DESIGN STUDY FOR A PROTOTYPE ALVAREZ-CAVITY FOR THE UPGRADED UNILAC
DESIGN STUDY FOR A PROTOTYPE ALVAREZ-CAVITY FOR THE UPGRADED UNILAC
复制标题
DOI：
--
复制
发表时间：
2017
期刊：
影响因子：
--
通讯作者：
M. Heilmann;X. Du;P. Gerhard;L. Groening;M. Kaiser;S. Mickat;A. Rubin;A. Seibel
中科院分区：
文献类型：
--
作者：
M. Heilmann;X. Du;P. Gerhard;L. Groening;M. Kaiser;S. Mickat;A. Rubin;A. Seibel
设计研究描述了UNILAC新的后汽提塔的原型阿尔瓦雷斯罐。将制造具有11个漂移管（包括四极单重）的总长度为1.9米、直径为2米的原型。该腔具有新的漂移管形状轮廓，以在1 EK的最大表面电场下提供高分流阻抗。此外，它允许实现和高功率测试优化的阀杆配置，以实现现场稳定。如果成功调谐并在高功率水平下长期运行，则应将其用作新型UNILAC后剥离器DTL的第一个串联腔。
The design study describes the prototype Alvarez-tank of the new post-stripper of the UNILAC. A prototype with 11 drift tubes (including quadrupole singlets) of 1.9m of total length and 2m of diameter will be manufactured. This cavity features new drift tube shape profiles to provide for high shunt impedance at a maximum electric surface field of 1 EK. Additionally, it allows realization and high power testing of an optimized stem configuration for field stabilization. In case of successful tuning and long-term operation at high power level, it shall be used as a first of series cavity of the new UNILAC post-stripper DTL.