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Study for a 6 GeV undulator based synchrotron radiation source

Gaetano Vignola, Mark Q. Barton, Robin L. Blumberg, John N Galayda, S. Krinsky, Alfredo U. Luccio, C. Pellegrini, A. Vansteenbergen, J. Wang

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Abstract

A partial study for a 6 GeV undulator based synchrotron radiation source for production of high brightness undulator radiation, in the A region, is presented. The basic lattice adopted for the storage ring is a hybrid FODO Chasman-Green lattice, making use of gradient in the dipoles. We discuss also the e beam current limits and the injection parameters.

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A partial study for a 6 GeV undulator based synchrotron radiation source for production of high brightness undulator radiation, in the A region, is presented. The basic lattice adopted for the storage ring is a hybrid FODO Chasman-Green lattice, making use of gradient in the dipoles. We discuss also the e beam current limits and the injection parameters.

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Available abstract

A partial study for a 6 GeV undulator based synchrotron radiation source for production of high brightness undulator radiation, in the A region, is presented. The basic lattice adopted for the storage ring is a hybrid FODO Chasman-Green lattice, making use of gradient in the dipoles. We discuss also the e beam current limits and the injection parameters.

Key concepts: Undulator, Synchrotron radiation, Physics, Synchrotron, Particle accelerator, Optics, Radiation, Nuclear physics

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