Welcome to the second “official” Laser IFE workshop Discuss our progress in Laser IFE Address some key issues as a group Oxidation of graphite walls Filling.

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Welcome to the sixth HAPL meeting

Update of IFE Target Fabrication, Injection, and Tracking

The 5-year Integrated Plan is built upon this logic diagram

Presentation transcript:

Welcome to the second “official” Laser IFE workshop Discuss our progress in Laser IFE Address some key issues as a group Oxidation of graphite walls Filling gold/metal targets Possibility of lower temp first walls Laser IFE Materials Plan (Nasr & Lance)

The High Average Power Laser Program Coordinated, focussed, multi-lab effort to develop a rep-rate laser facility for Inertial Fusion Energy and DP needs Coordinated, focussed, multi-lab effort to develop a rep-rate laser facility for Inertial Fusion Energy and DP needs Based on direct drive with lasers Builds upon recent DP advances in lasers and target design

4. Chambers WISCONSIN: Dry wall, integrate design LLNL: Other walls, neutron damage UCSD: Chamber clearing, materials SNL et al: Materials resp x-rays / ions ORNL/UCLA: materials We are developing Laser IFE as an integrated system. 2. Target Fabrication GA: Fab, charac, mass production LANL: Adv mat, target fab, DT inv SCHAFER: Foams, cryo layering 4. Direct Drive Target Design NRL- target design (Nike Prog) LLNL: Yield spectrum WISCONSIN: spectrum 3. Target Injection GA: Injector, Injection & Tracking LANL: Materials prop, thermal resp. Target factory 5. Final Optics LLNL: X-rays, ions, neutrons UCSD: Laser, debris mitigation LANL: Neutrons 1. Lasers NRL: KrF LLNL: DPSSL

Program Phases Phase I (5 years)- Mission Oriented R & D  Develop required science & technology. Phase II (6-7 years)-Integrated Research Experiment (IRE)  Essential reactor components operate together with required efficiency and precision.  Includes a full-scale laser module.  Includes more comprehensive R & D in target fabrication, materials, and power plant design. Phase III (8-10 years)- Engineering Test facility (ETF)  Thermonuclear gain.  Validate materials & components for a fusion system.  Could also demonstrate fusion electrical power.

time (years) R & D IRE ETF Program “Philosophy” Confidence Cost Technical Risks

High Ave Power Laser Program

8-10 years to develop the ETF is realistic... Lunar Landing: 7 Years (Kennedy speech to Armstrong lands) Nuclear Submarine:6 Years (Rickover starts to Nautilus sails)

Goals and Timelines are important! Focuses our research Shows we are serious about solving the Nation’s Energy needs Turns ideas into accomplishments and above all…...Inspires us

“Stop pussyfooting around, Batman” Julie Newmar, aka Cat Woman “Make no little plans… they have no magic to stir men’s souls” Daniel Burnham, architect

Agenda-Thursday 7:30 Informal dinner, Virginia Brewing Co Old Town Alexandria

Agenda-Friday