Speaker
Description
The Siam Photon Source II (SPS-II) booster synchrotron plays a crucial role in delivering high-quality electron beams, enabling efficient injection, and ensuring stable and reliable operation of the fourth-generation storage ring. To improve booster performance and operational robustness, the linear accelerator (Linac) injection energy has been upgraded to 270 MeV. This work presents comprehensive beam dynamics studies of the SPS-II booster during energy ramping from 270 MeV to 3 GeV. Particle-tracking simulations were performed under realistic operating conditions, including synchrotron radiation effects, multi-pole field errors, residual closed-orbit distortions, and aperture constraints. The simulation results demonstrate stable beam acceleration and high transmission efficiency throughout the energy ramping cycle.
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