IAP再聚束腔的研制
Development of rebunching cavities at IAP
摘要：
自20世纪70年代以来，IAP的工作重点一直是螺旋加载腔的开发和优化[A]。Schempp等人，NIM 135，409（1976）]。这些腔体具有高效率、紧凑设计和各种可能的应用领域。他们发现使用作为聚束器和后加速器来改变光束的最终能量。与其他可用的设计相比，这些结构的优点在于它们的小尺寸。此外，通过改变螺旋的长度，它们可以容易地调谐到所需的谐振频率。由于腔体的小尺寸，所需的预算也可以保持较低。在这里，两个略有不同类型的螺旋加载腔，这是建立在欧洲核子研究中心的REX-ISOLDE项目和GSI的强度升级计划正在讨论。
英文摘要：
A focus of work at IAP has been the development and optimization of spiral loaded cavities since the 1970s [A. Schempp et al, NIM 135, 409 (1976)]. These cavities feature a high efficiency, a compact design and a big variety of possible fields of application. They find use both as bunchers and post accelerators to vary the final energy of the beam. In comparison to other available designs, the advantage of these structures lies in their small size. Furthermore they can easily be tuned to the required resonance frequency by varying the length of the spiral. Due to the small size of the cavities the required budget can also be kept low. Here, two slightly different types of spiral loaded cavities, which were built for the REX-ISOLDE project at CERN and the intensity upgrade program at GSI are being discussed.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
