Add to ORKGClearing electrodes can be used for electron cloud (EC) suppression in high intensity particle accelerators. In this paper the use of low and highly resistive layers on a dielectric substrate are examined. The beam coupling impedance of such a structure is evaluated. Furthermore the clearing efficiency as well as technological issues are discussed
Metallic clearing electrodes have been designed to absorb the photo-electrons in the DAΦNE positron ...
As part of our ongoing development of the Dielectric Wall Accelerator, we are studying the performan...
Rectangular particle accelerator structures with internal planar dielectric elements have been studi...
During the 2007 run with the nominal LHC proton beam, electron cloud has been clearly identified and...
Presently clearing electrodes are being considered as a possible cure of e-cloud driven problems in ...
The effects of an electron cloud ($e$-cloud) on beam dynamics are one of the major factors limiting ...
During the current run of an electron-positron collider DAFNE special electrodes for electron cloud ...
For the future high energy colliders being under the design at this moment, the choice of a low surf...
Insulators composed of finely spaced alternating layers of dielectric and metal are thought to minim...
The effects of an electron cloud (e-cloud) on beam dynamics are one of the major factors limiting pe...
The Future Circular Collider FCC-ee is a study toward a high luminosity electron-positron collider w...
We measured the surface resistance of titanium, amorphous carbon, and nonevaporable getter (NEG) coa...
In order to mitigate the electron cloud instability in an intense positron ring, an electron clearin...
High-energy pulsed-power devices routinely access field strengths above those at which broad-area, c...
High-energy pulsed-power devices routinely access field strengths above those at which broad-area, c...
Metallic clearing electrodes have been designed to absorb the photo-electrons in the DAΦNE positron ...
As part of our ongoing development of the Dielectric Wall Accelerator, we are studying the performan...
Rectangular particle accelerator structures with internal planar dielectric elements have been studi...
During the 2007 run with the nominal LHC proton beam, electron cloud has been clearly identified and...
Presently clearing electrodes are being considered as a possible cure of e-cloud driven problems in ...
The effects of an electron cloud ($e$-cloud) on beam dynamics are one of the major factors limiting ...
During the current run of an electron-positron collider DAFNE special electrodes for electron cloud ...
For the future high energy colliders being under the design at this moment, the choice of a low surf...
Insulators composed of finely spaced alternating layers of dielectric and metal are thought to minim...
The effects of an electron cloud (e-cloud) on beam dynamics are one of the major factors limiting pe...
The Future Circular Collider FCC-ee is a study toward a high luminosity electron-positron collider w...
We measured the surface resistance of titanium, amorphous carbon, and nonevaporable getter (NEG) coa...
In order to mitigate the electron cloud instability in an intense positron ring, an electron clearin...
High-energy pulsed-power devices routinely access field strengths above those at which broad-area, c...
High-energy pulsed-power devices routinely access field strengths above those at which broad-area, c...
Metallic clearing electrodes have been designed to absorb the photo-electrons in the DAΦNE positron ...
As part of our ongoing development of the Dielectric Wall Accelerator, we are studying the performan...
Rectangular particle accelerator structures with internal planar dielectric elements have been studi...