a Double Z-pinch (Degroot) PDF, 82 KB
IFE Issues and Activities for Laser-IFE Optics (Latkowski) PDF, 1.9 MB
IFE FIREX (Fast Ignition Realization Experiment) toward Fusion Burn by Fast Ignition (Mima) PDF, 1.5 MB
IFE Z-pinch Power Plant (Morrow) PDF, 685 KB
IFE Thick Liquid Wall (Sethian) PDF, 71 KB
IFE Target Drive Session (Vesey) PDF, 119 KB
MFE Plasma Wall Interactions in Ignitor (Bombarda) PDF, 326 KB
MFE Internal m=1 Modes in Ignitor (Detragiache) PDF, 252 KB
MFE Error Fields and Rotation for Ignitor (La Haye) PDF, 294 KB
MFE Boundary Working Group Simulations of Ignitor (Porter) PDF, 89 KB
MFE The Nest Step Burning Plasma Experiment should be Capable of Advanced Tokamak Research (Greenfield) PDF, 279 KB
MFE FIRE: Overall Assessment and Remaining Issues (Greenfield) PDF, 279 KB
MFE FIRE Costing Issues (Heitzenroeder) PDF, 269 KB
MFE FIRE Costing Estimate: Methodology and Summary (Heitzenroeder) PDF, 229 KB
MFE FIRE Fit-up Approaches (Heitzenroeder) PDF, 384 KB
MFE FIRE Plasma Facing Component Design Studies (Heitzenroeder) PDF, 1.3 MB
MFE R&D Overview for FIRE's TF and PF Coils (Heitzenroeder) PDF, 642 KB
MFE Adequacy of TF Insulator Life (Heitzenroeder) PDF, 1.0 MB
MFE Comments on Power Loads in Discharges with X-point Close to Target (Loarte) PDF, 816 KB
MFE Development Path with FIRE (Response to E4) (Meade) PDF, 61 KB
MFE Pulses to Accomplish Mission (Response to E3) (Meade) PDF, 96 KB
MFE Technology Working Group: Fire Advocate Session -- Clarification of Costs (Waganer) PDF, 138 KB
*  ICC = Innovative Confinement Concepts; IFE = Inertial Fusion Energy; MFE = Magnetic Fusion Energy

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Questions or inquiries regarding Snowmass 2002 should be sent to John DeLooper at jdeloope@pppl.gov


This page http://www.pppl.gov/presentations.html was created Sunday, 25 August 2002. If you experience problems with this page, please contact Anthony DeMeo at ademeo@pppl.gov

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