On the basis of the theory of magnetic undulator for free electron laser (FEL) we analyze the use of a large amplitude plasma wave as an electrostatic undulator. We review the original idea of the plasma undulator and consider some particular plasma undulator configurations. By using low energy electron beams we show the possibility to generate very small wavelength electromagnetic radiation. The fluid theory for the FEL with a plasma undulator, in complete analogy with the ordinary ones, is presented and the thresholds for the FEL action are discussed. An analysis for the intrinsic efficiency, with respect to the emittance and the plasma wake field effects, is presented and applied to some new configurations
Particular schemes of Free Electron Lasers (FELs) are designed to exploit wave undulators. We consid...
In the quest for ultra-compact sources, a test experiment is under preparation, to couple an electro...
A free electron laser (FEL) uses an undulator, a set of alternating magnets producing a periodic mag...
On the basis of the theory of magnetic undulator for free electron laser (FEL) we analyze the use of...
International audienceThe fourth generation of synchrotron radiation sources, commonly referred to a...
We examine the characteristics of the classical radiation emission resulting from the interaction of...
By explicitly writing the equations of motion for highly relativistic electrons in an electromagneti...
Abstract-We examine the characteristics of the classical ra-diation emitted by a relativistic electr...
The possibility of utilizing plasma undulators and plasma accelerators to produce compact ultraviole...
The problem of the creation of a deeply modulated plasma for an FEL by an electron beam is analyzed ...
International audienceSince the laser invention, the advent of X-ray Free Electron Lasers (FEL) half...
The use of laser (or RF) undulators is nowadays con-sidered attractive for FEL applications, particu...
Particular schemes of Free Electron Lasers (FELs) are designed to exploit wave undulators. We consid...
In the quest for ultra-compact sources, a test experiment is under preparation, to couple an electro...
A free electron laser (FEL) uses an undulator, a set of alternating magnets producing a periodic mag...
On the basis of the theory of magnetic undulator for free electron laser (FEL) we analyze the use of...
International audienceThe fourth generation of synchrotron radiation sources, commonly referred to a...
We examine the characteristics of the classical radiation emission resulting from the interaction of...
By explicitly writing the equations of motion for highly relativistic electrons in an electromagneti...
Abstract-We examine the characteristics of the classical ra-diation emitted by a relativistic electr...
The possibility of utilizing plasma undulators and plasma accelerators to produce compact ultraviole...
The problem of the creation of a deeply modulated plasma for an FEL by an electron beam is analyzed ...
International audienceSince the laser invention, the advent of X-ray Free Electron Lasers (FEL) half...
The use of laser (or RF) undulators is nowadays con-sidered attractive for FEL applications, particu...
Particular schemes of Free Electron Lasers (FELs) are designed to exploit wave undulators. We consid...
In the quest for ultra-compact sources, a test experiment is under preparation, to couple an electro...
A free electron laser (FEL) uses an undulator, a set of alternating magnets producing a periodic mag...