Add to ORKGIn B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to be very short compared with that of the present collider machines [1,21. The impedance of the rings may cause many coupled bunch beam oscillations. One possibility to damp coupled bunch oscillations is to install an active oscillation feedback damper system. This paper discusses the transverse feedback system and the effects of beam dynamics. 1
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
Bunch-by-bunch feedback systems for curing coupled-bunch instabilities in the KEKB rings have been c...
The current strategy to achieve high luminosity for high energy physics experiments as well as high ...
In KEKB, which is a B-factory project at KEK, the bunch spac-ing is very short, only 2 ns, and the n...
A bunch by bunch transverse feedback system, as a complement of the longitudinal feedback system req...
Beam intensities in all of the accelerators at Fermilab will increase significantly when the Main In...
When the electromagnetic fields that are excited by the passage of a bundle of charged particles per...
As the stored beam current increases over 240 mA, transverse coupled-beam instability limits higher ...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
Coupled-bunch instabilities excited by the interaction of the particle beam with its surroundings ca...
We report the results of a computer simulation of the PEPII transverse feedback (TFB) system includi...
We report the results of a computer simulation of the PEP-II transverse feedback (TFB) system includ...
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
Bunch-by-bunch feedback systems for curing coupled-bunch instabilities in the KEKB rings have been c...
The current strategy to achieve high luminosity for high energy physics experiments as well as high ...
In KEKB, which is a B-factory project at KEK, the bunch spac-ing is very short, only 2 ns, and the n...
A bunch by bunch transverse feedback system, as a complement of the longitudinal feedback system req...
Beam intensities in all of the accelerators at Fermilab will increase significantly when the Main In...
When the electromagnetic fields that are excited by the passage of a bundle of charged particles per...
As the stored beam current increases over 240 mA, transverse coupled-beam instability limits higher ...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
Coupled-bunch instabilities excited by the interaction of the particle beam with its surroundings ca...
We report the results of a computer simulation of the PEPII transverse feedback (TFB) system includi...
We report the results of a computer simulation of the PEP-II transverse feedback (TFB) system includ...
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...