Beam-beam disruption and the case for a plasma lens in e{sup {minus}}e{sup {minus}} collisions | Zendy

P. Chen | Zendy; Anatoly Spitkovsky | Zendy; A. W. Weidemann | Zendy

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Beam-beam disruption and the case for a plasma lens in e{sup {minus}}e{sup {minus}} collisions

Author(s) -

P. Chen,

Anatoly Spitkovsky,

A. W. Weidemann

Publication year - 1996

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/219367

Subject(s) - physics , luminosity , beam (structure) , plasma , collider , nuclear physics , atomic physics , charged particle , ion , optics , astrophysics , quantum mechanics , galaxy

In an e{sup {minus}}e{sup {minus}} collider, the mutual disruption of the beams will significantly decrease the luminosity, different from the case of e{sup +}e{sup {minus}} colliders, where the mutual attraction of the oppositely-charged beams leads to a self-focusing effect. In this paper the authors estimate the beam disruption at SLC and NLC energies using ABEL simulations. They then give estimates of how a plasma lens might improve the luminosity in e{sup {minus}}e{sup {minus}} collisions

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