Abstract
Work is now under way at the Brookhaven National Laboratory to develop a third-generation source of synchrotron radiation (SR). An important feature of such SR sources is that storage rings have been developed in a complex with continuously operating main ring energy injectors (linear accelerators of booster synchrotrons) in order to increase the efficiency of operating in the continuous mode with radiation of maximum brightness [11]. The NSLS-II storage ring consists of a linear electron accelerator for energy of 200 MeV, a booster synchrotron with an injection energy of 3 GeV, and a main storage ring. In this work, we describe the status and review the vacuum system of the NSLS-II booster.
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