Physics of Particle Accelerators


  Spring 2011
Accelerator Physics

        G. A. Krafft and T. Satogata

        Fall Term,   Hampton University, Hampton, VA
  • Outline
  • Lecture 1 EM Forces and Historical Introduction:    Geoff Krafft
  • Lecture 2 Betatrons and Transverse Stability:         Geoff Krafft
  • Lecture 3 Linear Optics:                                          Geoff Krafft
  • Lecture 4 Phase Stability/Synchrotron Motion:       Geoff Krafft
  • Lecture 5 Magnetic Multipoles:                               Alex Bogacz
  • Lecture 6 Nonlinear Effects:                                    Hisham Sayed
  • Lecture 7 Coupled Motion 1:                                   Alex Bogacz
  • Lecture 8 Coupled Motion 2:                                   Alex Bogacz
  • Lecture 9 Synchrotron Radiation:                           Geoff Krafft
  • Lecture 10 Radiation Distributions:                         Geoff Krafft
  • Lecture 11 X-ray Sources/ FELs:                             Geoff Krafft
  • Lecture 12 Particle Acceleration:                           Geoff Krafft
  • Lecture 13 Spin/ Spin Manipulation:                      Hisham Sayed
  • Lecture 14 Statistical Effects:    Geoff Krafft
  • Lecture 15 Collective Effects:    Geoff Krafft
  • Lecture 16 Beam-Beam Forces:                             Geoff Krafft
  • Lecture 17 Radiation Damping:                              Alex Bogacz
  • Lecture 18 Touschek lifetime:                                Hisham Sayed
  • Lecture 19 Beam Cooling:                                      Geoff Krafft (Gerry Dugan)