Summary
SINBAD, the first beamline in Italy designed to work in the far- and mid-infrared region, is being installed on DAΦNE storage ring, the new Φ-factory atLaboratoriNazionali di Frascati. DAΦNE, first injected in September 1997, will work at 0.51 GeV with a beam current in the range 2–5 A. The infrared synchrotron radiation extracted from a bending magnet is expected to be more brilliant than a black body at 2000 K up to three orders of magnitude in the wavelength range 10–1000 µm. The optical layout of SINBAD, fully designed by ray tracing simulation, includes six mirrors placed in a 18 m long beamline. The infrared radiation is first focused on a wedged diamond window and then re-focused on the entrance of aMichelson interferometer. Diffraction effects and mirror roughness, as well as optical aberrations, have been evaluated.
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Paper written for the 3rd Workshop on “Development of Infrared Synchrotron Radiation and Applications to Materials Science”, Orsay, 27–28March 1997.
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Marcelli, A., Burattini, E., Nucara, A. et al. The beamline SINBAD at DAΦNE. Nouv Cim D 20, 463–481 (1998). https://doi.org/10.1007/BF03185542
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DOI: https://doi.org/10.1007/BF03185542