The three main components of the dipole wakefield in the collider arcs are the resistive wall wake due to the finite conductivity of the vacuum chamber wall and the wakes due to discontinuities at the beam position monitors and vacuum chamber bellows. In the first section we estimate the dipole wakefield arising from the resistive wall wake. In the second section results of TBCI calculations of the wakes due to the BPM's and bellows are presented, and compared with the resistive wall calculation. In the final section the total wakefield is used to compute the emittance growth
Emittance is a beam quality that is vital for many future applications of advanced accelerators, suc...
Emittance is a beam quality that is vital for many future applications of advanced accelerators, suc...
In linear colliders the collimator wakefields have a sig-nificant effect on emittance growth, beam j...
In high energy linear colliders the transverse beam emittance has to be preserved in order to achiev...
In high energy linear colliders the transverse beam emit-tance has to be preserved in order to achie...
The progress of multiple bunches of charged particles down the main L-band linacs of the ILC (Intern...
The transverse emittance is a critical parameter for the performance of synchrotron light sources, l...
The progress of multiple bunches of charged particles down the main L-band linacs of the ILC (Intern...
A collimator is often used to clean a beam of its excessive tail particles. If the beam intensity is...
For accelerator designs with ultra short electron beams, beam dynamics study has to invoke the short...
For TESLA-FEL operation the electron beam is extracted from the regular accelerating structure at th...
General formulae for resistive-wall induced beam dilution are presented and then applied to the fina...
The effect of a leading particle on a trailing particle due to resistive and geometric wakefields in...
The transverse wakefield component arising from sur-face resistivity is expected to play a major rol...
Analytical estimation of the transverse emittance growth due to a point-like perturbation is perform...
Emittance is a beam quality that is vital for many future applications of advanced accelerators, suc...
Emittance is a beam quality that is vital for many future applications of advanced accelerators, suc...
In linear colliders the collimator wakefields have a sig-nificant effect on emittance growth, beam j...
In high energy linear colliders the transverse beam emittance has to be preserved in order to achiev...
In high energy linear colliders the transverse beam emit-tance has to be preserved in order to achie...
The progress of multiple bunches of charged particles down the main L-band linacs of the ILC (Intern...
The transverse emittance is a critical parameter for the performance of synchrotron light sources, l...
The progress of multiple bunches of charged particles down the main L-band linacs of the ILC (Intern...
A collimator is often used to clean a beam of its excessive tail particles. If the beam intensity is...
For accelerator designs with ultra short electron beams, beam dynamics study has to invoke the short...
For TESLA-FEL operation the electron beam is extracted from the regular accelerating structure at th...
General formulae for resistive-wall induced beam dilution are presented and then applied to the fina...
The effect of a leading particle on a trailing particle due to resistive and geometric wakefields in...
The transverse wakefield component arising from sur-face resistivity is expected to play a major rol...
Analytical estimation of the transverse emittance growth due to a point-like perturbation is perform...
Emittance is a beam quality that is vital for many future applications of advanced accelerators, suc...
Emittance is a beam quality that is vital for many future applications of advanced accelerators, suc...
In linear colliders the collimator wakefields have a sig-nificant effect on emittance growth, beam j...