2002Proceedings of the 1997 Particle Accelerator Conference (Cat. No.97CH36167)Requires access

Dispersion in the interaction point

S. Petracca, Kenji Hirata

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Abstract

In the presence of a dispersion at the interaction point, the betatron and the synchrotron oscillations affect each other. Just as linear effects, the beam-beam kick modifies the synchrotron tune, the bunch length, the energy spread etc., as well as the betatron tune and the Twiss parameters. Dispersion is no longer enough to describe the coupled dynamics and we need two more parameters.

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What this paper is about

In the presence of a dispersion at the interaction point, the betatron and the synchrotron oscillations affect each other. Just as linear effects, the beam-beam kick modifies the synchrotron tune, the bunch length, the energy spread etc., as well as the betatron tune and the Twiss parameters. Dispersion is no longer enough to describe the coupled dynamics and we need two more parameters.

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Available abstract

In the presence of a dispersion at the interaction point, the betatron and the synchrotron oscillations affect each other. Just as linear effects, the beam-beam kick modifies the synchrotron tune, the bunch length, the energy spread etc., as well as the betatron tune and the Twiss parameters. Dispersion is no longer enough to describe the coupled dynamics and we need two more parameters.

Key concepts: Betatron, Synchrotron, Physics, Dispersion (optics), Interaction point, Beam (structure), Beam energy, Optics

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