| title: |
Preliminary conceptual design for a 510 MeV electron/positron injector for a UCLA phi factory
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| format: |
conference procceeding
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conference:
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1991 Particle Accelerator Conference
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year:
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1991
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4 authors:
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Dahlbacka, G.
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Hartline, R.
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Barletta, W.
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C. Pellegrini
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abstract:
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UCLA (University of California at Los Angeles) is proposing a compact superconducting high-luminosity (10(32-33)/ cm(-2)/ s(-1)) e+ e- collider for a phi factory. To achieve the required e+ e- currents, full energy injection from a linac with intermediate storage in a positron accumulator ring (PAR) is used. The elements of the linac are outlined with cost and future flexibility in mind. The preliminary conceptual design starts with a high current gun similar in design to those developed at SLAC and at ANL (for the APS). Four 4-section linac modules follow, each driven by a 60-MW klystron with a 1- mu s macropulse and an average current of 8.6 A. The first 4-section module is used to create positrons in a tungsten target at 186 MeV. The remaining three modules are used to accelerate the e+ e- beam to 558 MeV (no load limit) for injection into the PAR. (0 References).
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keywords:
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