Feedbacks on tune, coupling and chromaticity are becoming an integral part of safe and reliable accelerator operation. Tight tolerances on beam parameters typically constrain the allowed oscillation amplitudes to the micrometre range, leaving only a small margin for the transverse beam and momentum excitations required for tune and chromaticity measurements. This contribution presents an overview of these beam-based feedback systems, their architecture and design choices involved. It discusses performance limitations due to cross constraints, non-linearities, the coupling between multiple nested loops, and the interdependence of beam parameters
Coupled-bunch instabilities excited by the interaction of the particle beam with its surroundings ca...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
Accelerator physics is one of the most diverse multidisciplinary fields of physics, wherein the dyna...
Tune and chromaticity measurement is an integral part of safe and reliable LHC operation. Tight tole...
This article gives an overview of the theory and application of real-time control of accelerator bea...
Modern particle accelerators have tight tolerances on the acceptable deviation from their desired ma...
The LHC will have very tight tolerances on nearly all beam parameters. Their precise measurement is ...
Dynamic imperfections in future linear colliders can lead to a significant luminosity loss. We discu...
Tune and chromaticity control is an integral part of safe and reliable LHC operation. Tight toleranc...
This study reports on an alternative method to generate transverse Landau damping to suppress cohere...
In this article we present the measurement and correction of the chromatic coupling in the LHC. The ...
A simulation model has been developed to predict the damping efficiency of the LHC transverse feedba...
Tune feedback was first implemented in RHIC in 2002, as a specialist activity. The transition to ful...
Minimisation of the emittance in a linear collider is not enough to achieve optimal performance. For...
© 2011 Dr. David PeakeThe Australian Synchrotron is a newly commissioned third-generation light sour...
Coupled-bunch instabilities excited by the interaction of the particle beam with its surroundings ca...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
Accelerator physics is one of the most diverse multidisciplinary fields of physics, wherein the dyna...
Tune and chromaticity measurement is an integral part of safe and reliable LHC operation. Tight tole...
This article gives an overview of the theory and application of real-time control of accelerator bea...
Modern particle accelerators have tight tolerances on the acceptable deviation from their desired ma...
The LHC will have very tight tolerances on nearly all beam parameters. Their precise measurement is ...
Dynamic imperfections in future linear colliders can lead to a significant luminosity loss. We discu...
Tune and chromaticity control is an integral part of safe and reliable LHC operation. Tight toleranc...
This study reports on an alternative method to generate transverse Landau damping to suppress cohere...
In this article we present the measurement and correction of the chromatic coupling in the LHC. The ...
A simulation model has been developed to predict the damping efficiency of the LHC transverse feedba...
Tune feedback was first implemented in RHIC in 2002, as a specialist activity. The transition to ful...
Minimisation of the emittance in a linear collider is not enough to achieve optimal performance. For...
© 2011 Dr. David PeakeThe Australian Synchrotron is a newly commissioned third-generation light sour...
Coupled-bunch instabilities excited by the interaction of the particle beam with its surroundings ca...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
Accelerator physics is one of the most diverse multidisciplinary fields of physics, wherein the dyna...