In the present study, we extend the approach of the wake field conformal mapping technique to the case of the step transition and a collimator. We assume that all pipes have different arbitrary cross-sectional shapes. We derive simple analytical expressions for the lower and upper bounds of both longitudinal and transverse wake potentials. We test the derived expressions against well-known formulas in several representative examples. The proposed method can greatly simplify the optimization of collimating sections as well as become a useful tool in the exploration of transverse beam shaping ideas.Comment: 11 pages 5 figure
40 pages, many figures v2: new results on 3d O(N) bulk spectrum added, one appendix eliminated, typo...
We report on measurements of the transverse wakefields induced by collimators of differing character...
We initiate the study of Dyson equations of perturbative QFT in AdS and their consequences for large...
AbsttYKt tubes vanishes. One can therefore treat more general struc-We describe a generalized method...
A collimator is often used to clean a beam of its excessive tail particles. If the beam intensity is...
We have studied longitudinal wakeelds of very short bunches in non-cylindrically symmetric (3D) vacu...
We have studied longitudinal wakefields of very short bunches in non-cylindrically symmetric (3D) va...
For a short bunch in an elliptical collimator we demonstrate that, as in a purely round collimator, ...
There is an extensive literature on transverse wakefield kick factors in collimators. We present a c...
A new method for calculating the Cherenkov wakefield acting on a point charged particle passing thro...
The effect of a leading particle on a trailing particle due to resistive and geometric wakefields in...
We develop analytical models of the longitudinal and transverse wakes, on and off axis for a flat, c...
The development of modern accelerator and free-electron laser projects often requires one to conside...
Using a recently developed time domain numerical ap-proach we calculate the short-range geometric wa...
Conformal Field Theories (CFT) are Quantum Field Theories characterized by enhanced (conformal) symm...
40 pages, many figures v2: new results on 3d O(N) bulk spectrum added, one appendix eliminated, typo...
We report on measurements of the transverse wakefields induced by collimators of differing character...
We initiate the study of Dyson equations of perturbative QFT in AdS and their consequences for large...
AbsttYKt tubes vanishes. One can therefore treat more general struc-We describe a generalized method...
A collimator is often used to clean a beam of its excessive tail particles. If the beam intensity is...
We have studied longitudinal wakeelds of very short bunches in non-cylindrically symmetric (3D) vacu...
We have studied longitudinal wakefields of very short bunches in non-cylindrically symmetric (3D) va...
For a short bunch in an elliptical collimator we demonstrate that, as in a purely round collimator, ...
There is an extensive literature on transverse wakefield kick factors in collimators. We present a c...
A new method for calculating the Cherenkov wakefield acting on a point charged particle passing thro...
The effect of a leading particle on a trailing particle due to resistive and geometric wakefields in...
We develop analytical models of the longitudinal and transverse wakes, on and off axis for a flat, c...
The development of modern accelerator and free-electron laser projects often requires one to conside...
Using a recently developed time domain numerical ap-proach we calculate the short-range geometric wa...
Conformal Field Theories (CFT) are Quantum Field Theories characterized by enhanced (conformal) symm...
40 pages, many figures v2: new results on 3d O(N) bulk spectrum added, one appendix eliminated, typo...
We report on measurements of the transverse wakefields induced by collimators of differing character...
We initiate the study of Dyson equations of perturbative QFT in AdS and their consequences for large...