PHYS 790D Fall 2019
PHYS 790D, Fall 2019
Overview
Topics
Grading (tentative) and Timeline
1
Introductions
2
Beams and Transport
2.1
Particle beams and phase space analyses
2.2
Linear transverse (betatron) motion
2.3
Lattice design and optimization
3
Magnets and Cavities
3.1
Basic field calculations of accelerator magnets
3.2
Basic field calculations of accelerator cavities
3.3
Linear longitudinal motion
4
Passage of particles through material
4.1
Secondary Beam Production
4.2
Energy Loss and Scattering
5
Nonlinear Motion and Error Fields
5.1
Nonlinear synchrotron motion
5.2
Linear and nonlinear transverse errors
5.3
Emittance Preservation
6
Special Topics
6.1
Intensity Dependent effects
6.2
Synchrotron radiation
6.3
Others of Interest?
7
Final Project Topic: The Muon g-2 Storage Ring
Homework Problems
Final Class Project
Beam Physics for Muon g-2
Topics
Topic 1
:
Bunch Formation
Topic 2
:
Muon Beam Preparation
Topic 3
:
Storage Ring Lattice Considerations
Topic 4
:
Beam Line and Storage Ring Magnet Considerations
Topic 5
:
Storage Ring Electrostatic Quadrupoles
Topic 6
:
Storage Ring Injection
Topic 7
:
Storage Ring Beam Lifetime
Useful Project Information
Appendix
Some Tutorials
References
Published with bookdown
PHYS 790D Fall 2019
Some Tutorials
Visit the
Tutorials
web page for short vignettes on various topics.