Various methods have been proposed to condition an electron beam in order to reduce its emittance effect and to improve the short-wavelength free electron laser (FEL) performance. In this paper, we show that beam conditioning does not result in a complete elimination of the emittance effect in an alternating-gradient focusing FEL undulator. Using a one-dimensional model and a three-dimensional simulation code, we derive a criteria for the emittance limitation of a perfectly conditioned beam that depends on the focusing structure
The ability to generate small transverse emittance is perhaps the main limiting factor for the perfo...
Abstract--In a free electron laser (FEL), the radiation field, wiggler field and electron beam reson...
A self-consistent theory of a free electron laser (FEL) with slowly varying beam and undulator param...
The consequences of beam conditioning in four example cases [VISA, a soft x-ray free-electron laser ...
The consequences of beam conditioning in four example cases [VISA, a soft x-ray free-electron laser ...
Several ideas have been proposed to ‘condition ’ an electron beam prior to the undulator of a Free-E...
Several ideas have been proposed to “condition” an electron beam prior to the undulator of a free-el...
The consequences of beam conditioning in four example cases (VISA, a Soft X-Ray FEL, LCLS and a "Gr...
It has been proposed [1] to ‘condition ’ an electron beam prior to the undulator of a Free-Electron ...
For single-pass free-electron lasers (FEL), such as amplifiers and SASE devices, saturation of the r...
The most demanding requirement for future FELs in the x-ray regime [2, 3] is the generation of a suf...
Compact laser-plasma accelerators can produce high energy electron beams with low emittance, high pe...
By "conditioning" an electron beam, through establishing a correlation between transverse action an...
Energy extraction efficiency of a free electron laser (FEL) can be increased when the undulator is t...
Several methods have been proposed in the literature to improve free electron laser output by transf...
The ability to generate small transverse emittance is perhaps the main limiting factor for the perfo...
Abstract--In a free electron laser (FEL), the radiation field, wiggler field and electron beam reson...
A self-consistent theory of a free electron laser (FEL) with slowly varying beam and undulator param...
The consequences of beam conditioning in four example cases [VISA, a soft x-ray free-electron laser ...
The consequences of beam conditioning in four example cases [VISA, a soft x-ray free-electron laser ...
Several ideas have been proposed to ‘condition ’ an electron beam prior to the undulator of a Free-E...
Several ideas have been proposed to “condition” an electron beam prior to the undulator of a free-el...
The consequences of beam conditioning in four example cases (VISA, a Soft X-Ray FEL, LCLS and a "Gr...
It has been proposed [1] to ‘condition ’ an electron beam prior to the undulator of a Free-Electron ...
For single-pass free-electron lasers (FEL), such as amplifiers and SASE devices, saturation of the r...
The most demanding requirement for future FELs in the x-ray regime [2, 3] is the generation of a suf...
Compact laser-plasma accelerators can produce high energy electron beams with low emittance, high pe...
By "conditioning" an electron beam, through establishing a correlation between transverse action an...
Energy extraction efficiency of a free electron laser (FEL) can be increased when the undulator is t...
Several methods have been proposed in the literature to improve free electron laser output by transf...
The ability to generate small transverse emittance is perhaps the main limiting factor for the perfo...
Abstract--In a free electron laser (FEL), the radiation field, wiggler field and electron beam reson...
A self-consistent theory of a free electron laser (FEL) with slowly varying beam and undulator param...