Add to ORKGThe concept of the surface impedance is applicable to the case, when obstacles on the surface of a vacuum chamber are small compared to characteristic dimensions of the problem. We apply this concept to the calculation of a synchronous mode that can propagate in a tube with slightly corrugated walls. We also show that such a mode can propagate in a pipe with a rough surface, or a perforated pipe with a large number of holes
The new traveling wave structure with a single synchronous mode resonantly excited by the relativist...
The transverse resistive wall impedance is calculated for arbitrary multi-layer vacuum chambers with...
The transverse resistive wall impedance is calculated for arbitrary multi-layer vacuum chambers with...
The concept of the surface impedance is applicable to the case, when obstacles on the surface of a v...
We calculate the longitudinal impedance for small obstacles of arbitrary shape located on the surfac...
The resistive wall impedance of a vacuum chamber with elliptic cross section is of particular intere...
The beam impedance of monopole modes in a pipe with periodic, smooth and shallow corrugation has bee...
A metallic pipe with wall corrugations is of special interest in light of recent proposals to use su...
A metallic pipe with wall corrugations is of special interest in light of recent proposals to use su...
Beginning with Maxwell’s equations and assuming only that the wall interaction can be approximated b...
Coupling impedances of a single small hole in vacuum-chamber walls have been calculated at low frequ...
The resistive wall impedance is usually calculated assuming the skin depth being much smaller than t...
We consider the impedance of a structure with rectangular, periodic corrugations on two opposing sid...
The beam coupling impedances of small obstacles protruding inside the vacuum chamber of an accelerat...
In the design of modern accelerators, an accurate estimate of coupling impedance is very important. ...
The new traveling wave structure with a single synchronous mode resonantly excited by the relativist...
The transverse resistive wall impedance is calculated for arbitrary multi-layer vacuum chambers with...
The transverse resistive wall impedance is calculated for arbitrary multi-layer vacuum chambers with...
The concept of the surface impedance is applicable to the case, when obstacles on the surface of a v...
We calculate the longitudinal impedance for small obstacles of arbitrary shape located on the surfac...
The resistive wall impedance of a vacuum chamber with elliptic cross section is of particular intere...
The beam impedance of monopole modes in a pipe with periodic, smooth and shallow corrugation has bee...
A metallic pipe with wall corrugations is of special interest in light of recent proposals to use su...
A metallic pipe with wall corrugations is of special interest in light of recent proposals to use su...
Beginning with Maxwell’s equations and assuming only that the wall interaction can be approximated b...
Coupling impedances of a single small hole in vacuum-chamber walls have been calculated at low frequ...
The resistive wall impedance is usually calculated assuming the skin depth being much smaller than t...
We consider the impedance of a structure with rectangular, periodic corrugations on two opposing sid...
The beam coupling impedances of small obstacles protruding inside the vacuum chamber of an accelerat...
In the design of modern accelerators, an accurate estimate of coupling impedance is very important. ...
The new traveling wave structure with a single synchronous mode resonantly excited by the relativist...
The transverse resistive wall impedance is calculated for arbitrary multi-layer vacuum chambers with...
The transverse resistive wall impedance is calculated for arbitrary multi-layer vacuum chambers with...