John Galayda, SSRL, "Overview" (1,281 KB) |
Jym Clendenin, SLAC, "Injector Overview" (317 KB) |
John Schmerge, SSRL, "Injector Experiment Progress" (427 KB) |
Cecile Limborg, SSRL, "Simulations for Photoinjectors" (549 KB) |
William Graves, BNL, "Electron Beam Microbunching" (484 KB) |
Vinod Bharadwaj, SLAC, "LCLS Linac Overview" (175 KB) |
Gennady Stupakov, SLAC, "CSR Effects - Theory" (127 KB) |
Paul Emma, SLAC, "LCLS Linac Update" (3,805 KB) |
Michael Borland, APS, "Update on Start-to-End Simulations" (599 KB) |
Efim Gluskin, APS, "Undulator Line Developments Update" (1,029 KB) |
Heinz-Dieter Nuhn, SSRL, "Undulator Chamber Wakefields" (1,031 KB) |
Claudio Pellegrini, UCLA, "Two-Stage Chirped-Beam SASE-FEL" (269 KB) |
Claudio Pellegrini, UCLA, "VISA" (660 KB) |
Lowell Klaisner, SLAC, "Status of the Conceptual Design Report" (1,675 KB) |
Vinod Bharadwaj, SLAC, "LCLS Cost Estimate" (175 KB) |
Patrick Krejcik, SLAC, "SPPS. Relevance to LCLS" (2,613 KB) |
The fifth meeting
of the Technical Advisory Committee for the LCLS takes
place at SLAC. The LCLS team makes presentations (see above) covering all aspects of the
design, from the photo-injector to the FEL physics as well as the bunch compressor for
short bunch R&D. The review emphasizes progress in understanding the experimental
results obtained from the Gun Test Facility, as well as theoretical and experimental
investigations of coherent synchrotron radiation and its deleterious effects on the
quality of the LCLS beam. The committee is impressed with, and indeed excited by, the work
presented by the LCLS team. They applaud the success of the VISA experiment and the
progress in start-to-end simulations of LCLS performance. The committee recommends that
the LCLS team devote some effort to the determination of the FEL performance
characteristics over a wider range of operating conditions. The LCLS team
receives high praise for a tremendous amount of progress. The next meeting will take place
around August 2002.
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