Add to ORKGThe CERN PS transverse damper is a flexible wideband system to damp injection coherent oscillations, inter and intra-bunch transverse instabilities at different energies along the cycle, to perform controlled emittance blow-up and to serve as abort cleaning device. In this paper we summarise some beam-based observations of the CERN PS transverse feedback performance and compare them with the expected results
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
For the future hadron Collider (FCC-hh) being studied at CERN a strong transverse feedback system is...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...
Since 1999 the PS has been operated without active transverse damping thanks to an increase of the c...
In a particle accelerator, several contributions can degrade the beam quality and particularly the b...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
The CERN Proton Synchrotron (CPS) has been running without any transverse damping equipment since 19...
A new transverse feedback system is being used for the 4 rings of the CERN Proton Synchrotron Booste...
At the CERN Proton Synchrotron Booster, PSB, an analog transverse damper system has been in operatio...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
A bunch by bunch transverse feedback system, as a complement of the longitudinal feedback system req...
At high intensities and at certain working points, an instability develops in the CERN PS Booster an...
A revised project for the new PS transverse damper has been launched, aimed to improve the global ef...
Transverse Single-Bunch Instabilities due to the Electron Cloud effect are limiting the operation at...
A powerful transverse feedback system ("Damper") has been installed in LHC. It will stabilise the hi...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
For the future hadron Collider (FCC-hh) being studied at CERN a strong transverse feedback system is...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...
Since 1999 the PS has been operated without active transverse damping thanks to an increase of the c...
In a particle accelerator, several contributions can degrade the beam quality and particularly the b...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
The CERN Proton Synchrotron (CPS) has been running without any transverse damping equipment since 19...
A new transverse feedback system is being used for the 4 rings of the CERN Proton Synchrotron Booste...
At the CERN Proton Synchrotron Booster, PSB, an analog transverse damper system has been in operatio...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
A bunch by bunch transverse feedback system, as a complement of the longitudinal feedback system req...
At high intensities and at certain working points, an instability develops in the CERN PS Booster an...
A revised project for the new PS transverse damper has been launched, aimed to improve the global ef...
Transverse Single-Bunch Instabilities due to the Electron Cloud effect are limiting the operation at...
A powerful transverse feedback system ("Damper") has been installed in LHC. It will stabilise the hi...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
For the future hadron Collider (FCC-hh) being studied at CERN a strong transverse feedback system is...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...