Following intensive numerical simulations to compute the dynamic aperture for the LHC in the design phase, the successful beam commissioning and the ensuing beam operations opened the possibility of performing beam measurements of the dynamic aperture. In this paper the experimental set-up and the first observations based on the few experimental sessions performed will be presented and discussed in details
Simulations of accelerators allow the investigation of complex dynamics arising from non-linear comp...
The initial commissioning of the LHC injections and beam dumps allowed the basic functionality of th...
In 1996, the expected field errors in the dipoles and quadrupoles yielded a long-term dynamic apertu...
In view of improving the understanding of the behaviour of the dynamic aperture and to benchmark the...
Diagnostics of nonlinear beam dynamics has become more important for the LHC as it advances into inc...
Diagnostics of nonlinear beam dynamics has become more important for the LHC as it advances into inc...
The LHC dynamic aperture in collision is constrained mainly by the beam-beam encounters, and by the ...
Measurements of the dynamic aperture in colliders are a common method to ensure machine performance ...
The dynamic aperture (D.A.) of the LHC is estimated by tracking a thin-lens model of the lattice ove...
The mechanical aperture of the Large Hadron Collider (LHC) is a critical parameter for the operation...
The mechanical aperture of the Large Hadron Collider (LHC) is a critical parameter for the operation...
We performed extended simulations of LHC dynamic aperture (DA) in the presence of beam-beam effects ...
The commissioning of the beam transfer systems for LHC included detailed aperture measurements in th...
Various possible operational scenarios are foreseen for the High Luminosity Large Hadron Collider (H...
The dynamic aperture of an accelerator is determined by its non-linear components and errors. Contro...
Simulations of accelerators allow the investigation of complex dynamics arising from non-linear comp...
The initial commissioning of the LHC injections and beam dumps allowed the basic functionality of th...
In 1996, the expected field errors in the dipoles and quadrupoles yielded a long-term dynamic apertu...
In view of improving the understanding of the behaviour of the dynamic aperture and to benchmark the...
Diagnostics of nonlinear beam dynamics has become more important for the LHC as it advances into inc...
Diagnostics of nonlinear beam dynamics has become more important for the LHC as it advances into inc...
The LHC dynamic aperture in collision is constrained mainly by the beam-beam encounters, and by the ...
Measurements of the dynamic aperture in colliders are a common method to ensure machine performance ...
The dynamic aperture (D.A.) of the LHC is estimated by tracking a thin-lens model of the lattice ove...
The mechanical aperture of the Large Hadron Collider (LHC) is a critical parameter for the operation...
The mechanical aperture of the Large Hadron Collider (LHC) is a critical parameter for the operation...
We performed extended simulations of LHC dynamic aperture (DA) in the presence of beam-beam effects ...
The commissioning of the beam transfer systems for LHC included detailed aperture measurements in th...
Various possible operational scenarios are foreseen for the High Luminosity Large Hadron Collider (H...
The dynamic aperture of an accelerator is determined by its non-linear components and errors. Contro...
Simulations of accelerators allow the investigation of complex dynamics arising from non-linear comp...
The initial commissioning of the LHC injections and beam dumps allowed the basic functionality of th...
In 1996, the expected field errors in the dipoles and quadrupoles yielded a long-term dynamic apertu...
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