Stephen Milton, N. Arnold, Christa Benson, S. Berg, William Berg, Sandra Biedron, Y. Chae, E. Crosbie, G. Decker, B. Deriy, Roger Dejus, Pat Hartog, R. Dortwegt, M. Erdmann, Zhirong Huang, H. Friedsam, Henry Freund, J. Galayda, Efim Gluskin, G. Goeppner, A. Grelick, J. Jones, Y. Kang, Kwang Kim, S. Kim, Kim Kinoshita, B. Lill, John Lewellen, Alex Lumpkin, G. Markovich, Oleg Makarov, E. Moog, A. Nassiri, V. Ogurtsov, S. Pasky, J. Power, Brian Tieman, Emil Trakhtenberg, Gil Travish, I. Vasserman, Nikolai Vinokurov, D. Walters, Jin Wang, Xi Wang, Bingxin Yang, Shenglan Xu
KEYWORDS: Free electron lasers, Diagnostics, Light sources, Electron beams, Ultraviolet radiation, Vacuum ultraviolet, X-rays, Medium wave, S band, Copper
Construction of a single-pass free-electron laser (FEL) based on the self-amplified spontaneous emission (SASE) mode of operation is nearing completion at the Advanced Photon Source (APS) with initial experiments imminent. The APS SASE FEL is a proof-of-principle fourth-generation light source. As of January 1999 the undulator hall, end-station building, necessary transfer lines, electron and optical diagnostics, injectors, and initial undulators have been constructed and, with the exception of the undulators, installed. All preliminary code development and simulations have also been completed. The undulator hall is now ready to accept first beam for characterization of the output radiation. It is the project goal to push towards full FEL saturation, initially in the visible, but ultimately to UV and VUV, wavelengths.
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