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SLAC Publication: SLAC-PUB-14139
SLAC Release Date: August 25, 2010
Super-B Lattice Studies
Nosochkov, Yuri.
The SuperB asymmetric e e- collider is designed for 10^36 cm^-2s^-1 luminosity and beam energies of 6.7 and 4.18 GeV for e and e- respectively. The High and Low Energy Rings (HER and LER) have one Interaction Point (IP) with 66 mrad crossing angle. The 1258 m rings fit to the INFN-LNF site at Frascati. The ring emittance is minimized for the high luminosity. The Final Focus (FF) chromaticity correction is optimized for maximum transverse acceptance and energy bandwidth. Included Crab Waist sex... Show Full Abstract
The SuperB asymmetric e e- collider is designed for 10^36 cm^-2s^-1 luminosity and beam energies of 6.7 and 4.18 GeV for e and e- respectively. The High and Low Energy Rings (HER and LER) have one Interaction Point (IP) with 66 mrad crossing angle. The 1258 m rings fit to the INFN-LNF site at Frascati. The ring emittance is minimized for the high luminosity. The Final Focus (FF) chromaticity correction is optimized for maximum transverse acceptance and energy bandwidth. Included Crab Waist sextupoles suppress betatron resonances induced in the collisions with a large Piwinski angle. The LER Spin Rotator sections provide longitudinally polarized electron beam at the IP. The lattice is flexible for tuning the machine parameters and compatible with reusing the PEP-II magnets, RF cavities an d other components. Details of the lattice design are presented. Show Partial Abstract
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  • Interest Categories: Accelerator Physics