We present the result of the analytical, numerical and experimental analysis of multi-bunch instabilities at the Diamond storage ring. This work compares the impedance estimates with CST with the analysis of the growth rates of the excited multi-bunch modes in different machine configurations. The contribution of a number of wakefield sources has been identified with very high precision thanks to high quality data provided by the existing TMBF diagnostics
The performance of the new generation of storage rings can be seriously limited by the microwave ins...
We report the results of recent beam dynamics studies of the Diamond storage ring. These studies wer...
The RF straight section of the Diamond storage ring presently consists of two CESR type SCRF cavitie...
For a single bunch storage ring the following single bunch transverse instabilities can be harmful: ...
The storage ring of the Diamond Light Source uses two collimators in the injection straight, one in ...
In this paper, we present a method for computing growth rates and frequency shifts of a beam contain...
The CSR emitted by short electron bunches can be of a stable or bursting nature, withtransition betw...
The Diamond storage ring has been recently equipped with a set of two pinger magnets that can excite...
We study single and coupled-bunch instabilities for the NSLS-II storage ring with a recently develop...
Electron beam traversing in vacuum chamber can be severely affected by collective instabilities gen...
We report on impedance calculations and single-bunch and multi-bunch instabilities in the NLC dampin...
Multibunch operation in high current storage rings like DAΦNE can be seriously limited by coupled bu...
The CERN Large Hadron Collider (LHC) is designed for highest luminosity and therefore requires opera...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
Diamond Light Source is investigating the possibility of increasing the storage ring operating curre...
The performance of the new generation of storage rings can be seriously limited by the microwave ins...
We report the results of recent beam dynamics studies of the Diamond storage ring. These studies wer...
The RF straight section of the Diamond storage ring presently consists of two CESR type SCRF cavitie...
For a single bunch storage ring the following single bunch transverse instabilities can be harmful: ...
The storage ring of the Diamond Light Source uses two collimators in the injection straight, one in ...
In this paper, we present a method for computing growth rates and frequency shifts of a beam contain...
The CSR emitted by short electron bunches can be of a stable or bursting nature, withtransition betw...
The Diamond storage ring has been recently equipped with a set of two pinger magnets that can excite...
We study single and coupled-bunch instabilities for the NSLS-II storage ring with a recently develop...
Electron beam traversing in vacuum chamber can be severely affected by collective instabilities gen...
We report on impedance calculations and single-bunch and multi-bunch instabilities in the NLC dampin...
Multibunch operation in high current storage rings like DAΦNE can be seriously limited by coupled bu...
The CERN Large Hadron Collider (LHC) is designed for highest luminosity and therefore requires opera...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
Diamond Light Source is investigating the possibility of increasing the storage ring operating curre...
The performance of the new generation of storage rings can be seriously limited by the microwave ins...
We report the results of recent beam dynamics studies of the Diamond storage ring. These studies wer...
The RF straight section of the Diamond storage ring presently consists of two CESR type SCRF cavitie...