One-turn matrix in the presence of the RF field?
Posted: 01 Oct 2023, 01:05
I have to replace the actual lattice by a one-turn matrix to deal with multiple turns (more than a thousand). The lattice has a RF cavity. In this case, when I read off a one-turn matrix from .mpr file, use EMATRIX to define a new lattice, and benchmark beamdynamics against the actual lattice, they were different.
Is this because the one-turn matrix is not a correct replacement of the actual lattice when there is RF field? (The longitudinal sector of the one-turn matrix looked a little funny), or there must my mistakes in dealing with the script?
Thanks,
Is this because the one-turn matrix is not a correct replacement of the actual lattice when there is RF field? (The longitudinal sector of the one-turn matrix looked a little funny), or there must my mistakes in dealing with the script?
Thanks,