Day 2 Production, Transport and Storage of Muons
– AM –
2.1 Muon Beam Production (Diktys) (30’)
- Fermilab accelerator complex
- Beam delivery to Muon Campus
- Bunch formation for targeting – Recycler operations
- Target material, products and selection
- Beam distribution after the target
2.2 Beam transport and delivery (Diktys) (30’)
- Muon and pion capture
- Lattice and optics design
- Expected performance
- Polarization
2.3 Delivery Ring (Diktys) (30’)
- Injection/extraction
- Beam optics and performance
- Proton removal in the DR
- Triggers of errors in the DR
2.4 Final Transport to Storage Ring (Diktys) (30’)
- Beam delivery lines (M4/M5 lines)
- Design optics
- Final Focus into the Storage Ring
- Injection into the Storage Ring
2.5 Beam Control, Monitoring and Measuring Techniques (Diktys) (30’)
- Instrumentation and diagnostics
- Beam measuring techniques
- Phase space mapping techniques
– PM –
2.6 Muon Injection (Dave) (75’)
- Final Focus into the ring
- The Inflector
- Dispersion mismatch
- Beta mismatch
- Injection kickers and CBO
- Scraping strategies
2.7 Muon Storage (Mike) (75’)
- The Storage Ring
- Reaching equilibrium
- debunching
- final momentum distribution
- Equilibrium phase space
- Distortions due to Reality
- closed orbit distortions
- tunes vs. quad plate alignment
- introduction to nonlinear effects
- choice of betatron tunes and resonances
- muon loss processes (non-decay)