Dedicated longitudinal electron beam diagnostics is highly demanded for the control and optimization of modern X-ray free-electron lasers (XFEL). At the European XFEL, 3 transverse deflecting structures (TDS) will be installed at different locations of the accelerator for measurements of slice emittance and longitudinal profile. Operation of a TDS in combined use with an energy spectrometer, e.g. a dispersive section after a single dipole magnet, allows additionally for longitudinal phase space (LPS) measurements. However, utilization of a dipole magnet is not compatible with single-bunch measurements in multi-bunch operation mode, which will be the standard operation mode of the European XFEL. In this paper, we propose a LPS diagnostic bea...
The operation of a high-gain free-electron laser (FEL) puts stringent demands on the peak current, t...
Short wavelength, high intensity Free Electron Lasers (FELs) require a high brightness electron beam...
Short wavelength, high intensity Free Electron Lasers (FELs) require a high brightness electron beam...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
The longitudinal current profile and slice emittance are important bunch parameters for the operatio...
Characterization of the longitudinal phase space (LPS) of the electron beam after the FEL process is...
For the control and optimization of electron beam parameters at modern free-electron lasers (FEL), t...
Transverse emittances as well as the energy spread and the peak current of the electron bunches are ...
European XFEL comprises a 17.5 GeV linear accelerator for the generation of hard X-rays. Electron bu...
High-brightness electron bunches with small transverse emittance are required to drive X-ray free-el...
High-brightness electron bunches with small transverse emittance are required to drive X-ray free-el...
The FEL process is determined by the 6D phase space distribution of relativistic electron bunches. E...
The operation of a high-gain free-electron laser (FEL) puts stringent demands on the peak current, t...
Short wavelength, high intensity Free Electron Lasers (FELs) require a high brightness electron beam...
Short wavelength, high intensity Free Electron Lasers (FELs) require a high brightness electron beam...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
Dedicated longitudinal electron beam diagnostics is essential for successful operation of modern fre...
The longitudinal current profile and slice emittance are important bunch parameters for the operatio...
Characterization of the longitudinal phase space (LPS) of the electron beam after the FEL process is...
For the control and optimization of electron beam parameters at modern free-electron lasers (FEL), t...
Transverse emittances as well as the energy spread and the peak current of the electron bunches are ...
European XFEL comprises a 17.5 GeV linear accelerator for the generation of hard X-rays. Electron bu...
High-brightness electron bunches with small transverse emittance are required to drive X-ray free-el...
High-brightness electron bunches with small transverse emittance are required to drive X-ray free-el...
The FEL process is determined by the 6D phase space distribution of relativistic electron bunches. E...
The operation of a high-gain free-electron laser (FEL) puts stringent demands on the peak current, t...
Short wavelength, high intensity Free Electron Lasers (FELs) require a high brightness electron beam...
Short wavelength, high intensity Free Electron Lasers (FELs) require a high brightness electron beam...