1 st all hands meeting milton 20 feb. 2006 1 st anl lcls all hands meeting 20 february, 2006
TRANSCRIPT
1st All Hands Meeting
Milton
20 Feb. 2006
1st ANL LCLS All Hands Meeting
20 February, 2006
1st All Hands Meeting
Milton
20 Feb. 2006
Purpose
Remind you what the project is all about.Bring you up to date on the overall project status.Define clearly what ANL/APS is to deliver.Bring you up to date on the details of where we are at with the delivery of the LCLS undulator system.Where possible explain the transition from ANL to SLAC.Give some look ahead about what we need to accomplish in the coming couple of years.Explain where required how we are managing this.
1st All Hands Meeting
Milton
20 Feb. 2006
The World’s First Hard X-ray LaserThe World’s First Hard X-ray Laser
1st All Hands Meeting
Milton
20 Feb. 2006
Femtochemistry
Nanoscale Dynamics in Condensed matter
Atomic Physics
Plasma and Warm Dense Matter
Structural Studies on SingleParticles and Biomolecules
FEL Science/Technology
Program developed by international team of scientists working with accelerator and laser physics communities
Aluminum plasma
10-4 10-2 1102 10 4
classical plasma
dense plasma
high density matter
G =1
Density (g/cm-3)
G =10
G =100
t=0
t=
•SLAC-PUB-611
1st All Hands Meeting
Milton
20 Feb. 2006
Fundamental FEL Radiation Wavelength 1.5 15 ÅElectron Beam Energy 14.3 4.5 GeVNormalized RMS Slice Emittance 1.2 1.2 mm-mradPeak Current 3.4 3.4 kAρ Parameter 4x10 -4 8x10-4
Bunch/Pulse Length (FWHM) ≤230 ≤ 230 fsRelative Slice Energy Spread @ Entrance <0.01 0.025 %Saturation Length 87 25 mFEL Fundamental Saturation Power @ Exit 8 17 GWFEL Photons per Pulse 1 29 1012
Peak Brightness @ Undulator Exit 0.8 0.06 1033 *Transverse Coherence Full FullRMS Slice X-Ray Bandwidth 0.06 0.24 %RMS Projected X-Ray Bandwidth 0.13 0.47 % * photons/sec/mm2/mrad2/ 0.1%-BW
LCLS Design Parameters
100 fs inearly operation,~1 fs in future
1st All Hands Meeting
Milton
20 Feb. 2006
Linac Coherent Light Source
Near Hall
Far Hall
Undulator
1st All Hands Meeting
Milton
20 Feb. 2006
SLAC linac tunnelSLAC linac tunnel research yardresearch yard
Linac-0L =6 m
Linac-1L 9 m
Linac-2L 330 m
Linac-3L 550 m
BC1L 6 m
BC2L 22 m
DL2 DL2 L L =275 m=275 m
‘Wall region’
undulatorundulatorL =130 m
6 MeV 135 MeV 250 MeV 4.30 GeV 13.6 GeV
Linac-XL =0.6 m
21-1b,c,d
...existinglinac
L0-a,b
rfgun
21-3b24-6dX
25-1a30-8c
1.2 Injector1.2 Injector1.3 Linac1.3 Linac
1.41.4
1st All Hands Meeting
Milton
20 Feb. 2006
1.6 End Station Systems
1.5 X-Ray Transport/Optics/Diagnostics
1st All Hands Meeting
Milton
20 Feb. 2006
Linac-to-Undulator (227m)
UndulatorHall (175m)Beam Dump (40M)
Front End (29m)
NearExpt.Hall
X-rayTransport(250m)
2nd Undulator Line
3rd Undulator Line
Near Experiment Hall
1.9 Conventional Facilities
FarExpt.Hall
1st All Hands Meeting
Milton
20 Feb. 2006
Linac-to-Undulator (227m)
UndulatorHall (175m)Beam Dump (40M)Front End (29m)
NearExpt.Hall
X-rayTransport(250m)
1.9 Conventional Facilities
Central Lab Office Complex (CLOC)49,700 GSF Total
1st All Hands Meeting
Milton
20 Feb. 2006
Preliminary Safety Assessment Document Approved 26 January 2006 https://www-lcls-internal.slac.stanford.edu/projectspace_L2/Project_Office/PMD/PMD_Documents/1.1-016-r0_PSAD_January2006-3.pdf
Preliminary Fire Hazard Analysis Approved 14 October 2005https://www-lcls-internal.slac.stanford.edu/projectspace_L2/Project_Office/PMD/PMD_Documents/PMD_1.1-012.pdf
LCLS ES&H Plan in place – rev. 2 dated January 2006https://www-lcls-internal.slac.stanford.edu/projectspace_L2/Project_Office/PMD/PMD_Documents/1.1-011-r2_LCLS_Site_Safety_Program60103.pdf
Updated Project Management Plan Approved 4 April 2005https://www-lcls-internal.slac.stanford.edu/projectspace_L2/Project_Office/PMD/PMD_Documents/PMD-1.1-001-r1_Project_Mgt_Plan-APril05.pdf
Environmental Assessment confirmed 2/2003, confirmed 1/2006http://www-ssrl.slac.stanford.edu/lcls/documents/mtf_ss-sc-06-04_lcls_ea.pdf
Independent Project Review Prior to CD3b
1st All Hands Meeting
Milton
20 Feb. 2006
1.2, 1.3, 1.4 1.5, 1.6 1.9 Controls Laser
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Milton
20 Feb. 2006
Jan. 2006 Organization
Undulator SystemSystem Manager S. Milton
Chief Engineer G. Pile
Metrology
C. LeCocq
SLAC Und. Manager
R. Pope
Magnets and Supports
M. White
Vacuum and Diagnostics
D. Walters
Controls
J. Stein
SLAC Project Support
H.D. Nuhn Und. PhysicsJ. Welch CF PhysicsR.M. Boyce Global Schedule
and Integration
Controls Systems Manager
B. Dalesio
ANL LCLS Project Support
R. Hislop ES&H (SLAC)T. Barz QAF. Clark PMCS (ANL)F. Coose Project AnalystJ. Ingraffia ProcurementP. Mast PMCS (SLAC)P.Styka Accounts
E-beam Systems Manager
D. Schultz
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Milton
20 Feb. 2006
Project Budget
Earned Value: 20.1% of TEC
18.6% of TPC
1st All Hands Meeting
