Add to ORKGTwo methods of of measuring field strength in accelerator cavities, heavily damped with respect to higher order modes (HOM), are presented. From the results of the field measurements the coupling (damping) factor and thus the quality factor of the damped resonator can be derived. Measurements of a pillbox resonator with heavily damped TM110-mode (Q < 20) demonstrate the usefulness of the techniques presented, even in this extreme range
Higher order modes (HOM) can have a destructive influence on the beam emittance in the future linear...
On an 800MHz two-cell prototype superconducting cavity, we study the different designs of the HOM co...
One of the major sources of beam impedance in accelerators is the higher-order modes (HOM`s) of the ...
Field strength measurements in accelerator cavities, heavily damped with respect to higher order mod...
Two methods of measuring field strength in accelerator cavities, heavily damped with respect to high...
A new method for measuring quality factors in cavities is presented. This method is capable of measu...
A new method of measuring quality factors in cavities is presented. This method is well suited to me...
We have previously described [1] a fully automated "bead " puller system which can be used...
We have substantially damped the higher order modes (HOM's) in a pill box cavity with attached beam ...
The prototype of the choke-mode HOM-damped cavity, which is an accelerating cavity part of the ARES ...
The performance of a prototype higher-order-mode (HOM) damper for the proposed KAON Factory Booster...
In this paper, a cage of metallic wires is used as a perturbing object to measure the longitudinal e...
Accelerating structures with damped higher-order modes (HOMs) have been the focus of many studies ov...
INTRODUCTION A HOM damped cavity for the ATF damping ring (DR) [1] is under development at KEK. Thi...
One of the major sources of beam impedance in accelerators is the higher-order modes (HOM’s) of the ...
Higher order modes (HOM) can have a destructive influence on the beam emittance in the future linear...
On an 800MHz two-cell prototype superconducting cavity, we study the different designs of the HOM co...
One of the major sources of beam impedance in accelerators is the higher-order modes (HOM`s) of the ...
Field strength measurements in accelerator cavities, heavily damped with respect to higher order mod...
Two methods of measuring field strength in accelerator cavities, heavily damped with respect to high...
A new method for measuring quality factors in cavities is presented. This method is capable of measu...
A new method of measuring quality factors in cavities is presented. This method is well suited to me...
We have previously described [1] a fully automated "bead " puller system which can be used...
We have substantially damped the higher order modes (HOM's) in a pill box cavity with attached beam ...
The prototype of the choke-mode HOM-damped cavity, which is an accelerating cavity part of the ARES ...
The performance of a prototype higher-order-mode (HOM) damper for the proposed KAON Factory Booster...
In this paper, a cage of metallic wires is used as a perturbing object to measure the longitudinal e...
Accelerating structures with damped higher-order modes (HOMs) have been the focus of many studies ov...
INTRODUCTION A HOM damped cavity for the ATF damping ring (DR) [1] is under development at KEK. Thi...
One of the major sources of beam impedance in accelerators is the higher-order modes (HOM’s) of the ...
Higher order modes (HOM) can have a destructive influence on the beam emittance in the future linear...
On an 800MHz two-cell prototype superconducting cavity, we study the different designs of the HOM co...
One of the major sources of beam impedance in accelerators is the higher-order modes (HOM`s) of the ...