KONUS BEAM DYNAMICS DESIGNS USING H-MODE CAVITIES
KONUS BEAM DYNAMICS DESIGNS USING H-MODE CAVITIES
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发表时间：
2008
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通讯作者：
R. Tiede;U. Ratzinger;H. Podlech;Chuan Zhang;G. Clemente
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作者：
R. Tiede;U. Ratzinger;H. Podlech;Chuan Zhang;G. Clemente
详细介绍了“组合零度结构”（“Kombinierte格拉德Struktur -KONUS”）梁动力学概念。KONUS周期由四极三重透镜或螺线管透镜、负同步相位的再聚束段和多单元零度同步粒子主加速段组成。这个概念是特别有效的加速器设计时，使用的H模式谐振器与'超薄'漂移管，携带没有聚焦元件。KONUS晶格参数的定义和典型范围在一般水平上进行了讨论，以及基于已实现或计划的高电流加速器的示例，如GSI高电流注入器（HSI），FAIR设施的70 mA，3-70 MeV质子注入器和IAP建议的125 mA D +，5-40 MeV超导CH-DTL部分用于国际聚变材料辐照设施（IFMIF）。
The 'Combined Zero-Degree Structure' ('Kombinierte Null Grad Struktur - KONUS') beam dynamics concept is described in detail. A KONUS period consists of a quadrupole triplet or a solenoid lens, a rebuncher section at negative synchronous phase and a multi cell zero degree synchronous particle main acceleration section. This concept is especially effective when applied for accelerator designs using H-mode resonators with ‘slim’ drift tubes which carry no focusing elements. The definition and typical ranges of KONUS lattice parameters are discussed on a general level, as well as on the basis of examples for realized or planned high current accelerators, like the GSI High Current Injector (HSI), the 70 mA, 3-70 MeV Proton Injector for the FAIR Facility and the IAP proposal of a 125 mA D + , 5-40 MeV superconducting CH-DTL section for the International Fusion Materials Irradiation Facility (IFMIF).