Add to ORKGThe slice transverse emittance of an electron beam is of critical significance for an x-ray FEL. In a photocathode RF gun, the slice transverse emittance is not only determined by the emission process, but also influenced strongly by the non-linear space charge effect. In this paper, we study the slice transverse emittance evolution in a photocathode RF gun using a simple model that includes effects of RF acceleration, focusing, and space charge force. The results are compared with IMPACT-T space charge simulations and may be used to understand the development of the slice emittance in an RF gun
Recently we have measured the envelope and the transverse emittance of an 0.85 nC electron beam at t...
RF photocathode guns are excellent sources of high brightness electron bunches. To mitigate space ch...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...
This report is an analysis of slice transverse emittance evolution in a photocathode RF gu
The Slice Emittance diagnostic is applicable to particle bunches in a linac that are of the order of...
The properties of electron beams produced in a photoinjector are strongly dependent on the initial c...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
A 'multiple beamlet' experiment aimed at investigating the transverse space charge effect was recent...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
The gain length of the free-electron laser (FEL) process strongly depends on the slice energy spread...
In high charge RF photoinjectors for wakefield two beam acceleration studies, due to the strong long...
The photoinjectors for future short wavelength high brightness accelerator driven light sources need...
Recent studies have shown that by illuminating a photocathode with an ultra-short laser pulse of app...
Free-electron laser based x-ray facilities require high-brightness photoinjectors to provide low emi...
A goal of the Gun Test Facility (GTF) at SLAC is to investigate the production of highbrightness ele...
Recently we have measured the envelope and the transverse emittance of an 0.85 nC electron beam at t...
RF photocathode guns are excellent sources of high brightness electron bunches. To mitigate space ch...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...
This report is an analysis of slice transverse emittance evolution in a photocathode RF gu
The Slice Emittance diagnostic is applicable to particle bunches in a linac that are of the order of...
The properties of electron beams produced in a photoinjector are strongly dependent on the initial c...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
A 'multiple beamlet' experiment aimed at investigating the transverse space charge effect was recent...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
The gain length of the free-electron laser (FEL) process strongly depends on the slice energy spread...
In high charge RF photoinjectors for wakefield two beam acceleration studies, due to the strong long...
The photoinjectors for future short wavelength high brightness accelerator driven light sources need...
Recent studies have shown that by illuminating a photocathode with an ultra-short laser pulse of app...
Free-electron laser based x-ray facilities require high-brightness photoinjectors to provide low emi...
A goal of the Gun Test Facility (GTF) at SLAC is to investigate the production of highbrightness ele...
Recently we have measured the envelope and the transverse emittance of an 0.85 nC electron beam at t...
RF photocathode guns are excellent sources of high brightness electron bunches. To mitigate space ch...
Minimizing the dilution of the electron beam emittance is crucial for the performance of accelerator...