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Rights & Permissions Free Resources Display this book on your site! Related Titles Controlling the Quantum World: The Science of Atoms, Molecules, and Photons Visualizing Chemistry: The Progress and Promise of Advanced Chemical Imaging Other Related Titles Free Electron Lasers and Other Advanced Sources of Light: Scientific Research Opportunities (1994) Commission on Physical Sciences, Mathematics, and Applications (CPSMA) Web Search Builder Use this book's key terms to search within this book, across our collection, or across the Web. Skim This Chapter Skim this chapter and use this chapter's key terms to search within this book. Reference Finder Paste in your own text to find books that relate to your topic. Page 52   E-mail  Facebook  Digg  Stumble  Twitter More The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy. APPENDIX B FREE ELECTRON LASER SOURCES TABLE B1 U.S. Free Electron Laser Compendium. (Radiation is from the fundamental wavelength of the device.)       Pulse Timing   λ Range Pulse Energy/Format tµ τµ tm τm Existing Facilities UCSB 2.5mm-60 µ 5 mJ/3 - - 1-20 µs 500ms Vanderbilt 10-2 µ 20 µJ/1 1 ps 350 ps 6 µs 33ms Mark III 9.5-1.5 µ 6-15 µJ/1 3 ps 350 ps 0.5-4 µs 67ms AFEL 8-5 µ 170 µJ/1 12-14 ps 9.3 ns 20 µs 16.7ms SPFELC 7-2 µ 1 µJ/1 1-4 ps 84.6 ms 10 ms 100ms OK4-V 690-240 nm 2-7 µJ/2 300 ps 125 ns 200 µs 20ms Boeing 630-510 nm 10-30 µJ/1 12 ps 443 ns 110 µs 500ms APEX 380-369 nm 1.6 µJ/1 8 ps 46.1 ns 20 µs 1s Facilities Under Construction Stanford 300-100 µ 1 µJ/1 10 ps 350 ps 2 µs 100ms SPFELC 100-20 µ 1 µJ/1 2-10 ps 84.6 ms 10 ms 50ms UCSB 60-30 µ 5 mJ/3 - - 1-20 µs 500ms CIRFEL 20-7 µ 100 µJ/1 5-10 ps 7 ns 10 µs 100ms SPFELC 15-3 µ 1 µJ/1 1-4 ps 84.6 ms 10 ms 50ms OK4-D 400-50 nm 0.5-25 mJ/2 5-30 ps 5.6 ns 100 µs 2ms Proposed Facilities Stanford 100-10 µ 1 µJ/1 10 ps 350 ps 2 µs 16.7 CDRL 50-3 µ 100 µJ/1 10 ps 27.3 ns 100 µs 20ms CEBAF 20-3 µ 40 µJ/1 2 ps 40 ns - - Mark III 15-1.5 µ 8-50 µJ/1 3 ps 350 ps 0.5-8 µs 16.7ms CEBAF 1 µ-170 nm 160 µJ/1 2 ps 40 ns - - AFEL 900-800 nm 1.7 mJ/1 12-14 ps 9.3 ns 20 µs 10 ms UP 300-140 nm 0.4 mJ/3 - - 6 ps 50 ms DUV 300-75 nm 1 mJ/3 - - 6 ps 2.8 ms CPA 88 nm 0.8 mJ/3 - - 4 fs 100 ms LCLS-1 4 nm 3 mJ/3 - - 130 fs 8.3 ms LCLS-2 4 nm 5 mJ/3 - - 65 fs 8.3 ms LCLS-3 0.45 nm 12 mJ/3 - - 65 fs 8.3 ms Page 52 FRONT MATTER (R1-R8) CONTENTS (R9-R10) EXECUTIVE SUMMARY (1-8) 1 INTRODUCTION (9-15) 2 THE FREE ELECTRON LASER (16-23) 3 FAR-INFRARED REGION: 1000 to 10 pm (24-31) 4 NEAR-INFRARED, VISIBLE, AND ULTRAVIOLET REGION: 10 um to 200 nm (32-35) 5 VACUUM ULTRAVIOLET AND EXTENDED ULTRAVIOLET REGION: 200 to 10 nm (36-40) 6 X-RAY REGION: 100 to 1 (41-46) 7 GENERAL ISSUES (47-48) APPENDIX A CONTRIBUTORS AND WORKSHOP PARTICIPANTS (49-51) APPENDIX B FREE ELECTRON LASER SOURCES (52-53) APPENDIX C REPRESENTATIVE SYNCHROTRON RADIATION SOURCES (54-55)

