Add to ORKGThe program of low charge mode of operation is under development at free electron laser FLASH aiming in single mode radiation pulses. A short pulse photoinjector laser has been installed at FLASH allowing production of ultrashort electron pluses with moderate compression factor of the beam formation system. Here we present pilot results of free electron laser FLASH operating at the wavelength of 13.1 nm and driven by 70 pC electron bunches. Relevant theoretical analysis has been performed showing good agreement with experimental results
We have studied the properties of a low emittance electron beam produced by laser pulses incident on...
High-intensity, low-emittance, short electron bunches are needed to attain Self-Amplified Spontaneou...
FLASH, the free-electron laser user facility at DESY (Hamburg, Germany), delivers since 2005 high br...
The program of low charge mode of operation is under development at free electron laser FLASH aiming...
This paper describes the experimental activity on the generation of very short FEL pulses in the sof...
FLASH is a high-gain free-electron laser (FEL) in the soft x-ray range. This paper discusses the gen...
FLASH is a high-gain free-electron laser (FEL) in thesoft x-ray range. This paper discusses the gene...
This paper discusses the generation of single spike SASEpulses at soft x-ray wavelength at the free-...
In order to extend the parameter range of FLASH towards shorter electron pulses down to a few fs SAS...
High-gain Free-Electron Lasers (FEL) constitute a powerful source of intense, short radiation pulses...
Accelerator based lightsources are one of the most powerful tools today for producing high intensity...
The superconducting free-electron laser user facility FLASH at DESY in Hamburg, routinely produces s...
The vacuum-ultra-violet free electron laser in Hamburg (FLASH) is a linear accelerator driven SASE-F...
The Free-Electron Laser in Hamburg (FLASH) is a user facility delivering femtosecond short radiation...
This thesis details studies to develop methods for the generation of ultra-short pulse of light to ...
We have studied the properties of a low emittance electron beam produced by laser pulses incident on...
High-intensity, low-emittance, short electron bunches are needed to attain Self-Amplified Spontaneou...
FLASH, the free-electron laser user facility at DESY (Hamburg, Germany), delivers since 2005 high br...
The program of low charge mode of operation is under development at free electron laser FLASH aiming...
This paper describes the experimental activity on the generation of very short FEL pulses in the sof...
FLASH is a high-gain free-electron laser (FEL) in the soft x-ray range. This paper discusses the gen...
FLASH is a high-gain free-electron laser (FEL) in thesoft x-ray range. This paper discusses the gene...
This paper discusses the generation of single spike SASEpulses at soft x-ray wavelength at the free-...
In order to extend the parameter range of FLASH towards shorter electron pulses down to a few fs SAS...
High-gain Free-Electron Lasers (FEL) constitute a powerful source of intense, short radiation pulses...
Accelerator based lightsources are one of the most powerful tools today for producing high intensity...
The superconducting free-electron laser user facility FLASH at DESY in Hamburg, routinely produces s...
The vacuum-ultra-violet free electron laser in Hamburg (FLASH) is a linear accelerator driven SASE-F...
The Free-Electron Laser in Hamburg (FLASH) is a user facility delivering femtosecond short radiation...
This thesis details studies to develop methods for the generation of ultra-short pulse of light to ...
We have studied the properties of a low emittance electron beam produced by laser pulses incident on...
High-intensity, low-emittance, short electron bunches are needed to attain Self-Amplified Spontaneou...
FLASH, the free-electron laser user facility at DESY (Hamburg, Germany), delivers since 2005 high br...