Speakers
Dobrin Kaltchev
(TRIUMF)
Philippe Belanger
(University of British Columbia & TRIUMF)
Guido Sterbini
(European Organization for Nuclear Research)
Description
Formulae to compute the footprint (amplitude-dependent detunings) and Resonance driving terms RDT, generated by long-range beam-beam collisions and wire correctors have been implemented in a Python code. The paper briefly outlines the method and code and provides several examples of its usage. The maximum extent of the footprint (in geometric sense) can be efficiently computed.
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Primary author
Dobrin Kaltchev
(TRIUMF)
Co-authors
Philippe Belanger
(University of British Columbia & TRIUMF)
Guido Sterbini
(European Organization for Nuclear Research)
