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LARP Accelerator Systems6-Year PlanFY09-FY14
10 April 2009
LARP CM12
Napa, CA
Tom Markiewicz/SLAC
BNL - FNAL- LBNL - SLAC
US LHC Accelerator Research Program
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 2 / 25
General Comments
• First cut of program and budget requests without sufficient review and detail– Lab-to-lab split not specified yet– LARP-to-Non-LARP split not completely specified yet– Individuals and their FTEs not identified yet– One very coarse overhead loaded salary ($250k) used to convert
LARP funded FTEs to dollars– M&S and travel requests assumed to include lab overhead
• Nonetheless, having something on paper is a good way to start discussion
• Will not discuss PS2 nor Crab but have included their totals (such as I know them as of 630 AM today) as their funds will come out of Accelerator System pot.
• FY09 numbers have been constructed to reflect the actual budget (before contingency allocation)
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 3 / 25
FY09-FY14 Plan
LARP LABOR RATE $250k
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
LUMI Monitor 2.5 0 $200k $275k $1,100kSchottky 0 0 $0k $60k $60kTune & Chromaticity Feedback 0 0 $0k $50k $50kAC Dipole 0.2 0 $0k $90k $140kLLRF 3 5 $0k $220k $970kSLM Development and Studies 1 0.5 $0k $50k $300kH- Development for Linac4 2.25 0 $75k $90k $728kRotatable Collimator Task 7 0 $400k $130k $2,280kT-980 Crystal Collimation at Tevatron 2.7 5.5 $361k $105k $1,141kUA9 Crystal Collimation at SPS 0 1.5 $20k $225k $245kElectron Lens as Collimation Scraper 0 0 $75k $0k $75kE-lens for Beam-Beam Compensation 8.3 0 $20k $50k $2,145kSPS E-Cloud Study 10.2 10.625 $775k $300k $3,625kPS2 10.7 13.3 $230k $565k $3,470kCrab Cavities 5.8 0 $0k $250k $1,700kDiscretionary 0 0 $100k $0k $100kTotal Accelerator Systems 53.65 36.425 $2,256k $2,460k $18,129k
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 4 / 25
Accelerator Systems
5 Year Spending Profile
$0k
$500k
$1,000k
$1,500k
$2,000k
$2,500k
$3,000k
$3,500k
$4,000k
$4,500k
$5,000k
FY09 FY10 FY11 FY12 FY13 FY14
Electron Lens as Collimation Scraper
Discretionary
Crab Cavities
PS2
SPS E-Cloud Study
E-lens for Beam-Beam Compensation
UA9 Crystal Collimation at SPS
T-980 Crystal Collimation at Tevatron
Rotatable Collimator Task
H- Development for Linac4
SLM Development and Studies
LLRF
AC Dipole
Tune & Chromaticity Feedback
Schottky
LUMI Monitor
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 5 / 25
PS2
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
PS2 10.7 13.3 $230k $565k $3,470kFY09 Prep for Design Report 2.6 $100k $100kFY10 Prep for Design Report 2.9 2.9 $115k $110k $950kFY11 Design Report Delivered 2.8 2.8 $115k $135k $950kFY12 Further Development Possible but not costed 1.75 1.75 $80k $518kFY13 Further Development Possible but not costed 1.75 1.75 $80k $518kFY14 Further Development Possible but not costed 1.5 1.5 $60k $435k
5 Year Spending Profile
$0k
$100k
$200k
$300k
$400k
$500k
$600k
$700k
$800k
$900k
$1,000k
1 2 3 4 5 6
PS2
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 6 / 25
CRAB
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
Crab Cavities 5.8 0 $0k $250k $1,700k
