Speaker
Description
Ionization cooling, a key technology for future muon colliders, relies on solenoid modules to provide strong beam focusing. Matched solenoids are essential, as small field variations can increase transverse emittances, which must be avoided when designing ionization-cooling lattices. As beta oscillations change with the momenta of the particles, matching conditions are altered when absorbers and RF cavities induce momentum changes within overlapping solenoid fringe fields. Accurate solenoid field modelling is required to optimize matching solenoids that minimize beta-function oscillation in high-field cooling stages. Coolpy provides analytical solenoid field models from elliptic-integral calculations and a solenoid-class database. This enables rapid optimization of lattice optics by minimizing deviations between simulated beam transport and target optics, to be applied to simulation codes. Whole-beam matching is performed using multiple reference particles with rms about the mean.
Funding Agency
Endorsed by the IMCC (International Muon Collider Collaboration)
| In which format do you inted to submit your paper? | LaTeX |
|---|