Speaker
Federico Capoani
(European Organization for Nuclear Research)
Description
In this paper, the nonlinear coupling resonance $2 Q_x -2 Q_y = 0$ is studied by means of a Hamiltonian model. The detailed analysis of its phase-space topology unveils the possible phenomena that can occur when crossing adiabatically such a resonance. These considerations are probed by means of numerical simulations carried out using a symplectic map and the results are presented and discussed in detail.
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Primary authors
Federico Capoani
(European Organization for Nuclear Research)
Armando Bazzani
(Bologna University)
Massimo Giovannozzi
(European Organization for Nuclear Research)