FY09Downselect of cavity design & CERN commitment to provide test location and infrastructure (Sept. 09)
0.8 $100k $300k
FY10 TDR in Fall 2010 2.5 $75k $700kFY11 Support for Cavity & Cryostat Construction 2.5 $75k $700k
FY12Continued Support for Cavity & Cryostat Construction
$0k
FY13Continued Support for Cavity & Cryostat Construction; Cavity Installation & Commissioning
$0k
FY14 Participation in & analysis of beam test $0k
5 Year Spending Profile
$0k
$100k
$200k
$300k
$400k
$500k
$600k
$700k
$800k
1 2 3 4 5 6
Crab Cavities
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 7 / 25
Rama’s Input to this Excercise
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 8 / 25
Rotatable Collimator
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
Rotatable Collimator Task 7 0 $400k $130k $2,280kFY09 Deliver TT60 RC Prototype to CERN 3 $200k $0k $950k
FY10Deliver LHC RC Prototype to CERN; SPS beam test of LHC Prototype BPM system
2 $100k $30k $630k
FY11 Test TT60 RC in TT60 1 $50k $50k $350k
FY12LHC Beam Test of LHC Prototype RC; Technology Choice of Phase II Collimators
1 $50k $50k $350k
FY13 Build RCs as part of APUL 0 $0kFY14 Build/Install RCs as part of APUL 0 $0k
5 Year Spending Profile
$0k
$100k
$200k
$300k
$400k
$500k
$600k
$700k
$800k
$900k
$1,000k
1 2 3 4 5 6
Rotatable Collimator Task
Plan based on schedule shown by Assmann at
April 2009 Collimation
Review
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 9 / 25
Luminosity Monitor
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
LUMI Monitor 2.5 0 $200k $275k $1,100k
FY09Finish electronics & Installation, finish DAQ (Phase 2) software
2 $200k $100k $800k
FY10 Significant Commissioning 0.5 $75k $200kFY11 Commissioning $25k $25kFY12 Commissioning $25k $25kFY13 Commissioning $25k $25kFY14 Commissioning $25k $25k
5 Year Spending Profile
$0k
$100k
$200k
$300k
$400k
$500k
$600k
$700k
$800k
$900k
FY09 FY10 FY11 FY12 FY13 FY14
LUMI Monitor
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 10 / 25
“Finished” Instrumentation Tasks
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
Schottky 0 0 $0k $60k $60kFY09 Commissioning (no beam) $20k $20kFY10 Commissioning $20k $20kFY11 Commissioning $20k $20kFY12 End $0k $0kFY13 End $0k $0kFY14 End $0k $0kTune & Chromaticity Feedback 0 0 $0k $50k $50kFY09 Commissioning (no beam) $0k $0kFY10 Commissioning $10k $10kFY11 Commissioning $10k $10kFY12 Commissioning $10k $10kFY13 Commissioning $10k $10kFY14 Commissioning $10k $10kAC Dipole 0.2 0 $0k $90k $140kFY09 Commissioning (no beam) 0.2 $15k $65kFY10 Commissioning $15k $15kFY11 Commissioning $15k $15kFY12 Commissioning $15k $15kFY13 Commissioning $15k $15kFY14 Commissioning $15k $15k
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 11 / 25
LLRF
LLRF 3 5 $0k $220k $970kFY09 Model Development & LHC Commissioning 2 $40k $40k
FY10Continue implementing existing models to the LHC and develop dedicated algorithms
1 1 $60k $310k
FY11Pace LHC system development as current increases with model development and MD validation: comb filter, etc.
1 1 $60k $310k
FY12
Pace LHC system development as current increases with model development and MD validation: comb filter, etc. Estimate limits of system perfromance, evaluate new optimal configurations.
