E163: Laser Acceleration at the NLCTA Goal: Demonstrate the technical feasibility of laser-driven particle acceleration

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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
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E163 Layout
E163 Counting Room (b. 225) 225 Moved
here Summer 2003
Overhead Cable Tray
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N
ORION Extension 2005
     
LASER ROOM
Oct 2003
SHIELDED ENCLOSURE
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2
May 2003
1
NLCTA
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Add/change equipment inside NLCTA enclosure
March 2004
RF System
5
Oct 2003
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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
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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 MPFL50k Total value of equipment
500k
Structure lifespan 3 years Start Construction
May 2003
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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 MPFL50k Total value of equipment
500k
Structure lifespan gt10 years Start Construction
Oct 2003
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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 MPFL25k Total value of
equipment 100k
Structure lifespan gt10 years Start Construction
Oct 2003
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NLCTA-Area Fire Detection and Alarm System (Area
4)
Combustible Content 200 cabling Added
Occupancy 0.1 FTE per year MCFL
500k MPFL100k Total value of equipment
500k
Equipment lifespan gt10 years Start Construction
Mar 2004
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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 MPFL50k Total value of
equipment 750k
Equipment lifespan gt10 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
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NLCTA Rack-Area Fire Detection and Alarm System
(Area 6)
Combustible Content 100 cabling Added
Occupancy few days per year MCFL
100k MPFL25k Total value of equipment
100k
Equipment lifespan gt10 years Start Construction
Oct 2003
Additional Rack Of Equipment
SW corner of ESB
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NLCTA Rack-Area Fire Detection and Alarm System
(Area 6)
Combustible Content 100 cabling Added
Occupancy few days per year MCFL
100k MPFL25k Total value of equipment
100k
Equipment lifespan gt10 years Start Construction
Oct 2003
Additional Rack Of Equipment
SW corner of ESB
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E163 Counting Room (b. 225 Relocated) (Area 7)
Combustible Content 200 cabling Added
Occupancy 1.0-1.5 FTE MCFL 500k MPFL50k To
tal value of equipment 500k
Equipment lifespan gt10 years Start Relocation
Summer 2003
B. 225 has sprinklers, which will be reconnected
225
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