The transverse stability limit and coupling impedance of proton beams in the CERN intersecting storage rings have been measured by external excitation of the beam. The impedance values at low frequencies thus obtained are in good agreement with the sum of the skin-effect and the wall-inductance which has been measured previously. The method can be extended to higher frequencies if the beam can be stabilized against low-frequency oscillations, e.g. by feedback
The impedance represented by the beam surroundings leads to collective effects which limit the inten...
The longitudinal single bunch (microwave) instability of the proton beam in the CERN SPS, observed f...
The longitudinal coupling impedance in modern storage rings has to be limited to ensure beam stabili...
The subject of this paper will be the transverse stability in the SPS of the high intensity fixed ta...
In high-energy proton accelerators and storage rings the bunch length is typically at least a few ti...
The beam coupling impedance could lead to limitations in beam brightness and quality, and therefore ...
The beam coupling impedance could lead to limitations in beam brightness and quality, and therefore ...
Charged particle beams in circular accelerators often become unstable and execute coherent transvers...
Coupling impedances and wakefields are fundamental quantities to characterize the electromagnetic in...
Coupling impedances and wakefields are fundamental quantities to characterize the electromagnetic in...
Beam coupling impedance is a fundamental parameter to characterize the electromagnetic interaction o...
Beam coupling impedance is a fundamental parameter to characterize the electromagnetic interaction o...
The longitudinal single bunch (microwave) instability of the proton beam in the CERN SPS, observed f...
Upgrades of the CERN particle accelerators complex are planned to increase the potential of physics ...
Longitudinal and trausverse microwave insiabtlities hmit beam intensities in hcnvy ion cooler rings....
The impedance represented by the beam surroundings leads to collective effects which limit the inten...
The longitudinal single bunch (microwave) instability of the proton beam in the CERN SPS, observed f...
The longitudinal coupling impedance in modern storage rings has to be limited to ensure beam stabili...
The subject of this paper will be the transverse stability in the SPS of the high intensity fixed ta...
In high-energy proton accelerators and storage rings the bunch length is typically at least a few ti...
The beam coupling impedance could lead to limitations in beam brightness and quality, and therefore ...
The beam coupling impedance could lead to limitations in beam brightness and quality, and therefore ...
Charged particle beams in circular accelerators often become unstable and execute coherent transvers...
Coupling impedances and wakefields are fundamental quantities to characterize the electromagnetic in...
Coupling impedances and wakefields are fundamental quantities to characterize the electromagnetic in...
Beam coupling impedance is a fundamental parameter to characterize the electromagnetic interaction o...
Beam coupling impedance is a fundamental parameter to characterize the electromagnetic interaction o...
The longitudinal single bunch (microwave) instability of the proton beam in the CERN SPS, observed f...
Upgrades of the CERN particle accelerators complex are planned to increase the potential of physics ...
Longitudinal and trausverse microwave insiabtlities hmit beam intensities in hcnvy ion cooler rings....
The impedance represented by the beam surroundings leads to collective effects which limit the inten...
The longitudinal single bunch (microwave) instability of the proton beam in the CERN SPS, observed f...
The longitudinal coupling impedance in modern storage rings has to be limited to ensure beam stabili...