Keywords: 
• 同步辐射装置 /
• 储存环 /
• 冲击磁铁 /
• 陶瓷真空盒

Abstract: Fast pulsed kicker magnets will be used to inject the full energy 3.5GeV beam into the storage ring in Shanghai Synchrotron Radiation Facility (SSRF). The kicker magnets in the storage ring are window frame type with a Ni-Zn ferrite core in air. The injection scheme is introduced in this thesis. The technical design of kicker hardware including magnets and pulse generators is presented and discussed. The basic requirement of a Ni-Zn ferrite core is given. The result of computer simulation for the pulse generators with PSpice program is shown. The OPERA-2D software is employed to compute the field flatness in the horizontal and median plane of the magnetic gap. As one of the critical parts of the design in the kicker magnets of storage ring, the formulae of synchrotron radiation inside a ceramic vacuum chamber are deduced, the choice for thickness of coating inside the ceramic vacuum chamber and the mechanical layout to avoid direct contact of coating with synchrotron radiation are also studied in detail.