1 1 $60k $310k
FY13 $0kFY14 $0k
5 Year Spending Profile
$0k
$50k
$100k
$150k
$200k
$250k
$300k
$350k
1 2 3 4 5 6
LLRF
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 12 / 25
“New” Task: Synchrotron Light Monitor
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
SLM Development and Studies 1 0.5 $0k $50k $300kFY09 Alan Fisher LTV develops new SLM 0.5 $0k $0kFY10 Model Development & LHC Commissioning 0.5 $25k $150kFY11 Model Development & LHC Commissioning 0.5 $25k $150kFY12 End $0kFY13 End $0kFY14 End $0k
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 13 / 25
Another “New” Task that fell from the APUL Tree
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
H- Development for Linac4 2.25 0 $75k $90k $728kFY09 Task did not exist 0 $0k $0k
FY10Demonstrate feasibility of H- emittance measurement system at existing facility; profit from Laser being bought by LBL
0.75 $75k $30k $293k
FY11Demonstrate feasibility of H- emittance measurement system at existing facility
0.75 $30k $218k
FY12Demonstrate feasibility of H- emittance measurement system at existing facility
0.75 $30k $218k
FY13Move to a construction project if method is proven
$0k
FY14Move to a construction project if method is proven
$0k
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 14 / 25
T980
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
T-980 Crystal Collimation at Tevatron 2.7 5.5 $361k $105k $1,141kFY09 EOS, BOS studies 0.5 $76k $20k $96k
FY10
Operational 3-crystal 2-goniometer system in Tevatron with diagnostics; studied bunch and beam abort halo two-plane cleaning; simulation package benchmarked against
0.7 1 $90k $15k $280k
FY11
Chosen crystal technology and deflection mechanism (channeling vs volume reflection) most effective for hadron colliders, based on beam tests in Tevatron; adequate beam diagnostics configuration
0.5 1 $60k $15k $200k
FY12
Optimized configuration of crystal-based collimation that provides reproducible beam loss reduction in superconducting ring and interaction regions
0.5 1 $50k $15k $190k
FY13
Configuration ready for implementation in LHC transferred to CERN; beam tests on integrity and temperature dependence of crystal collimation system components
0.5 1 $70k $20k $215k
FY14Hardware transferred to CERN; tests at SPS/LHC
0.5 1 $15k $20k $160k
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 15 / 25
UA9
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
UA9 Crystal Collimation at SPS 0 1.5 $20k $225k $245k
FY09
- setting up of the accelerator in storage mode;- setting up of the diffusive beam halo;- setting up of the experiment;- detection of the loss localization in crystal collimation mode- measurement of the collimation efficiency- measurement of the extracted beam profile
0.5 $75k $75k
FY10
-setting up of the completed detector- measurement of the phase space of the extracted beam- collimation efficiency for an intense circulating beam- study of multi-crystals in multi-reflection
0.5 $10k $75k $85k
FY11refinement of the various measurement and collection of high statistics data sets.
0.5 $10k $75k $85k
FY12Decision to build LHC goniomener: construction
$0k
FY13Possible installation of LHC goniometer in SPS/LHC and testing
$0k
FY14 Installation of crystal goniometer in LHC $0k
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 16 / 25
Hollow E-Beam Lens as an LHC Scraper
Tevatron Demonstration:– demonstrate ~1A hollow beam in DC regime with about 4 sigma of
proton beam radius which goes and interacts mostly with proton halo (either at 150 or at 980 GeV)
– For that we need to perform-gun simulations (~10k$ SWF), design the gun (~15k$ SWF) build and test it at the stand-alone facility (measure profile, ~40k$ M&S), and then install it in the Tevatron and perform studies (~10k$ M&S).
Total is 75k$.
The studies will tell us how important the bends in TEL gun are (proton beam goes thru the walls of the hollow e-beam), how the losses depend on the size of the hollow beam and current of hollow beam (when we shrink it , we touch more and more protons). May be we'll be able to see tuneshift of the halo particles due to e-beam (needs some analysis and thinking).
Shiltsev
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 17 / 25
Hollow Electron Lens: New Project?
