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Hardedge Field Model for Tetra Ring

Hardedge Field Model for Tetra Ring. These slides re-examine the Hard-edge model for the Balbekov Ring in GEANT. I have re-examined two cases: The storage ring mode with NO RF and NO material absorbers.

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Hardedge Field Model for Tetra Ring

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  1. Hardedge Field Model for Tetra Ring • These slides re-examine the Hard-edge model for the Balbekov Ring in GEANT. • I have re-examined two cases: • The storage ring mode with NO RF and NO material absorbers. • The case with RF and LH2 absorber. Still no wedge absorber and NO RANDOM Processes. dE/dx is taken from a table and is the mean value. (PHYS=0 with LOSS=4 in GEANT) • The next transparency shows deviations in case 1. • y~75 m and r~400 m after 20 turns. • This is shown to indicate that we really do know the reference orbit. Emittance Exchange Meeting

  2. Case 1: Storage Ring Mode No RF, No Material Emittance Exchange Meeting

  3. Case 2: RF and Material but no Random Processes Emittance Exchange Meeting

  4. Case 2: Correlation of Energy with E field Emittance Exchange Meeting

  5. Following One Turn of the Reference Particle Emittance Exchange Meeting

  6. Variations in Timing Emittance Exchange Meeting

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