University of Colorado at Boulder
Uli Wienands, SLAC
This course is an introduction to the physics and design of high-energy particle accelerators and colliders. Topics include: (1) Single particle transverse beam dynamics, periodic focusing systems, betatron oscillations, magnet lattice building blocks, phase space and beam emittance, dispersion and chromaticity, insertion matching, and examples of magnet lattices; (2) Acceleration and longitudinal beam dynamics, synchrotron oscillations, longitudinal phase space, transition, adiabatic damping, synchro-betatron coupling; (3) Beam stability, perturbations and field errors, linear and nonlinear machine resonances; (4) Collective effects, space-charge, beam instabilities, beam-beam interaction; (5) Synchrotron radiation, damping, beam diagnostics, position monitors, beam current monitors, specialized diagnostics; and (6) Beam injection and extraction. Prerequisites: Electromagnetism and Classical Mechanics.