One of the main problems in the beam dynamics in DAΦNE are the multibunch instabilities caused by the strong coupling between the beam and parasitic HOMs of the RF cavity [1]. Strong efforts have been done to optimize the RF cavity shape [2] and to apply different HOM damping tech
To achieve the desired luminosities and brilliances in future storage rings for colliders and synchr...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
A transverse multi-bunch instability in the presence of a split in the Betatron tunes between indivi...
The beam-cavity interaction due to the parasitic modes of an RF cavity, can lead to a strong instabi...
A higher harmonic RF cavity is considered to be an important tool to control the bunch length in sto...
The narrowband impedances of RF-resonators in a circu-lar accelerator can drive coupled bunch mode i...
A large number of collective instability mechanisms act on high-intensity beams. It is necessary ...
Abstract Landau damping is the suppression of an instability by a spread of frequencies in the beam....
Beam stability is an essential requirement for particle accelerators. Longitudinal coupled-bunch ins...
Transverse collective instabilities induced by the beam-coupling impedance of the accelerator struct...
The common approach to achieve the high luminosity needed for high precision measurements adopted by...
In synchrotrons, nonuniform fill patterns, which give rise to beam phase transients and a spread in ...
The instabilities caused by the interactions between a beam and its surrounding vacuum chamber are o...
Longitudinal coupled-bunch instabilities are driven by monopole higher-order modes (HOMs) in the act...
Longitudinal single and multibunch instabilities in the damping ring have to be avoided to guarantee...
To achieve the desired luminosities and brilliances in future storage rings for colliders and synchr...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
A transverse multi-bunch instability in the presence of a split in the Betatron tunes between indivi...
The beam-cavity interaction due to the parasitic modes of an RF cavity, can lead to a strong instabi...
A higher harmonic RF cavity is considered to be an important tool to control the bunch length in sto...
The narrowband impedances of RF-resonators in a circu-lar accelerator can drive coupled bunch mode i...
A large number of collective instability mechanisms act on high-intensity beams. It is necessary ...
Abstract Landau damping is the suppression of an instability by a spread of frequencies in the beam....
Beam stability is an essential requirement for particle accelerators. Longitudinal coupled-bunch ins...
Transverse collective instabilities induced by the beam-coupling impedance of the accelerator struct...
The common approach to achieve the high luminosity needed for high precision measurements adopted by...
In synchrotrons, nonuniform fill patterns, which give rise to beam phase transients and a spread in ...
The instabilities caused by the interactions between a beam and its surrounding vacuum chamber are o...
Longitudinal coupled-bunch instabilities are driven by monopole higher-order modes (HOMs) in the act...
Longitudinal single and multibunch instabilities in the damping ring have to be avoided to guarantee...
To achieve the desired luminosities and brilliances in future storage rings for colliders and synchr...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
A transverse multi-bunch instability in the presence of a split in the Betatron tunes between indivi...
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