The interaction between electron beam instabilities and storage ring free electron laser (FEL) dynamics was studied. The energy spread was found to be independent of the current and was equal to the natural energy spread. It was found that the experimental and the theoretical results were in agreement with each other
We report new theoretical and numerical results in the following areas of FEL physics : A) Long puls...
Designing a Storage Ring Free Electron Laser or improving the performance of an existing one first r...
Designing a Storage Ring Free Electron Laser or improving the performance of an existing one first r...
We develop a heuristic dynamical model to analyze the interplay between foe-electron-laser (FEL) sto...
We show that Free Electron Lasers (FEL) operating with storage rings may counteract beam instabiliti...
We present general considerations on the interplay between free-electron laser dynamics and storage ...
We discuss a phenomenological model, capable of reproducing the effect of potential well distortion ...
We develop a rate equation model of the Storage Ring kee Electron Laser dynamics, which includes bun...
In this paper we will discuss the conditions under which the free-electron laser interaction in a st...
In this paper we will discuss the conditions under which the free-electron laser interaction in a st...
Recent observations and numerical simulations suggest that the Free Electron Lasers (FEL), operating...
Recirculating, energy-recovering linacs can be used as driver accelerators for high power FELs (free...
We present a phenomenological treatment of free-electron laser storage ring saturation dynamics. The...
One of critical beam parameters for the storage ring based light sources is the energy spread of the...
Phenomena that result from the interaction of the beam with the rf fields in superconducting cavitie...
We report new theoretical and numerical results in the following areas of FEL physics : A) Long puls...
Designing a Storage Ring Free Electron Laser or improving the performance of an existing one first r...
Designing a Storage Ring Free Electron Laser or improving the performance of an existing one first r...
We develop a heuristic dynamical model to analyze the interplay between foe-electron-laser (FEL) sto...
We show that Free Electron Lasers (FEL) operating with storage rings may counteract beam instabiliti...
We present general considerations on the interplay between free-electron laser dynamics and storage ...
We discuss a phenomenological model, capable of reproducing the effect of potential well distortion ...
We develop a rate equation model of the Storage Ring kee Electron Laser dynamics, which includes bun...
In this paper we will discuss the conditions under which the free-electron laser interaction in a st...
In this paper we will discuss the conditions under which the free-electron laser interaction in a st...
Recent observations and numerical simulations suggest that the Free Electron Lasers (FEL), operating...
Recirculating, energy-recovering linacs can be used as driver accelerators for high power FELs (free...
We present a phenomenological treatment of free-electron laser storage ring saturation dynamics. The...
One of critical beam parameters for the storage ring based light sources is the energy spread of the...
Phenomena that result from the interaction of the beam with the rf fields in superconducting cavitie...
We report new theoretical and numerical results in the following areas of FEL physics : A) Long puls...
Designing a Storage Ring Free Electron Laser or improving the performance of an existing one first r...
Designing a Storage Ring Free Electron Laser or improving the performance of an existing one first r...