Unwanted beam can cause beam losses and may produce acute or chronic damages of the accelerator. Furthermore it can considerably disturb experiments or increase its back ground. The operation of the superconducting RF photo gun at the ELBE accelerator has delivered the first experimental information on that topic. It was found, that dark current is an important issue, similar to that normal conducting RF photo injectors. In the presentation the measurement of dark current, its properties and analysis will be shown and we will discuss ways for mitigation, especially the construction of a dark current kicke
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
As the first superconducting RF photo-injector (SRF gun) in practical operation, the SRF gun has bee...
A superconducting rf photoinjector (SRF gun) has been put in operation successfully at the radiation...
L-band normal conducting RF guns operating at long pulse mode and high gradient are installed at the...
Superconducting RF photo guns are suitable candidates for electron injectors in future free electron...
Dark currents are unwanted electron currents that stem from surface electrons emitted in rf cavities...
It is now well-established that for the generation of very high brightness beams, required for fourt...
We report on measurements and analysis of a field-emitted electron current in the very-high-frequenc...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
A study of dark currents has been initiated at the Argonne Wakefield Accelerator Facility (AWA). Emi...
RF photoelectron sources with superconducting cavities provide the potential to generate high qualit...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
As the first superconducting RF photo-injector (SRF gun) in practical operation, the SRF gun has bee...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
As the first superconducting RF photo-injector (SRF gun) in practical operation, the SRF gun has bee...
A superconducting rf photoinjector (SRF gun) has been put in operation successfully at the radiation...
L-band normal conducting RF guns operating at long pulse mode and high gradient are installed at the...
Superconducting RF photo guns are suitable candidates for electron injectors in future free electron...
Dark currents are unwanted electron currents that stem from surface electrons emitted in rf cavities...
It is now well-established that for the generation of very high brightness beams, required for fourt...
We report on measurements and analysis of a field-emitted electron current in the very-high-frequenc...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
A study of dark currents has been initiated at the Argonne Wakefield Accelerator Facility (AWA). Emi...
RF photoelectron sources with superconducting cavities provide the potential to generate high qualit...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
As the first superconducting RF photo-injector (SRF gun) in practical operation, the SRF gun has bee...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
The advantages of contemporary particle injectors are high bunch charges and good beam quality in th...
As the first superconducting RF photo-injector (SRF gun) in practical operation, the SRF gun has bee...