Abstract
The authors present the single particle dynamics of the Synchrotron Radiation Research Center (SRRC) 1.3 GeV storage ring in the presence of nonlinear field errors, closed orbit errors, and insertion devices, and also examine the collective effect of the bunched beam. Using a proposed correction scheme the closed orbit distortion due to typical closed orbit errors can be corrected to 0.1 mm rms. With nonlinear field errors, residual closed orbit distortions, and insertion devices, the dynamic aperture is acceptable. The collective effects such as beam bunch lengthening, growth time of longitudinal and transverse instabilities, intrabeam scattering, and beam lifetime were calculated. The results show that good performance of the ring is achievable. >
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