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Advances in X-ray Optics Simulation Using BMAD Beam Dynamics Code

This project aims to extend the BMAD (Beam Dynamics in Accelerator Design) code for enhanced simulation of X-ray beam lines. BMAD has been developed at Cornell University since the mid-1990s and serves as a toolkit for modeling relativistic charged particle dynamics in a variety of applications, including storage ring optics. With its foundation in object-oriented Fortran90, BMAD enables comprehensive lattice design, beam analysis, and synchrotron radiation studies. Notable applications include orbit corrections and beam breakup analysis, vital for precision in particle accelerators.

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Advances in X-ray Optics Simulation Using BMAD Beam Dynamics Code

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  1. X-ray optics in the BMAD beam dynamics computer code Joel Brock, Georg Hoffstaetter, Dave Sagan, and Karthik Narayan

  2. Phase space representation of optical elements Example: “drift tube” Example: “focusing element”

  3. Storage Ring Optics

  4. Bmad • Bmad is a software library for relativistic charged particle simulations. • Bmad has been in development at Cornell since the mid 1990s. • Bmad is written in object oriented Fortran90. • Bmad is not a program but a toolkit to be used by programs. • Bmad is used extensively at Wilson Lab. • Examples: • For CESR: • Lattice design (bmadz) • Simulation (cesrv) • Orbit and optics corrections (cesrv) • For Cornell ERL: • Design and analysis (Tao / Chris Mayes, Stu Peck) • Beam breakup analysis (bbu_program / Jim Crittenden) • Coherent synchrotron radiation (CSR) analysis (Tao / Chris Mayes) • Intrabeam scattering (Michael Ehrlichman) For Chess: • Synchrotron radiation heat load calculations (cesrv)

  5. Goal of Project: Extend BMAD to be able to simulate x-ray beam lines.

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