This paper concentrates on theoretical studies of Transverse Mode Coupling Instability (TMCI) at the SPS. It shows the expected thresholds based on the HEADTAIL tracking model and on impedance values estimated from previous measurements. First, the effect of space charge is addressed as an important ingredient at the low energies. Subsequently, the change of TMCI threshold possibly induced by a higher injection energy into the SPS (plausible according to the upgrade studies) is investigated and a scaling law with energy is derived
The High-Luminosity upgrade of the CERN LHC will increase the performance of the accelerator and the...
Each year several measurements of the beam coupling impedance are performed in both longitudinal and...
Transition crossing in the CERN PS is critical for the stability of high intensity beams, even with ...
One of the most important limitations in the performances of the CERN-SPS is presently the Electron ...
The upgrade of the PS to the PS2 would allow injection into the SPS at higher energy (up to 70 GeV/c...
Following the observation of a Transverse Mode Coupling Instability (TMCI) in the SPS [1, 2], a syst...
The electron cloud instability limits the performance of many existing proton and positron rings. A ...
At the beginning of 2013 an extensive measurement campaign was carried out at the SPS in order to de...
Since 2003, single bunches of protons with high intensity (~ 1.2 1011 protons) and low longitudinal ...
The intensity threshold of the transverse mode-coupling instability in a flat vertical chamber, as i...
Since 2003, single bunches of protons with high intensity (1.2e11 protons) and low longitudinal emit...
Following the first observation of a fast vertical instability for a single high-brightness bunch at...
Instabilities driven by the transverse impedance are proven to be one of the limitations for the hig...
The electron cloud may cause transverse single-bunch instabilities of proton beams such as those in ...
In the framework of the LHC Injectors Upgrade (LIU), beams with about twice the intensity compared t...
The High-Luminosity upgrade of the CERN LHC will increase the performance of the accelerator and the...
Each year several measurements of the beam coupling impedance are performed in both longitudinal and...
Transition crossing in the CERN PS is critical for the stability of high intensity beams, even with ...
One of the most important limitations in the performances of the CERN-SPS is presently the Electron ...
The upgrade of the PS to the PS2 would allow injection into the SPS at higher energy (up to 70 GeV/c...
Following the observation of a Transverse Mode Coupling Instability (TMCI) in the SPS [1, 2], a syst...
The electron cloud instability limits the performance of many existing proton and positron rings. A ...
At the beginning of 2013 an extensive measurement campaign was carried out at the SPS in order to de...
Since 2003, single bunches of protons with high intensity (~ 1.2 1011 protons) and low longitudinal ...
The intensity threshold of the transverse mode-coupling instability in a flat vertical chamber, as i...
Since 2003, single bunches of protons with high intensity (1.2e11 protons) and low longitudinal emit...
Following the first observation of a fast vertical instability for a single high-brightness bunch at...
Instabilities driven by the transverse impedance are proven to be one of the limitations for the hig...
The electron cloud may cause transverse single-bunch instabilities of proton beams such as those in ...
In the framework of the LHC Injectors Upgrade (LIU), beams with about twice the intensity compared t...
The High-Luminosity upgrade of the CERN LHC will increase the performance of the accelerator and the...
Each year several measurements of the beam coupling impedance are performed in both longitudinal and...
Transition crossing in the CERN PS is critical for the stability of high intensity beams, even with ...