Transverse feedback systems are essential to preserve the small transverse emittances throughout the injector chain and in LHC itself. The striving for higher brilliance beams will put increased demands on the transverse feedback systems in the future. Possible upgrades of the LHC damper will address the low noise performance that is essential for operation in coast, while for the injectors a new generation of sophisticated digital electronics will replace the analogue signal processing as it is still employed in the PS booster today. A particular challenge for the smaller accelerators is the large frequency swing not present in the LHC
A high bandwidth transverse feedback demonstrator system has been devised within the LARP framework ...
A revised project for the new PS transverse damper has been launched, aimed to improve the global ef...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
A powerful transverse feedback system ("Damper") has been installed in LHC. It will stabilise couple...
A powerful transverse feedback system ("Damper") has been installed in LHC. It will stabilise the hi...
Since 1999 the PS has been operated without active transverse damping thanks to an increase of the c...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
At the CERN Proton Synchrotron Booster, PSB, an analog transverse damper system has been in operatio...
For several years, a large variety of beams have been prepared in the LHC injectors, such as single-...
For the future hadron Collider (FCC-hh) being studied at CERN a strong transverse feedback system is...
A new transverse feedback system is being used for the 4 rings of the CERN Proton Synchrotron Booste...
The main RF system of the LHC, which uses 400MHz superconducting cavities, will be used to capture, ...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
A simulation model has been developed to predict the damping efficiency of the LHC transverse feedba...
Injection of the high intensity proton beam into the CERN Large Hadron Collider (LHC) presents chall...
A high bandwidth transverse feedback demonstrator system has been devised within the LARP framework ...
A revised project for the new PS transverse damper has been launched, aimed to improve the global ef...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
A powerful transverse feedback system ("Damper") has been installed in LHC. It will stabilise couple...
A powerful transverse feedback system ("Damper") has been installed in LHC. It will stabilise the hi...
Since 1999 the PS has been operated without active transverse damping thanks to an increase of the c...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
At the CERN Proton Synchrotron Booster, PSB, an analog transverse damper system has been in operatio...
For several years, a large variety of beams have been prepared in the LHC injectors, such as single-...
For the future hadron Collider (FCC-hh) being studied at CERN a strong transverse feedback system is...
A new transverse feedback system is being used for the 4 rings of the CERN Proton Synchrotron Booste...
The main RF system of the LHC, which uses 400MHz superconducting cavities, will be used to capture, ...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
A simulation model has been developed to predict the damping efficiency of the LHC transverse feedba...
Injection of the high intensity proton beam into the CERN Large Hadron Collider (LHC) presents chall...
A high bandwidth transverse feedback demonstrator system has been devised within the LARP framework ...
A revised project for the new PS transverse damper has been launched, aimed to improve the global ef...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...