The usual expression for the longitudinal wake field in terms of the impedance is exact only for the model in which the source of the field is a rigid bunch. To account for a deforming bunch one has to invoke the \it complete impedance, a function of both wave number and frequency. A computation of the corresponding wake field would be expensive, since it would involve integrals over frequency and time in addition to the usual sum over wave number. We treat the problem of approximating this field in an example of current interest, the case of coherent synchrotron radiation (CSR) in the presence of shielding by the vacuum chamber
Analytic techniques for calculation of impedances and wake potentials in particle accelerators or st...
We calculate the impedance and the wake functions for laminated structures with parallel-planes and ...
The wake function of an accelerator device appears to have a constant term if the geometry of the de...
The usual expression for the longitudinal wake field in terms of the impedance is exact only for the...
We are concerned with coherent longitudinal motion in a storage ring, especially with situations in ...
We develop a general model of coherent synchrotron radiation (CSR) impedance with shielding provided...
We study the impedance due to coherent synchrotron radiation (CSR) generated by a short bunch of cha...
A key quantity in simulating collective beam instabilities is the wake potential of a bunch of parti...
International audienceA key quantity in simulating collective beam instabilities is the wake potenti...
The three-dimensional wake potentials of the APS storage ring have been reconstructed according to t...
Abstract In typical numerical simulations, the space-charge force is calculated by slicing a beam in...
The wake fields of a bunched beam caused by the resistivity of the chamber walls are investigated fo...
We examine the effect of the collective force due to coherent synchrotron radiation (CSR) in an elec...
We examine the effect of the collective force due to coherent synchrotron radiation (CSR) in an ele...
The wake function of an accelerator device appears to have a constant term if the geometry of the de...
Analytic techniques for calculation of impedances and wake potentials in particle accelerators or st...
We calculate the impedance and the wake functions for laminated structures with parallel-planes and ...
The wake function of an accelerator device appears to have a constant term if the geometry of the de...
The usual expression for the longitudinal wake field in terms of the impedance is exact only for the...
We are concerned with coherent longitudinal motion in a storage ring, especially with situations in ...
We develop a general model of coherent synchrotron radiation (CSR) impedance with shielding provided...
We study the impedance due to coherent synchrotron radiation (CSR) generated by a short bunch of cha...
A key quantity in simulating collective beam instabilities is the wake potential of a bunch of parti...
International audienceA key quantity in simulating collective beam instabilities is the wake potenti...
The three-dimensional wake potentials of the APS storage ring have been reconstructed according to t...
Abstract In typical numerical simulations, the space-charge force is calculated by slicing a beam in...
The wake fields of a bunched beam caused by the resistivity of the chamber walls are investigated fo...
We examine the effect of the collective force due to coherent synchrotron radiation (CSR) in an elec...
We examine the effect of the collective force due to coherent synchrotron radiation (CSR) in an ele...
The wake function of an accelerator device appears to have a constant term if the geometry of the de...
Analytic techniques for calculation of impedances and wake potentials in particle accelerators or st...
We calculate the impedance and the wake functions for laminated structures with parallel-planes and ...
The wake function of an accelerator device appears to have a constant term if the geometry of the de...