Milton
20 Feb. 2006
LCLS UNDULATOR SYSTEM
33 Undulators33 Quadrupoles/Correctors
EM air-cooled10 Long breaks22 Short BreaksSupports with movers
5 DOF plus horizontal sliderVacuum System
Al on SS (316LN)“Rectangular” Cross Section
33 rf Beam Position Monitors33 Beam Finder WiresBeam Loss MonitorsWire Position MonitorHydro static level systemMagnet Measurement Facility
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Milton
20 Feb. 2006
SHORT BREAK / LONG BREAK
SHORT BREAK LONG BREAK
Descoped
1st All Hands Meeting
Milton
20 Feb. 2006
Magnet Measurement Facility – Ready in March
1st All Hands Meeting
Milton
20 Feb. 2006
MMF construction reveals Ladera sandstone
1st All Hands Meeting
Milton
20 Feb. 2006
Recent Significant Changes
DiagnosticsDescope
Wires ScannersOptical transition radiation monitors
RescopeEnd-of-undulator diagnostics
Reduced in value and moved to John Arthur’s discretionDetails of what we build still need to be worked out
Anticipate some savings of the Hydrostatic Level System
Scope AddedBeam Finder Wire (33)
Will be used to locate the “loose end” of the undulatorWill also be used as a beam profile monitor
– metal shields (to be added soon)
1st All Hands Meeting
Milton
20 Feb. 2006
Where this Brings Us
OriginallyUndulator System TPC ~$55M
Now ~$45M
1st All Hands Meeting
Milton
20 Feb. 2006
Significant “Hot Topics”
RF Beam Position MonitorsEssential for effective operations
We must accelerate their development and completion
Single Undulator TestEssential to test all form and fit
ANL/SLAC IntegrationNeed to work more closely with SLAC to ensure
Smooth transfer of knowledge and equipment to SLAC
Clean development of assembly and installation plans
1st All Hands Meeting
Milton
20 Feb. 2006
6 Month Look Ahead Plan/Goals
UndulatorFirst articles assembled, tested, and at least 1 shipped to SLACAssembly production begun by both vendors
Single Undulator TestCompleted but still available for testing purposes
Magnet Measurement FacilityBeing commissioned
Vacuum SystemMain chamber full scale prototype completeAll other major components prototypes near completion
DiagnosticsInjector test stand testing with beam through the rf bpm completedInstallation complete of the three bpm test and testing with beam imminentBeam loss monitor design and engineering in progressTesting of beam finder wire prototype completedEnd-of-undulator details fully understood and decisions made about scope
Integration, Assembly, and Installation PlanningRefined and ready to proceed
1st All Hands Meeting
Milton
20 Feb. 2006
Further Look Ahead
We will be (we better be) delivering loads of undulators, supports, diagnostics, etc. starting very soon and continuing through all of 2007.It is going to get very busy in the magnet measurement facility.
All initial assembly is done there along with all measurements and fiducialization.Overall system integration and assembly planning and refinement are crucial.
We will have no time to waste
Installation in the undulator tunnel will begin roughly in June 2007 (15 months away)
1st All Hands Meeting
Milton
20 Feb. 2006
Other Comments
It is imperative that weWork together as a team
Both within ANL and together with SLAC
Don’t reinvent the wheel if it is not neededLeverage what other people have done
Accept constructive criticismCommunicateMove quickly and without delay
Don’t let things linger
We want the ANL LCLS project to look like a model of how one effectively accomplishes a project
1st All Hands Meeting
Milton
20 Feb. 2006
I’m Almost Done!
1st All Hands Meeting
Milton
20 Feb. 2006
•2nd undulator accommodated in the LCLS tunnel•Expandable to at least six “hard x-ray” FEL undulators•Without loss of original investment
LCLS Design Permits Expansion
1st All Hands Meeting
Milton
20 Feb. 2006
Looking Ahead – LCLS development
Spring-8Spring-8European XFELEuropean XFEL
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Milton
20 Feb. 2006
www.lcls.aps.anl.gov
1st All Hands Meeting
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20 Feb. 2006
Effort Management
Comparison to the ANL systemANL system uses estimates generated in the middle of the month by each individualThis in turn is compiled by hand by a variety of people from secretaries to division HRThis information is then passes on to the individual division offices, compiled again by hand and then entered into the ANL HR accounting system
The LCLS uses approximately 50 cost codes and 4 ANL Divisions in 2 different ALDships
Needless to say the above method, handled differently by different divisions, different individuals, and different ALDships leads inevitably to errorsWe developed our own completely electronic system to provide a cross check to the official ANL system and manage/control our accounting
1st All Hands Meeting
Milton
20 Feb. 2006
Thank you!