'Lcls' presentation slideshows

LUSI Status Update

432 views • 31 slides

Overview Project Status LCLS user workshop Collaboration with TESLA Project R&D

454 views • 28 slides

LCLS Project Transition to Operations 14 May 2008

LCLS Project Transition to Operations 14 May 2008. Handover, Endgame Operations Organization Staffing Budget Schedule Experiment Program Science Advisory Committee User access policy User Outreach User Organization, Executive Committee User Proposal Preparation Workshops

425 views • 27 slides

LCLS-IISC Parameters

LCLS-IISC Parameters. Tor Raubenheimer. Operating modes. Concurrent operation of 1-5 keV and 5-18 keV is not possible. 0.2-1.2 keV (100kHz). 4 GeV SC Linac. Cu Linac. 1.0 - 18 keV (120 Hz) 1.0 - 5 keV (100 kHz). Two sources: high rate SCRF linac and 120 Hz NCu LCLS-I linac

451 views • 26 slides

??? ARM ??????

?????? (Microprocessor System). ??? ARM ??????. Ping-Liang Lai ( ??? ). ????. 4.1 ARM ??????????? 4.2 ??????? 4.3 ?????????. 4.1 ARM ???????????. ???? : ??????????????????????????????????????? (op-code) ?????????????????????????????????? ???????????????? ;

540 views • 25 slides

Meeting of the LCLS Facilities Advisory Committee

Meeting of the LCLS Facilities Advisory Committee. LCLS Project Management M. Reichanadter / SLAC. Outline. Status of the LCLS Progress in the past six months Project Management Cost and Schedule Performance Contingency Allocation Organization and Integration

337 views • 25 slides

LCLS Control System Status EPICS Collaboration Meeting December 8-10, 2004

381 views • 23 slides

Report to the LCLS Facilities Advisory Committee

Report to the LCLS Facilities Advisory Committee. Mark Reichanadter LCLS Deputy Project Director. Project Management Status Cost and Schedule Performance Funding, Obligations & Costs Milestones & Critical Path Procurement Status Integration Management Risks & Mitigations Summary.

354 views • 21 slides

LCLS Week

363 views • 20 slides

X-Ray Endstations Update

X-Ray Endstations Update. John Arthur. The X-Ray Endstation Systems group will create the infrastructure required for experimenters to make best scientific use of the LCLS radiation. Recent Endstation developments. Low-pass mirrors in Front End Enclosure

428 views • 19 slides

Report to the LCLS Facilities Advisory Committee

Report to the LCLS Facilities Advisory Committee. Mark Reichanadter LCLS Deputy Project Director. Project Management Project Progress / Status Revised Project Baseline Overview Procurement Status Risk Management and PM Issues Summary. Progress to Date. LCLS Status on Approved Baseline

304 views • 19 slides

LCLS-II Bypass Line Design Goals P. Emma, July 7, 2010

330 views • 19 slides

327 views • 17 slides

Experimental Facilities Planning

Experimental Facilities Planning. John Arthur LCLS Photon Systems Manager. Near term schedule XFD within the LCLS organization XFD scope XFD priorities. LCLS Installation and Commissioning Time-Line. X-ray Systems. First Light in FEH. Install Undulators. LTU/Und Install. X-Rays in NEH.

291 views • 15 slides

DOE Status Meeting of the LCLS Project

DOE Status Meeting of the LCLS Project. LCLS Cost and Schedule Status Mark Reichanadter LCLS/SLAC. Project Performance (TEC) m/e June 2006 EV data. LCLS showing steady progress 32% TEC comp 29% TPC comp SPI = 0.91 CPI = 0.96 $ burn rate ~$5-6M per/mo Labor burn rate ~$2.5M/mo

274 views • 13 slides

A New Production Environment for LCLS Controls System

A New Production Environment for LCLS Controls System. Ernest and Jingchen. Migrated to Standalone Production Environment. Why needed? Wide open and vulnerable Dependent on SCCS services Not for production No 24/7 support Beyond our control Standalone?

247 views • 12 slides

LCLS User Access Policy

LCLS User Access Policy. Goals Scientific thrust areas - Instrument Teams Tentative operation plan for LCLS and the instruments Proposal evaluation process Realization of externally funded additional instrumentation Jochen R. Schneider Visiting Professor of Photon Science at SLAC.

221 views • 12 slides

LCLS Ultrafast Science Instruments (LUSI)

214 views • 9 slides

Why we should worry about beam 6D brightness

Why we should worry about beam 6D brightness. Max Zolotorev AFRD LBNL. 6D Brightness. FEL gain and B 6 : estimations. start with small signal gain. Derivation based on variational formalism developed by Ming Xie and coworkers but with B 6 scaling gives:. gain for optimal ? and ? E.

205 views • 9 slides

LCLS-II : Latest Layout (stay tuned for endless revisions)

256 views • 6 slides