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A new closed orbit correction procedure for the CERN SPS

机译:CERN SPS的新封闭轨道校正程序

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Using well-known correction techniques and algorithms, a procedure has been devised to correct the closed orbit of the CERN SPS (Super Proton Synchrotron). The option to steer beam lines has been included, allowing the establishment and optimization of the first turn in the machine. As a new feature, this correction procedure can take into account limited corrector strength. Apart from necessary enhancements to the algorithms, a data interface between the programs involved has been defined to achieve high flexibility and language independence and to increase efficiency. The correction procedure is described in detail, and the performance is discussed using results from simulations and its first application during the lepton commissioning period and pp collider run in 1988. Initial tests during the machine development periods for lepton commissioning were successful in correcting the first turn and the closed orbit of the particles.
机译:使用众所周知的校正技术和算法,已设计出一种程序来校正CERN SPS(超质子同步加速器)的闭合轨道。包括控制光束线的选项,可以在机器中建立和优化第一圈。作为一项新功能,此校正过程可以考虑有限的校正器强度。除了对算法进行必要的增强之外,还定义了所涉及程序之间的数据接口,以实现高度的灵活性和语言独立性并提高效率。详细描述了校正程序,并使用了仿真结果并在1988年的轻子调试阶段和pp撞机对撞机中首次应用了性能,讨论了性能。在机器开发阶段进行的轻子调试的初步测试成功地校正了第一转弯和粒子的封闭轨道。

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