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.

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Virtual Office of Inertial Fusion Energy Welcome to the High Average Power Laser Technical Workshop Argonne Nat’l Lab - 1 Dept. of Energy - 1 Fusion Power.

Welcome to the sixth HAPL meeting

IN LASER INERTIAL FUSION ENERGY (IFE)

Update of IFE Target Fabrication, Injection, and Tracking

Target Technology Development in Support of NRL Laser Plasma Program

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

Presentation transcript:

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

6. Chambers WISCONSIN: Dry wall, integrate design LLNL: Other walls, neutron damage UCSD: Chamber clearing, materials SNL et al: Materials resp x-rays / ions The Program Elements 2. Target Fabrication GA: Fab, charac, mass production LANL: Adv mat, target fab, DT inv SCHAFER: Foams, cryo layering 1. Direct Drive Target Designs NRL- target design 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 4. Lasers NRL: KrF LLNL: DPSSL

Program Goals Intermediate Term (five years) R & D to develop required science & technology ( Mission Oriented Science) Long term (ten years) Build the Integrated Research Experiment 1. Cryogenic, layered target can be injected into a fusion chamber environment. And survive. 2. A high energy laser beam line (e.g kJ) can be steered to hit the target. 3. System operates with the efficiency, durability, uniformity and & precision required for Inertial Fusion Energy.

The Ten Year Plan I FY 01 I FY 02 I FY 03 I FY 04 I FY 05 I FY 06 I FY 08 I FY 09 I FY 10 I FY 11 I Point Design I $1 M I $2 M I $1 M I All dollar figures are preliminary estimates Integrated Research Expt Design I Construction I Test $30 M I $60 M I $60 M I $60 M I $60 M Advanced Component Dev $10 M I $10 M I $10 M I $10 M I $10 M Research  Development $ 25 M I $30 M I $30 M I $30 M I $30 M I $10 M

Objectives of this meeting Present Program Plan for FY 2001….. A. Deliverables and statement of work B. Technical discussion of the program plan 1. Ensure we are all working in an integrated coordinated manner 2. Update on latest advances

Five Year Plan Blueprint for ourselves---The Laser IFE Community Guide & focus our work Define the goal (IRE and Laser Fusion Energy) Define a realistic path to get there Make sure we keep on that path Check points & Milestones Mechanism to accommodate new technical advances This will be an iterative process Coordinate with OFES efforts in Laser Fusion Energy

Random (and unrelated) Comments Publish your work Experimental verification is important! Regular (quarterly) meetings of this group

The Meeting Agenda Tues AM Agenda for Laser IFE Program Workshop Tuesday Morning, February 6, :00 - 8:30Coffee & Bagels INTRODUCTION 8:30 - 9:00 Objectives of this workshopJ. Sethian (NRL) LASERS 9:00 - 9:30Mercury Diode Pumped Solid State Laser ProgramC. Bibeau (LLNL) 9: :00Electra KrF Laser ProgramJ. Sethian (NRL) 10:00-10:15BREAK TARGETS 10:15-10:30High Gain Target Designs for IFE (DP)A. Schmitt (NRL) 10:30-11:15Target Fabrication - GA Overview of proposed GA tasksD. Goodin(GA) High volume fillingN. Alexander (GA) Characterization development & quality controlJ. Sauerwein (GA) 11:15-12:00Target Fabrication-LANL Mass productionA. Nobile (LANL) Tritium inventory issuesA. Schwendt (LANL) Methods for fabricating foam capsulesW. Steckle (LANL)

The Meeting Agenda Tues PM Agenda for Laser IFE Program Workshop Tuesday Afternoon, February 6, :00-13:00LUNCH 13:00-13:30Advanced foam shell productionD. Schroen-Carey (Schafer) 13:30-14:00Cryogenic layeringD. Bittner (Schafer) TARGET INJECTION 14:00-14:30Overview of proposed GA tasksD. Goodin (GA) Design of Injection & tracking systemR. Petzoldt (GA) 14:30-15:00Cryogenic DT Thermal response experimentsJ. Hoffer (LANL) FINAL OPTICS 15:00-15:30Radiation Hard Final OpticsS. Payne (LLNL) 15:30-16:00Laser Damage and Effects of DebrisM. Tillack (UCSD) 16:00-16:30Neutron exposure of componentsS. Wilms (LANL) 16:30-16:45Laser-Induced damage to IFE Final Optics (OFES)N. Ghoniem (UCLA) TOUR 17:00-18:00Ribbon cutting for ELECTRA LaserDr. T. Coffey (NRL) Capt. D. Rau (NRL) Dr. B.B. Rath (NRL)

The Meeting Agenda Wed AM Agenda for Laser IFE Program Workshop Wednesday Morning, February 7, :00-8:30Coffee & Pastries CHAMBERS 8:30-9:15ChambersG. Kulcinski (Wisconsin) R. Peterson (Wisconsin) D. Haynes (Wisconsin) 9:15-9:45Chamber clearingF.Najmabadi (UCSD) 9: :00BREAK 10:00-10:30Chamber StudiesW. Meier (LLNL) 10:30-11:00Chamber materials response programC. Olson (Sandia) 11:00- 11:15C-C Composites (OFES)L. Snead (ORNL) FINALE 11:15-12:00Action Items / plansAll 12:00ADJOURNAll