Abstract

The focus of the Shanghai Synchrotron Radiation Facility (SSRF), funded jointly by the Central Government of China, Chinese Academy of Sciences and Municipality Government of Shanghai, is to build a third generation light source of high performance and cost effectiveness, and to provide powerful X-rays for users in China and other parts of the world in various fields of research. The SSRF complex consists of a 150 MeV linac, a 3.5 GeV booster of 180 m in circumference, a 3.5 GeV storage ring of 432 m in circumference (see Table 1), and seven beamlines at phase I stage (see Table 2). The SSRF storage ring is designed to run at a current up to 300 mA and an emittance of 3.9 nm·rad. With advanced insertion devices, it can provide high intensity X-rays of 1020 photons/ (s·mm2·mrad2·0.1%·BW) in maximum brilliance.

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