As demands for high luminosity and low emittance particle beams increase, an understanding of the electromagnetic interaction of these beams with their vacuum chamber environment becomes more important in order to maintain the quality of the beam. This interaction is described in terms of the wake field in time domain, and the beam impedance in frequency domain. These concepts are introduced, and related quantities such as the loss factor are presented. The broadband Q = 1 resonator impedance model is discussed. Perturbation and coaxial wire methods of measurement of real components are reviewed
Bench measurements nowadays represent an important tool to estimate the coupling impedance of any pa...
We discuss here the measurement of the coupling impedance of individual accelerator vacuum chamber c...
The impedance represented by the beam surroundings leads to collective effects which limit the inten...
The “impedance” limits the performance of all the particle accelerators where the beam intensity (or...
Knowledge of electromagnetic interaction between a particle beam and the surrounding walls of the v...
After a general introduction, the basic principles of wake-field and beamcoupling- impedance computa...
Knowledge of the electromagnetic interaction between a beam and the surrounding vacuum chamber is ne...
The beam coupling impedances of small obstacles protruding inside the vacuum chamber of an accelerat...
International audienceA reliable impedance model of a particle accelerator can be built by combining...
The concept of beam coupling impedance describes the electromagnetic interaction of uniformly moving...
The concept of beam coupling impedance describes the electromagnetic interaction of uniformly moving...
Vacuum chambers of particle accelerators are typically equipped with radio-frequency couplers. The c...
A reliable impedance model of a particle accelerator can be built by combining the beam coupling imp...
Charged particle beams in circular accelerators often become unstable and execute coherent transvers...
The beam impedance and wakefield are quantities which describe the stability of charged particles in...
Bench measurements nowadays represent an important tool to estimate the coupling impedance of any pa...
We discuss here the measurement of the coupling impedance of individual accelerator vacuum chamber c...
The impedance represented by the beam surroundings leads to collective effects which limit the inten...
The “impedance” limits the performance of all the particle accelerators where the beam intensity (or...
Knowledge of electromagnetic interaction between a particle beam and the surrounding walls of the v...
After a general introduction, the basic principles of wake-field and beamcoupling- impedance computa...
Knowledge of the electromagnetic interaction between a beam and the surrounding vacuum chamber is ne...
The beam coupling impedances of small obstacles protruding inside the vacuum chamber of an accelerat...
International audienceA reliable impedance model of a particle accelerator can be built by combining...
The concept of beam coupling impedance describes the electromagnetic interaction of uniformly moving...
The concept of beam coupling impedance describes the electromagnetic interaction of uniformly moving...
Vacuum chambers of particle accelerators are typically equipped with radio-frequency couplers. The c...
A reliable impedance model of a particle accelerator can be built by combining the beam coupling imp...
Charged particle beams in circular accelerators often become unstable and execute coherent transvers...
The beam impedance and wakefield are quantities which describe the stability of charged particles in...
Bench measurements nowadays represent an important tool to estimate the coupling impedance of any pa...
We discuss here the measurement of the coupling impedance of individual accelerator vacuum chamber c...
The impedance represented by the beam surroundings leads to collective effects which limit the inten...