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LUSI Status Update

LUSI Status Update. Tom Fornek Project Manager. Project description (1). LUSI will deliver: Three X-ray scattering instruments that have been funded by DOE-BES as a “Major Item of Equipment (MIE)” project: XPP X-ray Pump Probe CXI Coherent X-ray Imaging XCS X-ray Correlation Spectroscopy.

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LUSI Status Update

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  1. LUSI Status Update Tom Fornek Project Manager

  2. Project description (1) • LUSI will deliver: • Three X-ray scattering instruments that have been funded by DOE-BES as a “Major Item of Equipment (MIE)” project: • XPP X-ray Pump Probe • CXI Coherent X-ray Imaging • XCS X-ray Correlation Spectroscopy

  3. Project description (2) Near Experimental Hall Far Experimental Hall 1 3 2 5 4 6 XPP XCS CXI Beam Transport Offset Monochromator Exp. Chamber Detector LCLS LUSI

  4. LUSI Status Changes June-November • LCLS Directorate Organization Developed • LUSI Project Execution Plan Approved • CD-2 Approved Oct. 22, 2008 • LUSI Team Leader Meetings Held

  5. LCLS Directorate Organization LUSI Incorporated into LCLS Directorate

  6. LCLS STRATEGIC PROJECTS DIVISION LCLS Strategic Projects Division John Galayda – Division Director Michael Scharfenstein – ES&H Darren Marsh – QA Helen O’Donnell – Administrative Support LCLS Construction Project John Galayda – Project Director Mark Reichanadter – Deputy Project Director Jess Albino – Associate Project Director for Civil Cinstruction LUSI MIE Project Tom Fornek – Project Manager TBD – Deputy Project Manager LUSI uses LCLS Directorate Services (ES&H, QA, PMCS, Finance)

  7. DOE-HQ Harriet Kung, Acquisition Executive T.E. Kiess, Program Manager DOE-SSO Support DOE-SSO H. Joma DOE Federal Project Director Instrument Team Leaders LCLS Directorate Support SLAC T. Fornek LUSI Project Manager TBD - Deputy Technical Configuration Control Committee Engineering WBS 1.2 XPP IIT D. Fritz (Instr. Scientist) J. Langton ( Lead Eng) J. Delor J. Defever WBS 1.3 CXI IIT S. Boutet (Instr. Scientist) P. Montanez ( Lead Eng) A. Busse K. Fox WBS 1.4 XCS IIT A. Robert (Instr. Scientist) E. Bong (Lead Eng) T. Osier WBS 1.5 DCO Y. Feng (Lead Scientist) E. Ortiz (Lead Eng ) T. Montagne M. Campell R. Jackson B. Bigornia WBS 1.6 Data Acquisition & Controls G. Haller (Lead) LUSI INTEGRATED PROJECT TEAM

  8. LUSI Scope • There are six level 2 WBS elements in WBS 1.0 • WBS 1.1 – Project Management • WBS 1.2 – X-ray Pump Probe (XPP) • WBS 1.3 – Coherent X-ray Imaging (CXI) • WBS 1.4 – X-ray Correlation Spectroscopy (XCS) • WBS 1.5 – Diagnostics and Common Optics • Includes XPP, CXI and XCS diagnostics and optics • WBS 1.6 – Controls and Data Acquisition • Includes XPP, CXI and XCS controls and DAQ

  9. LUSI Cost Baseline

  10. LUSI Schedule Changes • CD-2 Review Recommendation to plan for one CD-3 and one CD-4 incorporated into baseline plan • CD-3 – April, 2010 • CD-4 – August, 2012 • Early science milestones for XPP and CXI established as Level 2 milestones • XPP – October, 2010 • Commissioning readiness in July, 2010 • CXI – August, 2011 • Commissioning readiness in April, 2011

  11. LUSI Schedule Baseline XPP Procurement Approval XPP Early Science CXI Early Science CD-2 CD-3 CD-4

  12. BA Plan & BCWS to Fit BA Profile

  13. XPP Instrument Design Detector Mover Detector Ultrafast Laser Diagnostics X-ray Optics & Diagnostics Sample Goniometer XPP D. Fritz

