Diffraction Radiation is receiving ever more consideration as a nonintercepting diagnostic tool. On the superconducting linac at FLASH diagnostic instruments based on DR are routinely used, and new developments are continuously experimented. The analysis of the coherent part of DR spectrum allows the measurement of the longitudinal charge distribution in the bunch, while the incoherent emission at optical wavelengths can give information on the transverse beam size
The development of the non-invasive bunch size diagnostics based on the diffraction radiation is now...
Conventional intercepting transverse electron beam diagnostics, as the one based on Optical Transiti...
Diffraction radiation (DR) is produced when a relativistic charged particle moves in the vicinity of...
Diffraction Radiation is receiving ever more consideration as a nonintercepting diagnostic tool. On...
Diffraction Radiation is receiving ever more consideration as a nonintercepting diagnostic tool. On...
The characterization of the transverse phase space of electron beams with high charge density and hi...
Conventional intercepting transverse electron beam diagnostics, as the one based on Optical Transit...
Conventional intercepting transverse electron beam diagnostics, e.g. based on Optical Transition Ra...
Conventional intercepting transverse electron beam diagnostics, e.g. based on Optical Transition Ra...
Transverse electron beam size measurements are required in order to determine the transverse emitta...
Linear colliders (LCs) and short wavelength free electron lasers (FELs) require ultra-high brilliant...
The characterization of the transverse phase space for high charge density and high energy electron ...
Abstract A new non-intercepting beam size diagnostics for high-charge electron beams is presented....
The characterization of the transverse phase space for high charge density and high energy electron ...
High-gain Free Electron Lasers and future Linear Colliders require development of modern electron l...
The development of the non-invasive bunch size diagnostics based on the diffraction radiation is now...
Conventional intercepting transverse electron beam diagnostics, as the one based on Optical Transiti...
Diffraction radiation (DR) is produced when a relativistic charged particle moves in the vicinity of...
Diffraction Radiation is receiving ever more consideration as a nonintercepting diagnostic tool. On...
Diffraction Radiation is receiving ever more consideration as a nonintercepting diagnostic tool. On...
The characterization of the transverse phase space of electron beams with high charge density and hi...
Conventional intercepting transverse electron beam diagnostics, as the one based on Optical Transit...
Conventional intercepting transverse electron beam diagnostics, e.g. based on Optical Transition Ra...
Conventional intercepting transverse electron beam diagnostics, e.g. based on Optical Transition Ra...
Transverse electron beam size measurements are required in order to determine the transverse emitta...
Linear colliders (LCs) and short wavelength free electron lasers (FELs) require ultra-high brilliant...
The characterization of the transverse phase space for high charge density and high energy electron ...
Abstract A new non-intercepting beam size diagnostics for high-charge electron beams is presented....
The characterization of the transverse phase space for high charge density and high energy electron ...
High-gain Free Electron Lasers and future Linear Colliders require development of modern electron l...
The development of the non-invasive bunch size diagnostics based on the diffraction radiation is now...
Conventional intercepting transverse electron beam diagnostics, as the one based on Optical Transiti...
Diffraction radiation (DR) is produced when a relativistic charged particle moves in the vicinity of...