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The polarized proton beam is injected into the BNL AGS booster via the charge-exchange (Hto H+) scheme. The emittance growth due to scattering at the stripping foil is proportional to the beta functions at the foil. It was demonstrated that the current scheme of reducing the beta functions at the stripping foil preserves the emittance better; however, the betatron tunes are above but very close to half integer. Due to concern of space charge and half integer resonance in general, options of lattice designs aimed towards reducing the beta functions at the stripping foil with tunes at more favorable places are explored.

Rematching AGS Booster synchrotron injection lattice for smaller transverse beam emittances