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
Electron Lens as Collimation Scraper 0 0 $75k $0k $75kFY09 Task did not exist $0k
FY10
Demonstrate ~1A hollow beam in DC regime with about 4 sigma of proton beam radius which goes and interacts mostly with proton halo
$75k $75k
FY11Proceed to contruct LHC E-lens outside of LARP
$0k
FY12 End $0kFY13 End $0kFY14 End $0k
Beam-Beam Compensation 5 Year Plan
BNL - FNAL- LBNL - SLAC
US LHC Accelerator Research Program
W. Fischer BNL, A. Valishev FNAL09 April 2009LARP CM12
19
LARP Beam-Beam Task
5-year plan:
• RHIC received $4M to build 2 electron lenses from the stimulus package (Office of Nuclear Physics – not LARP)
• Request LARP support on the level of 1.5 FTE for• Simulation work at FNAL/SLAC/LBNL,
specific to LHC and selected RHIC problems• Experiments at Tevatron
• Request LARP funds for FNAL computer cluster upgrade ($20k)
• Also request travel support for BNL personnel
20
Current project situation: e-lenses for RHIC
- Will receive $4M from stimulus package (includes $1M for labor)Stimulus package has special spending and reporting requirements
- Plan for tunnel installation by end of 2011Have defined major milestones for stimulus package
- Collaboration with LARP and CERN LARP supports ~1 FTE at BNL/FNAL/LBL/SLAC for LHC simulations and Tevatron experiments with Gaussian gunA. Kabel, H.-J. Kim, J.-P. Koutchouk, J. Qiang, T. Sen, G. Sterbini, A. Valishev, F. Zimmermann
Work distributionLayout : Y. Luo, W. Fischer (AIP co-PIs), S. Pikin
Beam-beam simulations : Y. Luo, G. Robert-Demolaize, (N. Abreu),
R. DeMaria, C. Montag, W. Fischer
Solenoid/gun/collector : S. Pikin, E. Beebe
Electron beam transport : M. Okamura
3D e-beam simulations : D. Raparia
Power supplies : R. Lambiase
Instrumentation : D. Gassner
Wolfram Fischer 20
21
Electron Lens for Beam-Beam Compensation
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
E-lens for Beam-Beam Compensation 8.3 0 $20k $50k $2,145k
FY09Simulation work at FNAL/SLAC/LBNL, specific to LHC and selected RHIC problems and Experiments at Tevatron
0.8 $200k
FY10Simulation work at FNAL/SLAC/LBNL, specific to LHC and selected RHIC problems and Experiments at Tevatron
1.5 $20k $10k $405k
FY11Simulation work at FNAL/SLAC/LBNL, specific to LHC and selected RHIC problems and Experiments at Tevatron
1.5 $10k $385k
FY12Simulation work at FNAL/SLAC/LBNL, specific to LHC and selected RHIC problems and Experiments at Tevatron
1.5 $10k $385k
FY13Simulation work at FNAL/SLAC/LBNL, specific to LHC and selected RHIC problems and Experiments at Tevatron
1.5 $10k $385k
FY14Simulation work at FNAL/SLAC/LBNL, specific to LHC and selected RHIC problems and Experiments at Tevatron
1.5 $10k $385k
22
Electron Lens for Beam-Beam Compensation
5 Year Spending Profile
$0k
$50k
$100k
$150k
$200k
$250k
$300k
$350k
$400k
$450k
1 2 3 4 5 6
E-lens for Beam-Beam Compensation
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 23 / 25
SPS Ecloud Feedback
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
SPS E-Cloud Study 10.2 10.625 $775k $300k $3,625k
FY09Beam tests June 2009 and model analysis leading to design study;
0.2 1.125 $25k $80k $155k
FY10
Continue SPS measurements; develop MATLAB model of Feedback; build back-end drive system to facilitate SPS measurements; decision on whether to proceed with a FB HW project
2 1.5 $75k $50k $625k
FY11Prototype technology development of FB HW system: measurement equipment; power amps, HF signal processing HW
2 2 $125k $50k $675k
FY12Prototype technology development of FB HW system
2 2 $175k $40k $715k
FY13Prototype technology development of FB HW system
2 2 $175k $40k $715k
FY14Prototype evaluated on SPS, detailed system design proposal (TDR) for installed
2 2 $200k $40k $740k
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 24 / 25
E-Cloud
5 Year Spending Profile
$0k
$100k
$200k
$300k
$400k
$500k
$600k
$700k
$800k
1 2 3 4 5 6
SPS E-Cloud Study
LARP CM12 - 08 April 2009 Collimation Conceptual Review Summary - T. MarkiewiczSlide n° 25 / 25
Discretionary $25k/lab in FY09 (only?)
FY MilestoneLARP Labor (FTE)
non-LARP Labor (FTE)
LARP M&S (k$)
LARP Travel (k$)
LARP Cost (k$)
Discretionary 0 0 $100k $0k $100kFY09 Over-runs, travel, new ideas? $100k $100kFY10 Over-runs, travel, new ideas? $0kFY11 Over-runs, travel, new ideas? $0kFY12 Over-runs, travel, new ideas? $0kFY13 Over-runs, travel, new ideas? $0kFY14 Over-runs, travel, new ideas? $0k