A Possible experiment at LEUTL to characterize surface roughness wake field effects
- S.G. Biedron(,)
- Argonne and
- ENEA, Frascati and
- LBL, Berkeley and
- SAIC, McLean and
- SLAC and
- Lund U.
- G. Dattoli(,)
- Argonne and
- ENEA, Frascati and
- LBL, Berkeley and
- SAIC, McLean and
- SLAC and
- Lund U.
- W.M. Fawley(,)
- Argonne and
- ENEA, Frascati and
- LBL, Berkeley and
- SAIC, McLean and
- SLAC and
- Lund U.
- H.P. Freund(,)
- Argonne and
- ENEA, Frascati and
- LBL, Berkeley and
- SAIC, McLean and
- SLAC and
- Lund U.
- Z. Huang()
- Argonne and
- ENEA, Frascati and
- LBL, Berkeley and
- SAIC, McLean and
- SLAC and
- Lund U.
6 pages
Published in:
- AIP Conf.Proc. 581 (2001) 1, 118
Contribution to:
- Published: Sep 28, 2001
DOI:
Report number:
- SLAC-REPRINT-2000-143
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0 Citations
Abstract: (AIP)
Wakefield effects due to internal vacuum chamber roughness may increase the electron beam energy spread and so have become an immediate concern for future x-ray free-electron laser (FEL) project developments such as the SLAC Linac Coherent Light Source (LCLS) and the DESY TESLA x-ray FEL. We describe a possible experiment to characterize the effects of surface roughness on an FEL driven by self-amplified spontaneous emission (SASE) operation. Although the specific system described is not completely identical to the above-proposed projects, much useful scaling information could be obtained and applied to shorter wavelength systems.- talk: Arcidosso 2000/09/10
- free electron laser
- vacuum system: surface
- wake field
- beam: width
- energy: width
- Argonne Lab
- SLAC Lab
- DESY TESLA Linac
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