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FREE ELECTRON LASERS AND OTHER ADVANCED SOURCES OF LIGHT: Scientific Research Opportunities
FIGURE 6 The average power as a function of wavelength is shown for the following radiation sources in the short-wavelength region. Existing FEL facilities, solid lines or solid diamonds; FEL facilities under construction, dashed lines; proposed FEL facilities, dotted lines or open diamonds. Synchrotron facilities include Argonne Nat'l Lab., APS-UA undulator; Lawrence Berkeley Lab., ALS-U5 undulator; Brookhaven Nat'l Lab., NSLS (a, UV bending magnet; b, X-ray bending magnet; c, UV undulator U13/UA; d, X-ray wiggler X21/X25). Appendix B and Appendix C provide further details on each facility. SOURCE: Courtesy of Erik Johnson, Brookhaven National Laboratory.
EXISTING FEL FACILITIES
OK4 Optical Klystron at VEPP-3 in Novosibirsk
690 - 240 nm
High Average Power FEL, Boeing Space and Defense
630 - 510 nm
Average Power Laser Prototype Experiment, Los Alamos Nat'l Lab.
380 - 369 nm
FEL FACILITIES UNDER CONSTRUCTION
OK4 Optical Klystron at Duke University
400 - 50 nm
PROPOSED FEL FACILITIES
Continuous Electron Beam Accelerator Facility (CEBAF)
1 µm - 170 nm
Advanced FEL, Los Alamos National Laboratory (AFEL)
900 - 800 nm
Deep Ultraviolet FEL, Brookhaven National Laboratory (DUV)
300 - 75 nm
Chirped Pulse Amplifier FEL, Brookhaven National Lab. (CPA)
Linear Coherent Light Source-1, Stanford Linear Accelerator Center
Linear Coherent Light Source-2, Stanford Linear Accelerator Center