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Compact Photon Source (CPS) Design Overview at Indiana University and IUCF

This document outlines the design of the Compact Photon Source (CPS) by Chong Shik Park at Indiana University and IUCF. The CPS features a total circumference of 17.6 meters and operates with an electron beam energy of 25 MeV. Key components include four bending dipoles and two gradient wiggler dipoles, which allow for tunable momentum compaction factors through adjustments of gradient and magnetic fields. The layout supports dynamic changes in beam parameters to optimize performance, making it a versatile tool for research applications.

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Compact Photon Source (CPS) Design Overview at Indiana University and IUCF

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  1. Compact Photon Source (CPS) Design Chong Shik Park Indiana University and IUCF

  2. Layout of CPS • Total circumference: 17.6 m • Electron beam energy: 25 MeV • 4 Bending Dipoles • 2 Wigglers with gradient • Momentum Compaction Factor can be tunable by changing the gradient and magnetic field of wiggler dipoles

  3. Length of the Bending Dipoles I

  4. Length of the Bending Dipoles II

  5. Edge Angle of the Bending Dipole I

  6. Edge Angle of the Bending Dipole II

  7. Gradient of the Wiggler Dipole • Use the wiggler dipoles with gradient to tune the damping parameters • Change the B1/B0 of Bz

  8. Changing Gradient

  9. Magnetic Field Changing

  10. Beam Parameters

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