Abstract

Symplectic one-turn maps for long-term tracking of the Superconducting Super Collider (SSC) and its High Energy Booster (HEB) have been successfully used in dynamic aperture studies. We found that one-turn maps of about 5th order are sufficient for the SSC injection lattice, while for the HEB, slightly-higher-order (about 8th) one-turn maps are required. These results led to a tentative conclusion that the SSC is dominated by low-order resonances, that is, high-order (>9) resonances do not play essential roles for the stability of the SSC. >

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