Add to ORKGThe interest in short bunches in many accelerator applica-tions requires good understanding of the high frequency behavior of the interaction between the beam and its en-vironment. In this paper we report an analytic calculation for the high frequency limit of the transverse impedance for both a single and periodic array of cavities in a beam pipe.
Using field matching techniques, closed form analytic expressions for the transverse impedance and f...
A gap in the vacuum chamber stands between a beam and the outside world, and the theoretical elucida...
In many future collider and FEL designs intense, short bunches are accelerated in a linear accelerat...
We examine the transverse impedance of a periodic array of cavities in a beam pipe at high frequency...
The longitudinal impedance of a linear array of cylin-drically symmetric cavities connected by side ...
The use of iris loaded cavities to accelerate high current bunched beams makes it important to under...
The use of iris loaded cavities to accelerate high current bunched beams makes it important to under...
The use of iris loaded cavities to accelerate high current bunched beams makes it important to under...
The beam coupling impedances of small obstacles protruding inside the vacuum chamber of an accelerat...
Beam instabilities are among the main limitations in building higher intensity accelerators. Having ...
A method of iterations which takes into account finite widths of resonances is developed and used to...
In the design of modern accelerators, an accurate estimate of coupling impedance is very important. ...
Collimators and transitions in accelerator vacuum chambers often include small-angle tapering to low...
The transverse resistive-wall impedance of a circular beam pipe derived from field matching in Ref. ...
In high-energy proton accelerators and storage rings the bunch length is typically at least a few ti...
Using field matching techniques, closed form analytic expressions for the transverse impedance and f...
A gap in the vacuum chamber stands between a beam and the outside world, and the theoretical elucida...
In many future collider and FEL designs intense, short bunches are accelerated in a linear accelerat...
We examine the transverse impedance of a periodic array of cavities in a beam pipe at high frequency...
The longitudinal impedance of a linear array of cylin-drically symmetric cavities connected by side ...
The use of iris loaded cavities to accelerate high current bunched beams makes it important to under...
The use of iris loaded cavities to accelerate high current bunched beams makes it important to under...
The use of iris loaded cavities to accelerate high current bunched beams makes it important to under...
The beam coupling impedances of small obstacles protruding inside the vacuum chamber of an accelerat...
Beam instabilities are among the main limitations in building higher intensity accelerators. Having ...
A method of iterations which takes into account finite widths of resonances is developed and used to...
In the design of modern accelerators, an accurate estimate of coupling impedance is very important. ...
Collimators and transitions in accelerator vacuum chambers often include small-angle tapering to low...
The transverse resistive-wall impedance of a circular beam pipe derived from field matching in Ref. ...
In high-energy proton accelerators and storage rings the bunch length is typically at least a few ti...
Using field matching techniques, closed form analytic expressions for the transverse impedance and f...
A gap in the vacuum chamber stands between a beam and the outside world, and the theoretical elucida...
In many future collider and FEL designs intense, short bunches are accelerated in a linear accelerat...