改进第一单元的射频枪腔内光束动力学

V. Volkov, M. Karliner, V. Petrov, I. Sedlyarov, A. Tribendis, D. Janssen, P. vom Stein
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引用次数: 0

摘要

本文介绍了ELBE项目超导直线加速器中束荷高达几十pC的束流动力学模拟结果。加速器由一个3+1/2单元特斯拉射频枪和两个9单元特斯拉腔组成。结果表明,将以阴极为中心的半电池的后壁改为圆锥形后壁,可使其横向束束尺寸减小20倍,并使其在加速器出口的发射度降低20倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Beam dynamics in RF-gun cavity with a modified first cell
The results of beam dynamics simulation with bunch charges up to a few tens pC in the superconducting linear accelerator for the ELBE project are presented. The accelerator consists of a 3+1/2 TESLA cells RF-gun and two 9-cell TESLA cavities. It is shown that the change of a flat back wall of the half-cell with cathode in its center by a conical back wall results in reduction of transversal bunch sizes and also of its emittance at the accelerator exit by a factor of 20.
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