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Photonic band gap structures made by lithography (top) and fiber-drawing (bottom).

E163: Laser Acceleration at the NLCTA Goal: Demonstrate the technical feasibility of laser-driven particle acceleration. Stanford University Bob Byer (co-PI), Tomas Plettner SLAC

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Photonic band gap structures made by lithography (top) and fiber-drawing (bottom).

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  1. E163: Laser Acceleration at the NLCTAGoal: Demonstrate the technical feasibility of laser-driven particle acceleration Stanford University Bob Byer (co-PI), Tomas Plettner SLAC Eric Colby(spokesman), Bob Noble (Project Manager), Bob Siemann (co-PI), Jim Spencer, Dieter Walz (UTR & Project Engineer) Ben Cowan, Mehdi Javanmard, Chris Sears (students) Photonic band gap structures made by lithography (top) and fiber-drawing (bottom). Fire Protection Plans, February 3, 2003

  2. E163 Layout E163 Counting Room (b. 225) 225 Moved here Summer 2003 Overhead Cable Tray 7 3 N ORION Extension 2005 LASER ROOM Oct 2003 SHIELDED ENCLOSURE 6 2 May 2003 1 NLCTA 4 Add/change equipment inside NLCTA enclosure:March 2004 RF System 5 Oct 2003

  3. E163 Plan April 2003: Core drill penetrations May 2003: Start assembly of shielded enclosure Summer 2003: Relocate building 225 to NE corner of ESB October 2003: Start construction of laser room, rf system March 2004: Installation of beamline components, commissioning 2005: Start construction of ORION low energy hall 2006: Knock out ceiling, North, and East walls of E163 enclosure and join to ORION low energy hall

  4. Concrete Shielding Enclosure Fire Detection and Alarm System (“Area 2”) Combustible Content: ~200# cabling in trays Occupancy: 0.5-1.0 FTE per year MCFL: ~200k$ MPFL:~50k$ Total value of equipment: ~$500k Structure lifespan: 3 years Start Construction: May 2003

  5. Laser Room Fire Detection and Alarm System (“Area 1”) Combustible Content: ~50# cabling, ~100# books, ~1 liter solvents, 1 rack of electronic equipment Occupancy: 0.5-1.0 FTE per year MCFL: ~400k$ MPFL:~50k$ Total value of equipment: ~$500k Structure lifespan: >10 years Start Construction: Oct 2003

  6. E163 Concrete Enclosure Roof Fire Detection and Alarm System (“Area 3”) Combustible Content: ~200# cabling, 3-4 racks of electronic equipment Occupancy: few days per year total MCFL: ~100k$ MPFL:~25k$ Total value of equipment: ~$100k Structure lifespan: >10 years Start Construction: Oct 2003

  7. NLCTA-Area Fire Detection and Alarm System (“Area 4”) Combustible Content: ~200# cabling Added Occupancy: 0.1 FTE per year MCFL: ~500k$ MPFL:~100k$ Total value of equipment: ~$500k Equipment lifespan: >10 years Start Construction: Mar 2004

  8. RF Power System Area Fire Detection and Alarm System (“Area 5”) Combustible Content: ~100# cabling, ~100# oil, 2-3 racks electronic equipment Occupancy: 0.1 FTE per year MCFL: ~400k$ MPFL:~50k$ Total value of equipment: ~$750k Equipment lifespan: >10 years Start Construction: Oct 2003 NLCTA S 8-pack HVPS Klystron & modulator Extend existing HSSD sampling tube Power to modulator, HVPS, other large supplies disconnected on fire alarm by contactors controlled by FACP

  9. NLCTA Rack-Area Fire Detection and Alarm System (“Area 6”) Combustible Content: ~100# cabling Added Occupancy: few days per year MCFL: ~100k$ MPFL:~25k$ Total value of equipment: ~$100k Equipment lifespan: >10 years Start Construction: Oct 2003 Additional Rack Of Equipment SW corner of ESB

  10. NLCTA Rack-Area Fire Detection and Alarm System (“Area 6”) Combustible Content: ~100# cabling Added Occupancy: few days per year MCFL: ~100k$ MPFL:~25k$ Total value of equipment: ~$100k Equipment lifespan: >10 years Start Construction: Oct 2003 Additional Rack Of Equipment SW corner of ESB

  11. E163 Counting Room (b. 225 Relocated) (“Area 7”) Combustible Content: ~200# cabling Added Occupancy: 1.0-1.5 FTE MCFL: ~500k$ MPFL:~50k$ Total value of equipment: ~$500k Equipment lifespan: >10 years Start Relocation: Summer 2003 B. 225 has sprinklers, which will be reconnected 225

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