  14. CXI Instrument Design 0.1 micron KB system Particle injector LCLS Beam CXI S. Boutet 1 micron focus KB system (not shown) Sample Chamber with raster stage Diagnostics & Wavefront Monitor Detector Stage (Utilizing the LCLS Detector)

  15. XCS Instrument Design Optical raft (1.4.2) Optics and Diagnostics (1.5) Diffractometer (1.4.4.1) Large Angle Detector Stage (1.4.4.3) XCS A. Robert

  16. XPP K. Gaffney, Photon Science-SLAC (leader) D. Reis, University of Michigan T. Tschentscher, DESY J. Larsson, Lund Institute of Technology A. Nilsson, Photon Science-SLAC XCS B. Stephenson, ANL (leader) K. Ludwig, Boston University G. Grübel, DESY CXI J. Hajdu, Photon Science-SLAC, Uppsala University (leader) H. Chapman, LLNL J. Miao, UCLA Instrument Team Leaders

  17. Instrument Update CXI WBS 1.3 X-ray transport tunnel XCS WBS 1.4 XPP WBS 1.2 Hutch 6 Hutch 1 XCS Offset Monochromator WBS 1.5 Hutch 2

  18. Near Experimental Hall AMO Control Room XPP Control Room AMO (LCLS) Future XPP SAXS Area XPP Endstation Hutch 3

  19. XPP Instrument @ LCLS Photon Shutter Intensity Monitor Slits Profile Monitor Intensity Monitor Slits Focusing Lenses Attenuators Pulse Picker Mirrors Slits Intensity Monitor Profile Monitor Sample Goniometer Detector Mover Profile Monitor Intensity Monitor Photon Shutter

  20. XPP Schedule

  21. Far Experimental Hall Control Room Lab Area Hutch 6 Coherent X-ray Imaging Instrument (Hutch 5) X-ray Correlation Spectroscopy Instrument (Hutch 4)

  22. Photon Shutter CXI Physics Requirements Guard Slits Diagnostics Attenuators X-ray Transport Tunnel Pulse Picker Guard Slits Diagnostics Reference Laser Guard Slits Diagnostics KB Mirrors Guard Slits Diagnostics FEH Hutch 5 KB Mirrors Aperture Aperture Sample Environment Particle Injector Ion TOF-MS Detector Stage Wavefront Monitor Beam Dump

  23. Instrument Availability

  24. CXI Major Accomplishments Added 1 micron sample chamber to reduce project risk Conducted LUSI’s first advance procurement technical review CXI 1 micron mirror system - October 8 Developed one micron K-B mirror system mechanical support system concept Provided hutch 5 specification input to LCLS Conventional Facilities for FEH hutch design Cornell detector system progressing well Support system design developed Satellite Workshop held Friday, October 17 “ Application of Coherent X-rays at the LCLS”

  25. Far Experimental Hall Control Room Lab Area Future XCS SAXS Area Hutch 6 Coherent X-ray Imaging Instrument (Hutch 5) X-ray Correlation Spectroscopy Instrument (Hutch 4)

  26. Photon Shutter Primary Slits Diagnostics Monochromator Secondary Slits Transport Tunnel Diagnostics Split and Delay Secondary Slits Diagnostics Focusing Lenses Photon Shutter Attenuators Pulse Picker Harm. Rej. Mirrors Defining Slits FEH Hutch 4 Diagnostics Diffractometer Large Angle Detector Stage XCS Instrument @ LCLS • Goal • Time-resolved observation of coherent diffraction patterns using LCLS coherent hard x-rays (6-25keV) • Tailor and characterize X-ray beam parameters • Spatial profile • Intensity • Repetition Rate • Spectral Bandwidth • X-ray Photon Correlation Spectroscopy Requirements • Versatility of the instrumentation (SAXS, WAXS, GI) • Coherence preservation of x-ray optics (to the extent possible) • Detector with small pixel size/Large sample-detector distance • Key Performance Parameters • 4-20 keV energy range • Using the fundamental and third harmonic • 0.1-0.01% energy resolution

  27. XCS CD-4 Deliverables

  28. XCS Major Accomplishments Developed detailed cost and schedule baseline Provided hutch 4 specification input to LCLS Conventional Facilities for FEH hutch design Added XCS large offset monochromator back into diagnostics and common optics scope Satellite Workshop held Friday, October 17 “ Application of Coherent X-rays at the LCLS”

  29. Thank You

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