During the current run of an electron-positron collider DAFNE special electrodes for electron cloud suppression have been inserted in all dipole and wiggler magnets of the positron ring. In this paper we discuss the impact of these electrodes on beam dynamics and overall collider performance. In particular we report results of measurements such as e-cloud instabilities growth rate, transverse beam size variation, tune shifts along the bunch train etc. with the electrodes switched on and off that clearly indicate the effectiveness of the electrodes for e-cloud suppression
The ILC positron damping ring comprises hundreds of meters of wiggler sections, where many more phot...
SuperKEKB is an electron-positron collider with asymmetric energies located at the High Energy Accel...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
The effects of an electron cloud ($e$-cloud) on beam dynamics are one of the major factors limiting ...
The effects of an electron cloud (e-cloud) on beam dynamics are one of the major factors limiting pe...
Presently clearing electrodes are being considered as a possible cure of e-cloud driven problems in ...
Recently the DAФNE electron-positron collider has started delivering luminosity to the KLOE-2 experi...
The positron beam in the DAFNE e+/e- collider has always been suffering from strong e-cloud instabil...
Metallic clearing electrodes have been designed to absorb the photo-electrons in the DAΦNE positron ...
In order to mitigate the electron cloud instability in an intense positron ring, an electron clearin...
During the 2007 run with the nominal LHC proton beam, electron cloud has been clearly identified and...
Indications for a beam-induced electron cloud build-up are observed since 2000 for the nominal LHC b...
Clearing electrodes can be used for electron cloud (EC) suppression in high intensity particle accel...
DA{Phi}NE is a double ring electron-positron collider, designed to provide very high luminosity at t...
An electron cloud due to multipacting in the positron ring of B-factories and the damping ring of th...
The ILC positron damping ring comprises hundreds of meters of wiggler sections, where many more phot...
SuperKEKB is an electron-positron collider with asymmetric energies located at the High Energy Accel...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
The effects of an electron cloud ($e$-cloud) on beam dynamics are one of the major factors limiting ...
The effects of an electron cloud (e-cloud) on beam dynamics are one of the major factors limiting pe...
Presently clearing electrodes are being considered as a possible cure of e-cloud driven problems in ...
Recently the DAФNE electron-positron collider has started delivering luminosity to the KLOE-2 experi...
The positron beam in the DAFNE e+/e- collider has always been suffering from strong e-cloud instabil...
Metallic clearing electrodes have been designed to absorb the photo-electrons in the DAΦNE positron ...
In order to mitigate the electron cloud instability in an intense positron ring, an electron clearin...
During the 2007 run with the nominal LHC proton beam, electron cloud has been clearly identified and...
Indications for a beam-induced electron cloud build-up are observed since 2000 for the nominal LHC b...
Clearing electrodes can be used for electron cloud (EC) suppression in high intensity particle accel...
DA{Phi}NE is a double ring electron-positron collider, designed to provide very high luminosity at t...
An electron cloud due to multipacting in the positron ring of B-factories and the damping ring of th...
The ILC positron damping ring comprises hundreds of meters of wiggler sections, where many more phot...
SuperKEKB is an electron-positron collider with asymmetric energies located at the High Energy Accel...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...