Here we give the design proposal of a new DC-RF injector used in high average power FEL. The injector includes a Pierce gun and a 1 + 1/2 SC cavity. It will be able to provide high average beam current because it can work in CW mode. By changing the shape of the first 1/2 cell of SC cavity to enforce the focusing effect, we can decrease the distance between photocathode and SC cavity. Thus, the growth of emittance can be suppressed effectively. Through the simulation of particle dynamics with PARMELA, the shape of Pierce gun and the optimized synchronous phase of the SC cavity can be decided. The simulation results show that this kind of injector is feasible.EI08791-7922
We discuss beam emittance growths in high intensity CW FEL injectors due to linear and non-linear sp...
Several laboratories concentrate their efforts on the development of high repetition rate FEL-based ...
Based on the experimental results of the complex DC-SC photocathode injector (DC gun and 1+1/2cell s...
Here we give the design proposal of a new DC-RF injector used in high average power FEL. The injecto...
High average power Free Electron Lasers require the high average current electron beams with the low...
To obtain high average current electron beams for high average power Free Electron Laser (FEL), a DC...
High average power Free Electron Lasers require the high average current electron beams with the low...
To obtain high average current electron beams for a high average power Free Electron Laser (FEL), a ...
High average power Free Electron Lasers require the high average current electron beams with the low...
The project is under way to develop a key enabling technology for high-power CW FEL: an RF photoinje...
The project is under way to develop a key enabling technology for highpower CW FEL: an RF photoinjec...
A DC-SC superconducting injector for high average power Free Electron Lasers has been designed in PK...
A key technology issue on the path to high-power FEL operation is the demonstration of reliable, hig...
For today 's applications of superconducting accelerators like Linear Colliders and Free Electron La...
For today's applications of superconducting accelerators like Linear Colliders and free electron las...
We discuss beam emittance growths in high intensity CW FEL injectors due to linear and non-linear sp...
Several laboratories concentrate their efforts on the development of high repetition rate FEL-based ...
Based on the experimental results of the complex DC-SC photocathode injector (DC gun and 1+1/2cell s...
Here we give the design proposal of a new DC-RF injector used in high average power FEL. The injecto...
High average power Free Electron Lasers require the high average current electron beams with the low...
To obtain high average current electron beams for high average power Free Electron Laser (FEL), a DC...
High average power Free Electron Lasers require the high average current electron beams with the low...
To obtain high average current electron beams for a high average power Free Electron Laser (FEL), a ...
High average power Free Electron Lasers require the high average current electron beams with the low...
The project is under way to develop a key enabling technology for high-power CW FEL: an RF photoinje...
The project is under way to develop a key enabling technology for highpower CW FEL: an RF photoinjec...
A DC-SC superconducting injector for high average power Free Electron Lasers has been designed in PK...
A key technology issue on the path to high-power FEL operation is the demonstration of reliable, hig...
For today 's applications of superconducting accelerators like Linear Colliders and Free Electron La...
For today's applications of superconducting accelerators like Linear Colliders and free electron las...
We discuss beam emittance growths in high intensity CW FEL injectors due to linear and non-linear sp...
Several laboratories concentrate their efforts on the development of high repetition rate FEL-based ...
Based on the experimental results of the complex DC-SC photocathode injector (DC gun and 1+1/2cell s...