Add to ORKGIn the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of residual gasses and secondary emission give rise to an electron-cloud which stabilizes to equilibrium after few bunch trains. In this paper, we present recent computer simulation results for the main features of the electron cloud at the NLC and preliminary simulation results for the TESLA main damping rings, obtained with the code POSINST that has been developed at LBNL, and lately in collaboration with SLAC, over the past 7 years. Possible remedies to mitigate the effect are also discussed. We have recently included the possibility to simulate different magnetic field configurations in our code including solenoid, quadrupole, sextupol...
We report modeling results for electron cloud buildup and instability in the International Linear Co...
Electron clouds can develop in accelerators operating with positively charged particles. The con- se...
The topic of part I of my capstone is electron clouds, studied in the Cornell synchrotron accelerato...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
Abstract: In the beam pip residual gases and secondary emission give paper, we present recent comput...
In the beam pipe of the Damping Ring (DR) of a linear collider, an electron cloud may be produced by...
With the recommendation that the future International Linear Collider (ILC) should be based on super...
In the beam pipe of the positron damping ring of the International Linear Collider (ILC), an electro...
Any accelerator circulating positively charged beams can suffer from a build-up of an electron cloud...
Collective instabilities caused by the formation of anelectron cloud (EC) are a potential limitatio...
Collective instabilities caused by the formation of an electron cloud (EC) are a potential limitatio...
Electron cloud has been identified as one of the highest priority issues for the international Linea...
The qualitative analysis of the electron cloud formation is presented. Two mechanisms of the cloud f...
Low energy electrons (often referred to as "electron clouds") in the beam chambers of high intensity...
We report modeling results for electron cloud buildup and instability in the International Linear Co...
Electron clouds can develop in accelerators operating with positively charged particles. The con- se...
The topic of part I of my capstone is electron clouds, studied in the Cornell synchrotron accelerato...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
In the beam pipe of the Main Damping Ring (MDR) of the Next Linear Collider (NLC), ionization of res...
Abstract: In the beam pip residual gases and secondary emission give paper, we present recent comput...
In the beam pipe of the Damping Ring (DR) of a linear collider, an electron cloud may be produced by...
With the recommendation that the future International Linear Collider (ILC) should be based on super...
In the beam pipe of the positron damping ring of the International Linear Collider (ILC), an electro...
Any accelerator circulating positively charged beams can suffer from a build-up of an electron cloud...
Collective instabilities caused by the formation of anelectron cloud (EC) are a potential limitatio...
Collective instabilities caused by the formation of an electron cloud (EC) are a potential limitatio...
Electron cloud has been identified as one of the highest priority issues for the international Linea...
The qualitative analysis of the electron cloud formation is presented. Two mechanisms of the cloud f...
Low energy electrons (often referred to as "electron clouds") in the beam chambers of high intensity...
We report modeling results for electron cloud buildup and instability in the International Linear Co...
Electron clouds can develop in accelerators operating with positively charged particles. The con- se...
The topic of part I of my capstone is electron clouds, studied in the Cornell synchrotron accelerato...