We give a review of possible parameter regimes for impedance of both round and rectangular tapered collima-tors based on the physical mechanism involved in forma-tion of the beam wake field. A simple analytical method is presented for impedance calculation in the diffraction regime. Theoretical results are compared with recent mea-surements of collimator wake at SLAC.
In this paper we develop a new method of parabolic equation (PE) for calculation of both high-freque...
The concept of beam coupling impedance describes the electromagnetic interaction of uniformly moving...
We determine the low frequency transverse impedance of axially symmetric tapered structures. Higher-...
We consider round an rectangular-aperture tapered collimators with a small taper angle α. Depending ...
Collimators and transitions in accelerator vacuum chambers often include small-angle tapering to low...
A transverse geometrical wake generated by a beam passing through a smooth flat collimator with a gr...
INTRODUCTION AND BASIS OF THE METHOD In linear colliders, the particle beam traversing the structur...
The High Luminosity LHC project is aimed at increasing the LHC luminosity by an order of magnitude. ...
The diffraction model of a cavity, suggested by Lawson, Bane and Sands is generalized to a step out ...
Stupakov has used a perturbation method to estimate the transverse impedance at zero frequency of a ...
The LHC collimators have very complicated mechanical designs including movable jaws made of higly r...
The High Luminosity LHC project is aimed at increasing the LHC luminosity by an order of magnitude. ...
We study the transverse geometric impedance of elliptical cross-section tapers in the low-frequency ...
After a general introduction, the basic principles of wake-field and beamcoupling- impedance computa...
The low-frequency transverse collimator impedance constitutes a major part of the LHC impedance budg...
In this paper we develop a new method of parabolic equation (PE) for calculation of both high-freque...
The concept of beam coupling impedance describes the electromagnetic interaction of uniformly moving...
We determine the low frequency transverse impedance of axially symmetric tapered structures. Higher-...
We consider round an rectangular-aperture tapered collimators with a small taper angle α. Depending ...
Collimators and transitions in accelerator vacuum chambers often include small-angle tapering to low...
A transverse geometrical wake generated by a beam passing through a smooth flat collimator with a gr...
INTRODUCTION AND BASIS OF THE METHOD In linear colliders, the particle beam traversing the structur...
The High Luminosity LHC project is aimed at increasing the LHC luminosity by an order of magnitude. ...
The diffraction model of a cavity, suggested by Lawson, Bane and Sands is generalized to a step out ...
Stupakov has used a perturbation method to estimate the transverse impedance at zero frequency of a ...
The LHC collimators have very complicated mechanical designs including movable jaws made of higly r...
The High Luminosity LHC project is aimed at increasing the LHC luminosity by an order of magnitude. ...
We study the transverse geometric impedance of elliptical cross-section tapers in the low-frequency ...
After a general introduction, the basic principles of wake-field and beamcoupling- impedance computa...
The low-frequency transverse collimator impedance constitutes a major part of the LHC impedance budg...
In this paper we develop a new method of parabolic equation (PE) for calculation of both high-freque...
The concept of beam coupling impedance describes the electromagnetic interaction of uniformly moving...
We determine the low frequency transverse impedance of axially symmetric tapered structures. Higher-...