| Wednesday: July 10, 2002 |
| Category* |
Subject (Presenter) |
File Format, Size |
| IFE |
Short Pulse, High Repetition Rate Laser Technology Issues for IFE Fast Ignition (Barty) |
PDF, 2.5 MB |
| IFE |
The Mercury Laser Project (Bibeau) |
PDF, 3.3 MB |
| IFE |
Fast Ignition Driver Issues (Campbell) |
PDF, 1.4 MB |
| IFE |
HIF-IRE Driver Description (Lee) |
PDF, 399 KB |
| IFE |
Target Physics Issues for Z-pinch-driven Inertial Fusion Energy (Mehlhorn) |
PDF, 3.5 MB |
| IFE |
Engineering Test Facility (ETF) for Heavy Ion Fusion (Meier) |
PDF, 70 KB |
| IFE |
Integrated Research Experiment (IRE) Design of Diode-pumped Solid-state Laser Driver for Fusion Energy: Venus Laser (Payne) |
PDF, 8.9 MB |
| IFE |
KrF Lasers for Fusion Energy (Sethian) |
PDF, 1.6 MB |
| IFE |
HIF Driver Requirements (Yu) |
PDF, 1.5 MB |
| MFE |
Analysis of Resistive Wall Mode Stabilization by Magnetic Feedback in FIRE (Garofalo) |
PDF, 1.2 MB |
| MFE |
Comments Supporting FIRE Confinement and Operating Space (Hammett) |
PDF, 950 KB |
| MFE |
ITER Divertor Design: HHF Components, ELMs, T-Retention (Janeschitz) |
PDF, 1.7 MB |
| MFE |
ITER Pumping and Fuelling (Janeschitz) |
PDF, 1.3 MB |
| MFE |
Interplay between Concept Exploration (CE) Experiments and a Burning Plasma Experiment (BPX) (Jarboe) |
PDF, 24 KB |
| MFE |
Error Fields and Rotation in FIRE (La Haye) |
PDF, 290 KB |
| MFE |
Comments on ELMs for FIRE and High Delta Operation (Loarte) |
PDF, 1.4 MB |
| MFE |
VALEN Model of FIRE Feedback Control Coil Set (Navratil) |
PDF, 553 KB |
| MFE |
What are the Advantages/Disadvantages of an International Approach? (Parker) |
PDF, 11 KB |
| MFE |
Does a Single Large Facility Imply Increased Risk? (Parker) |
PDF, 55 KB |
| MFE |
Summary of Boundary Physics Issues and Modeling Results for FIRE (Rognlien) |
PDF, 385 KB |
| MFE |
Technology Working Group: ITER Advocate Session -- Clarification of Costs (Waganer) |
PDF, 167 KB |
| * IFE = Inertial Fusion Energy; MFE = Magnetic Fusion Energy |
