Add to ORKGWe present simulation results for the emittance blowup due to the head-tail effect induced by the electron-cloud effect (ECE) in the low-energy ring (LER) at the PEP-II B factory at SLAC
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
The electron cloud may cause transverse single-bunch instabilities of proton beams such as those in ...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
We present simulation results for the emittance blowup due to the head-tail effect induced by the e...
This paper presents new simulation results for the power deposition from the electron cloud in the b...
This paper presents new simulation results for the power deposition from the electron cloud in the ...
This paper presents new simulation results for the power deposition from the electron cloud in the b...
We present an update of computer simulation results for some features of the electron cloud at the ...
We present an update of computer simulation results for some features of the electron cloud at the L...
As in previous workshops dealing with electron-cloud effects (KEK, July 1997; Santa Fe, February 200...
We present a brief summary of various aspects of the electron-cloud effect (ECE) in accelerators. Fo...
The emittance growth caused by an electron cloud is simulated by the HEADTAIL code with conducting b...
In the beam pipe of the Damping Ring (DR) of a linear collider, an electron cloud may be produced by...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of re...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
The electron cloud may cause transverse single-bunch instabilities of proton beams such as those in ...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
We present simulation results for the emittance blowup due to the head-tail effect induced by the e...
This paper presents new simulation results for the power deposition from the electron cloud in the b...
This paper presents new simulation results for the power deposition from the electron cloud in the ...
This paper presents new simulation results for the power deposition from the electron cloud in the b...
We present an update of computer simulation results for some features of the electron cloud at the ...
We present an update of computer simulation results for some features of the electron cloud at the L...
As in previous workshops dealing with electron-cloud effects (KEK, July 1997; Santa Fe, February 200...
We present a brief summary of various aspects of the electron-cloud effect (ECE) in accelerators. Fo...
The emittance growth caused by an electron cloud is simulated by the HEADTAIL code with conducting b...
In the beam pipe of the Damping Ring (DR) of a linear collider, an electron cloud may be produced by...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of re...
Beam instability caused by the electron cloud has been observed in positron and proton storage rings...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
The electron cloud may cause transverse single-bunch instabilities of proton beams such as those in ...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...