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1. Feb 2001:NRL 2. May 2001:NRL 3. Nov 2001:LLNL 4.Apr 2002:GA 5. Dec 2002:NRL 6. Apr 2003:Sandia 7. Sep 2003:Wisconsin 8. Feb 2004:Georgia Tech 9. Jun.

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Presentation on theme: "1. Feb 2001:NRL 2. May 2001:NRL 3. Nov 2001:LLNL 4.Apr 2002:GA 5. Dec 2002:NRL 6. Apr 2003:Sandia 7. Sep 2003:Wisconsin 8. Feb 2004:Georgia Tech 9. Jun."— Presentation transcript:

1 1. Feb 2001:NRL 2. May 2001:NRL 3. Nov 2001:LLNL 4.Apr 2002:GA 5. Dec 2002:NRL 6. Apr 2003:Sandia 7. Sep 2003:Wisconsin 8. Feb 2004:Georgia Tech 9. Jun 2004:UCLA 10. Oct 2004:PPPL 11. Mar 2005:NRL 12. Jun 2005:LLNL 13. Nov 2005: LLE 14. Mar 2006:ORNL 3, 12 4 9 6 7 8 1,2,5,11 Welcome to the 14 th HAPL meeting Concept: Still courtesy of Mark Tillack, UCSD 10 13 14

2 The "business model" for the HAPL program: ♦ Integrate Science & Technology ♦ Multi-institutional /Multi discipline program ♦ Ultimate goal: an attractive electric power plant Universities 1.UCSD 2.Wisconsin 3.Georgia Tech 4.UCLA 5.U Rochester, LLE 6.UC Santa Barbara 7.UC Berkeley 8.UNC 9.Penn State Electro-optics Government Labs 1.NRL 2.LLNL 3.SNL 4.LANL 5.ORNL 6.PPPL Industry 1.General Atomics 2.Titan/PSD 3.Schafer Corp 4.SAIC 5.Commonwealth Tech 6.Coherent 7.Onyx 8.DEI 9.Voss Scientific 10.Northrup 11.Ultramet, Inc 12.Plasma Processes, Inc 13.PLEX Corporation 14.FTF Corporation 15.Research Scientific Inst 16.Optiswitch Technology HAPL Meeting #13, Rochester, LLE Nov 2005

3 Rene compiled LJ Perkins threat spectra for the baseline (350 MJ) target...and put it in a useful format (Excel spreadsheet): http://aries.ucsd.edu/HAPL/DOCS L.J. Perkins (LLNL) 1D calculation based on initial NRL design: LASER:2.459 MJ YIELD:364.7 MJ GAIN:148.3 Rene Bertie

4 We are adding a new capability to the HAPL program: An electron beam system that better simulates the thermo-mechanical threat to the IFE first wall. 0.00 1.00 2.00 3.00 4.00 5.00 0.01.02.03.04.0 Depth (microns) Energy deposition/micron (J/cm 2 -  m) Calculations courtesy of: ion deposition: J. Blanchard electron depo: F. Hegeler Real thing (Spectrum of Ions): 5.67 J/cm 2 @ 2  sec 70 kV, 4  P electrons: 4.20 J/cm 2 @ 2  sec System specs: 1 cm 2, 100 Hz, > 10 7 shots Will be placed at Oak Ridge

5 We must maintain the proper balance between demonstrating the front runner technology, and allowing room for innovation & invention Target Physics: Sub MJ targets Magnetic Intervention: 1979 Bob Pechacek's NRL Cusp Experiment Final Optics:Revisiting Dielectric Mirrors and Transmissive optics Something New: tritium issues revisit

6 Workshop Agenda Tuesday Lasers Poster Break Target Physics Chamber Physics & Engineering Group Photo Lunch Chamber Physics & Engineering-2 Poster Break Target Fabrication Poster Break Target Injection &Engagement Tour of ORNL Facilities High Temp materials Lab Infrared Processing Facility Optional (no host) Dinner Wednesday Final Optics Poster Break Chamber Blankets, Neutronics, tritium Economics 1 st Wall Armor Thermo-mechanics Lunch 1 st Wall Armor He Retention, Bonding Materials Meeting Wrap up

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