Add to ORKGThis paper presents an overview of the bunch-by-bunch feedback kickers designed for the BESSY II storage ring. Simulation results for the longitudinal kicker cavity and for the transverse stripline kicker are discussed.
In order to cure the transverse coupled bunch instabilities in PLS storage ring, a TFS system, a 250...
A transverse intra-bunch feedback system is currently under study at CERN for the SPS, to mitigate b...
The BESSY VSR project implies installation of four L band SRF cavities in the BESSY II storage ring...
This paper presents an overview of the bunch-by-bunch feedback kickers designed for the BESSY II sto...
As part of the global refurbishment of the injector at BESSY II, a new longitudinal kicker cavity a...
The strong beam current (0.9 A) and the large number of bunches (93 bunches) may cause the coupled b...
The paper reports on the design of the longitudinal kicker for the ELETTRA/SLS longitudinal multi-bu...
In the NSLS2 storage ring, there are four stripline kickers/pickups. Two long striplines with electr...
Longitudinal and transverse bunch-by-bunch feedback systems have been in routine operation at the BE...
Top Up injections without noticeable motion of the stored beam is a challenge. The common method of ...
We describe the development of electromagnetic kickers for coupled-bunch feedback systems at the ALS...
The SPS wideband transverse feedback system is being developed to control vertical beam instabiliti...
To cure coupled bunch instabilities at high currents in the BESSY II storage ring, an effective feed...
The higher order modes (HOM's) of RF cavities at the Pohang Light Source (PLS) storage ring cau...
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 transverse intra-bunch feedback system is currently under study at CERN for the SPS, to mitigate b...
The BESSY VSR project implies installation of four L band SRF cavities in the BESSY II storage ring...
This paper presents an overview of the bunch-by-bunch feedback kickers designed for the BESSY II sto...
As part of the global refurbishment of the injector at BESSY II, a new longitudinal kicker cavity a...
The strong beam current (0.9 A) and the large number of bunches (93 bunches) may cause the coupled b...
The paper reports on the design of the longitudinal kicker for the ELETTRA/SLS longitudinal multi-bu...
In the NSLS2 storage ring, there are four stripline kickers/pickups. Two long striplines with electr...
Longitudinal and transverse bunch-by-bunch feedback systems have been in routine operation at the BE...
Top Up injections without noticeable motion of the stored beam is a challenge. The common method of ...
We describe the development of electromagnetic kickers for coupled-bunch feedback systems at the ALS...
The SPS wideband transverse feedback system is being developed to control vertical beam instabiliti...
To cure coupled bunch instabilities at high currents in the BESSY II storage ring, an effective feed...
The higher order modes (HOM's) of RF cavities at the Pohang Light Source (PLS) storage ring cau...
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 transverse intra-bunch feedback system is currently under study at CERN for the SPS, to mitigate b...
The BESSY VSR project implies installation of four L band SRF cavities in the BESSY II storage ring...