This course is graduate level accelerator physics, co-taught by Prof. Steve Lund and Prof Yue Hao.
The lecture notes by Yue Hao:
Lecture Notes
- Magnets
- Linear Transverse Motion and also see Fringe Effect
- Perturbed Linear Transverse Motion
- Off Momentum Orbit
- Longitudinal Dynamics
- Synchrotron Radiation
- Electron Storage Ring
- Undulator Radiation
Applications
Special Topics
Examples
- FODO cells
- DBA
Elegant input:
FODO cell | Match Dispersion for FODO | |
---|---|---|
Lattice file | FODO lattice | matched_lattice |
Command file | Find_matched optics | find twiss for matched_lattice |
Homeworks
References:
- “Accelerator Physics”, By S.Y. Lee, World Scientific
- “Lecture notes on Classical Mechanics and Electromagnetism in Accelerator Physics”, by Gennady Stupakov
- “Basic Theory of Manget”, by Animesh Jain
- “A First- and Second-Order Matrix Theory for the Design of Beam Transport Systems and Charged Particle Spectrometers”, SLAC-75, by Karl Brown
The whole package of the lectures and the Jupyter notebook can be retrieved by:
git clone https://github.com/YueHao/AP_course_materials.git