Add to ORKGThe results of the measurements of the longitudinal impe-dance of a coaxial cavity coupled with a circular pipe through four slots are shown. Because of the slots, placed in the same longitudinal position but at different azimuthal angles, the device is rotationally asymmetric. The measure-ments have been performed with the coaxial wire method, and the results compared with theoretical ones obtained by applying the modified Bethe’s theory.
Bench measurements nowadays represent an important tool to estimate the coupling impedance of any pa...
The geometric dimensioning and tolerancing concept of coaxiality is often required by design enginee...
A program1 derived from the SUPERFISH cavity code is described, which computes the longitudinal coup...
We derive the impedance of a circular hole in the inner tube of a coaxial beam pipe. The method used...
The longitudinal impedance and loss factor for a long narrow slot in a coaxial pipe are calculated b...
In this paper vie derive the impedance of a circular hole in the inner tube of a coaxial beam pipe. ...
The independence of the impedance on the beam direction is an important fea-ture of an accelerator s...
In this paper we study the validity of coupling impedance bench measurements, comparing two of the ...
In the design of modern accelerators, an accurate estimate of coupling impedance is very important. ...
As previously discussed [Fedotov and Gluckstern, Phys. Rev. E 54, 1930 (1996)], for a long narrow sl...
In this paper we derive the impedance of a circular hole in the inner tube of a coaxial beam pipe. T...
In this paper we derive the impedance of a coaxial-line resonator coupled to the beam pipe through a...
The problem of many holes in a coaxial beam pipe is studied by means of the modified Bethe theory. T...
Beam pipes of high-energy superconducting colliders re-quire a shielding tube (liner) with pumping s...
After the introduction of the beam coupling impedance concept by V. Vaccaro it was realized soon tha...
Bench measurements nowadays represent an important tool to estimate the coupling impedance of any pa...
The geometric dimensioning and tolerancing concept of coaxiality is often required by design enginee...
A program1 derived from the SUPERFISH cavity code is described, which computes the longitudinal coup...
We derive the impedance of a circular hole in the inner tube of a coaxial beam pipe. The method used...
The longitudinal impedance and loss factor for a long narrow slot in a coaxial pipe are calculated b...
In this paper vie derive the impedance of a circular hole in the inner tube of a coaxial beam pipe. ...
The independence of the impedance on the beam direction is an important fea-ture of an accelerator s...
In this paper we study the validity of coupling impedance bench measurements, comparing two of the ...
In the design of modern accelerators, an accurate estimate of coupling impedance is very important. ...
As previously discussed [Fedotov and Gluckstern, Phys. Rev. E 54, 1930 (1996)], for a long narrow sl...
In this paper we derive the impedance of a circular hole in the inner tube of a coaxial beam pipe. T...
In this paper we derive the impedance of a coaxial-line resonator coupled to the beam pipe through a...
The problem of many holes in a coaxial beam pipe is studied by means of the modified Bethe theory. T...
Beam pipes of high-energy superconducting colliders re-quire a shielding tube (liner) with pumping s...
After the introduction of the beam coupling impedance concept by V. Vaccaro it was realized soon tha...
Bench measurements nowadays represent an important tool to estimate the coupling impedance of any pa...
The geometric dimensioning and tolerancing concept of coaxiality is often required by design enginee...
A program1 derived from the SUPERFISH cavity code is described, which computes the longitudinal coup...