Calculated Finite Emittance and Dee-Gap Crossing Effects on Heavy-Ion Trajectories of ion Injection into the Oak Ridge Isochronous Cyclotron from a 25 Mv Tandem Electrostatic Accelerator

The present calculational results are part of a continuing study to assist in optimizing the geometry and flexibility of the ORIC injection system. The calculated effects of finite emittance and dee-gap crossings during ion injection on beam size and quality at the stripper foil are presented.