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FREE ELECTRON LASERS AND OTHER ADVANCED SOURCES OF LIGHT: Scientific Research Opportunities APPENDIX B FREE ELECTRON LASER SOURCES TABLE B1 U.S. Free Electron Laser Compendium. (Radiation is from the fundamental wavelength of the device.)       Pulse Timing   λ Range Pulse Energy/Format tµ τµ tm τm Existing Facilities UCSB 2.5mm-60 µ 5 mJ/3 - - 1-20 µs 500ms Vanderbilt 10-2 µ 20 µJ/1 1 ps 350 ps 6 µs 33ms Mark III 9.5-1.5 µ 6-15 µJ/1 3 ps 350 ps 0.5-4 µs 67ms AFEL 8-5 µ 170 µJ/1 12-14 ps 9.3 ns 20 µs 16.7ms SPFELC 7-2 µ 1 µJ/1 1-4 ps 84.6 ms 10 ms 100ms OK4-V 690-240 nm 2-7 µJ/2 300 ps 125 ns 200 µs 20ms Boeing 630-510 nm 10-30 µJ/1 12 ps 443 ns 110 µs 500ms APEX 380-369 nm 1.6 µJ/1 8 ps 46.1 ns 20 µs 1s Facilities Under Construction Stanford 300-100 µ 1 µJ/1 10 ps 350 ps 2 µs 100ms SPFELC 100-20 µ 1 µJ/1 2-10 ps 84.6 ms 10 ms 50ms UCSB 60-30 µ 5 mJ/3 - - 1-20 µs 500ms CIRFEL 20-7 µ 100 µJ/1 5-10 ps 7 ns 10 µs 100ms SPFELC 15-3 µ 1 µJ/1 1-4 ps 84.6 ms 10 ms 50ms OK4-D 400-50 nm 0.5-25 mJ/2 5-30 ps 5.6 ns 100 µs 2ms Proposed Facilities Stanford 100-10 µ 1 µJ/1 10 ps 350 ps 2 µs 16.7 CDRL 50-3 µ 100 µJ/1 10 ps 27.3 ns 100 µs 20ms CEBAF 20-3 µ 40 µJ/1 2 ps 40 ns - - Mark III 15-1.5 µ 8-50 µJ/1 3 ps 350 ps 0.5-8 µs 16.7ms CEBAF 1 µ-170 nm 160 µJ/1 2 ps 40 ns - - AFEL 900-800 nm 1.7 mJ/1 12-14 ps 9.3 ns 20 µs 10 ms UP 300-140 nm 0.4 mJ/3 - - 6 ps 50 ms DUV 300-75 nm 1 mJ/3 - - 6 ps 2.8 ms CPA 88 nm 0.8 mJ/3 - - 4 fs 100 ms LCLS-1 4 nm 3 mJ/3 - - 130 fs 8.3 ms LCLS-2 4 nm 5 mJ/3 - - 65 fs 8.3 ms LCLS-3 0.45 nm 12 mJ/3 - - 65 fs 8.3 ms

OCR for page 53
FREE ELECTRON LASERS AND OTHER ADVANCED SOURCES OF LIGHT: Scientific Research Opportunities Explanation of abbreviations: AFEL - Advanced FEL, Los Alamos National Laboratory, Data from R.L. Sheffield APEX - Av. Power Laser Prototype Exp., Los Alamos Nat'l Lab., Data from P. O'Shea Boeing - High Average Power FEL, Boeing Space and Defense, Data from J. Adamski CDRL - Chemical Dynamics Res. Lab., Lawrence Berkeley Lab., Data from K.J. Kim CEBAF - Continuous Electron Beam Accelerator Facility, Data from G. Niel CIRFEL - Compact IR FEL, Northrup/Grumman-Princeton, Data from I.S. Lehrman CPA - Chirped Pulse Amplifier FEL, Brookhaven National Lab., Data from L.H. Yu DUV - Deep Ultraviolet FEL, Brookhaven National Laboratory, Data from I. Ben-Zvi LCLS - Linear Coherent Light Source, Stanford Linear Acc. Center, Data: H. Winick MARK III - Mark III FEL at Duke University, Data from J.M.J. Madey OK4-D - OK4 Optical Klystron on DUKE FEL 1-GeV ring, Data from L. Litvinenko OK4-V - OK4 Optical Klystron on VEPP-3 in Novosibirsk, Data from J. Madey SPFELC - Stanford Picosecond FEL Center, Data from T. Smith Stanford - Stanford University FEL, Data from R. Pantell UCSB - University of California at Santa Barbara, Data from E. Gwinn UP - Ultraviolet Project Collaboration (sited at BNL), Data from L.H. Yu Vanderbilt - Vanderbilt University FEL Center, Data from C. Brau FIGURE B1 Accelerator pulse format and timing characteristics.

Representative terms from entire chapter:

brookhaven national