Add to ORKGA bunch by bunch transverse feedback system, as a complement of the longitudinal feedback system required for the suppression of the coupled bunch beam instabilities, has been developed and undergoing testing in the PLS. Major components are two beam oscillation detectors, betatron phase adjuster, notch filters and a stripline kicker. Each system component and its functions are described with simple trigonometric calculations. Preliminary result of the beam test has shown 30 dB damping of the beam oscillation.
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
To cure coupled bunch instabilities at high currents in the BESSY II storage ring, an effective feed...
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 ...
Multi-bunch instabilities degrade beam quality through increased beam emittance, energy spread and e...
In order to cure the transverse coupled bunch instabilities in PLS storage ring, a TFS system, a 250...
In order to cure the transverse coupled bunch instabilities in PLS storage ring, a TFS system, a 250...
A new transverse feedback system has been installed and tested in the HERA proton ring. The system i...
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...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...
A programmable longitudinal feedback system based on four AT&T 1610 digital signal processors ha...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
To cure coupled bunch instabilities at high currents in the BESSY II storage ring, an effective feed...
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 ...
Multi-bunch instabilities degrade beam quality through increased beam emittance, energy spread and e...
In order to cure the transverse coupled bunch instabilities in PLS storage ring, a TFS system, a 250...
In order to cure the transverse coupled bunch instabilities in PLS storage ring, a TFS system, a 250...
A new transverse feedback system has been installed and tested in the HERA proton ring. The system i...
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...
A transverse feedback system has been implemented and commissioned in the SRRC storage ring to suppr...
Today Hadron Accelerators with high intensity and high brightness beams increasingly rely on transve...
With its high peak currents, SPEAR II is likely to show transverse coherent oscillations. A closed l...
In B-factories, many bunches should be circulated in their rings, thus making the bunch spacing to b...
A programmable longitudinal feedback system based on four AT&T 1610 digital signal processors ha...
To prevent transverse instabilities at high beam intensiLy in the SPS, the transverse feedback syste...
To cure coupled bunch instabilities at high currents in the BESSY II storage ring, an effective feed...
When the electromagnetic fields that are excited by the passage of a bundle of charged particles per...