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Report of group I: e/sup +/e/sup -/ colliders

U. Amaldi, V.E. Balakin, A. Hutton, C. Pellegrini, B. Richter, G. Saxon, Klaus Steffen, R. Stiening, M. Tigner

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Abstract

The important parameters which relate the beam dynamics and performance in a system of colliding linacs were identified. These are: the disruption parameter D which describes the strength of the beam-beam interaction, and hence replaces the beam-beam tune shift ..delta..Q familiar in storage rings; and the relative energy loss due to synchrotron radiation emitted by the particles of one beam in the collective electromagnetic field of the other beam. (GHT)

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What this paper is about

The important parameters which relate the beam dynamics and performance in a system of colliding linacs were identified. These are: the disruption parameter D which describes the strength of the beam-beam interaction, and hence replaces the beam-beam tune shift ..delta..Q familiar in storage rings; and the relative energy loss due to synchrotron radiation emitted by the particles of one beam in the collective electromagnetic field of the other beam. (GHT)

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Available abstract

The important parameters which relate the beam dynamics and performance in a system of colliding linacs were identified. These are: the disruption parameter D which describes the strength of the beam-beam interaction, and hence replaces the beam-beam tune shift ..delta..Q familiar in storage rings; and the relative energy loss due to synchrotron radiation emitted by the particles of one beam in the collective electromagnetic field of the other beam. (GHT)

Key concepts: Beam (structure), Physics, Synchrotron radiation, Synchrotron, Beam energy, Atomic physics, Nuclear physics, Field (mathematics)

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