[PDF][PDF] Effect of linear coupling on nonlinear observables at the LHC
EH Maclean, F Carlier, M Giovannozzi… - Proc. IPAC' …, 2017 - accelconf.web.cern.ch
Proc. IPAC'17, 2017•accelconf.web.cern.ch
Simulation work during LHC Run 1 established that linear coupling had a large impact on
nonlinear observables such as amplitude detuning and dynamic aperture. It is generally
taken as the largest single source of uncertainty in the modelling of the LHC's nonlinear
single particle dynamics. Measurements in 2016 sought to confirm this impact of linear
coupling with beam. This paper summarizes the observed influence of linear coupling on
various nonlinear observables in the LHC.
nonlinear observables such as amplitude detuning and dynamic aperture. It is generally
taken as the largest single source of uncertainty in the modelling of the LHC's nonlinear
single particle dynamics. Measurements in 2016 sought to confirm this impact of linear
coupling with beam. This paper summarizes the observed influence of linear coupling on
various nonlinear observables in the LHC.
Abstract
Simulation work during LHC Run 1 established that linear coupling had a large impact on nonlinear observables such as amplitude detuning and dynamic aperture. It is generally taken as the largest single source of uncertainty in the modelling of the LHC’s nonlinear single particle dynamics. Measurements in 2016 sought to confirm this impact of linear coupling with beam. This paper summarizes the observed influence of linear coupling on various nonlinear observables in the LHC.
accelconf.web.cern.ch
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