In a particle accelerator, several contributions can degrade the beam quality and particularly the beam transverse emittance. In this document we will describe a system used in the CERN Proton Synchrotron (PS) to cope with the injection steering errors and the transverse instabilities: the PS transverse feedback (PS TFB). As time progresses, this system is also being used for other purpose, to increase in a controlled way the beam transverse emittance and to excite the beam for the Multi-Turn-Extraction (MTE). In 2016, it has been successfully used on some operational beams to damp injection oscillations. This allowed to test the reliability of the system for its operational deployment. A piquet service is available in case of problem
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
For present and future high energy proton accelerators, such as the LHC, transverse feedback systems...
For present and future high energy proton accelerators, such as the LHC, transverse feedback systems...
Since 1999 the PS has been operated without active transverse damping thanks to an increase of the c...
A new transverse feedback system is being used for the 4 rings of the CERN Proton Synchrotron Booste...
The CERN Proton Synchrotron (CPS) has been running without any transverse damping equipment since 19...
At the CERN Proton Synchrotron Booster, PSB, an analog transverse damper system has been in operatio...
The CERN PS transverse damper is a flexible wideband system to damp injection coherent oscillations,...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
A revised project for the new PS transverse damper has been launched, aimed to improve the global ef...
Transverse feedback systems are essential to preserve the small transverse emittances throughout the...
The unprecedented intensity and energy of the LHC proton beams will require an excellent control of ...
The unprecedented intensity and energy of the LHC proton beams will require an excellent control of ...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
For present and future high energy proton accelerators, such as the LHC, transverse feedback systems...
For present and future high energy proton accelerators, such as the LHC, transverse feedback systems...
Since 1999 the PS has been operated without active transverse damping thanks to an increase of the c...
A new transverse feedback system is being used for the 4 rings of the CERN Proton Synchrotron Booste...
The CERN Proton Synchrotron (CPS) has been running without any transverse damping equipment since 19...
At the CERN Proton Synchrotron Booster, PSB, an analog transverse damper system has been in operatio...
The CERN PS transverse damper is a flexible wideband system to damp injection coherent oscillations,...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
The performance of the CERN LHC will depend heavily on the high-brightness beam delivered by the inj...
A revised project for the new PS transverse damper has been launched, aimed to improve the global ef...
Transverse feedback systems are essential to preserve the small transverse emittances throughout the...
The unprecedented intensity and energy of the LHC proton beams will require an excellent control of ...
The unprecedented intensity and energy of the LHC proton beams will require an excellent control of ...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
For present and future high energy proton accelerators, such as the LHC, transverse feedback systems...
For present and future high energy proton accelerators, such as the LHC, transverse feedback systems...