Add to ORKGUse of grooved vacuum chambers have been suggested as a way to limit electron cloud accumulation in the ILCDR. We report on simulations carried out using an augmented version of POSINST, accounting for e-cloud dynamics in the presence of grooves, and make contact with previous estimates of an effective secondary electron yield for grooved surfaces
The effect of an artificially-enhanced rough surface on the secondary electron emission yield (SEY) ...
The self-consistent code suite WARP-POSINST is being used to study electron cloud effects in the ILC...
We have augmented the code POSINST to include solenoidfields, and used it to simulate the build up o...
Use of grooved vacuum chambers have been suggested as a wayto limitelectron cloud accumulation in th...
We simulate electron cloud build-up in a grooved vacuumchamber including the effect of space charge ...
Use of grooved vacuum chambers have been suggested as a way to limit electron cloud accumulation in...
Possible remedies for the electron cloud in positron damping ring (DR) of the International Linear C...
To assess the effects of the electron cloud on Main Injector intensity upgrades, simulations of the ...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
Electron cloud parameters and vacuum design are tightly bounded to each other. Input parameters for ...
The effects of an electron cloud ($e$-cloud) on beam dynamics are one of the major factors limiting ...
Electron cloud parameters and vacuum design are tightly bounded to each other. Input parameters for ...
International audienceElectron clouds forming inside the beam vacuum chamber due to photoemission an...
The effect of an artificially-enhanced rough surface on the secondary electron emission yield (SEY) ...
The self-consistent code suite WARP-POSINST is being used to study electron cloud effects in the ILC...
We have augmented the code POSINST to include solenoidfields, and used it to simulate the build up o...
Use of grooved vacuum chambers have been suggested as a wayto limitelectron cloud accumulation in th...
We simulate electron cloud build-up in a grooved vacuumchamber including the effect of space charge ...
Use of grooved vacuum chambers have been suggested as a way to limit electron cloud accumulation in...
Possible remedies for the electron cloud in positron damping ring (DR) of the International Linear C...
To assess the effects of the electron cloud on Main Injector intensity upgrades, simulations of the ...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
Electron cloud parameters and vacuum design are tightly bounded to each other. Input parameters for ...
The effects of an electron cloud ($e$-cloud) on beam dynamics are one of the major factors limiting ...
Electron cloud parameters and vacuum design are tightly bounded to each other. Input parameters for ...
International audienceElectron clouds forming inside the beam vacuum chamber due to photoemission an...
The effect of an artificially-enhanced rough surface on the secondary electron emission yield (SEY) ...
The self-consistent code suite WARP-POSINST is being used to study electron cloud effects in the ILC...
We have augmented the code POSINST to include solenoidfields, and used it to simulate the build up o...