In this paper, the influence of undulator errors, more specific magnetic field errors, on the Free-Electron Laser performance is investigated. Both the influence of variation in undulator peak field and of dipole fields resulting from misaligned quadrupoles, is considered. For these quantities, upper limits are given, and the influence of additional correction stations on the reduction in performance is studied
The field of the undulator for the VUV–FEL at the TESLA Test Facility has to meet very tough toleran...
A detailed study of hardware related tolerances for the undulator system for the European x-ray free...
The electron beam trajectory inside an undulator with integrated strong focusing quadrupoles is dist...
In this paper, the influence of undulator errors, more specific magnetic field errors, on the Free-E...
The VUV FEL, which is in its design stage at DESY, is a SASE device which is driven by a 1 GeV super...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
In SASE FELs, the radiation power has to saturate in a single pass through the undulator. In the VUV...
At DESY in Hamburg a free electron laser for the VUV spectral range at 6.4 nm using self amplified s...
At DESY in Hamburg a free electron laser for the VUV spectral range at 6.4 nm using self amplified s...
At DESY in Hamburg a free electron laser for the VUV spectral range at 6.4 nm using self amplified s...
The field of the undulator for the VUV–FEL at the TESLA Test Facility has to meet very tough toleran...
The field of the undulator for the VUV–FEL at the TESLA Test Facility has to meet very tough toleran...
A detailed study of hardware related tolerances for the undulator system for the European x-ray free...
The electron beam trajectory inside an undulator with integrated strong focusing quadrupoles is dist...
In this paper, the influence of undulator errors, more specific magnetic field errors, on the Free-E...
The VUV FEL, which is in its design stage at DESY, is a SASE device which is driven by a 1 GeV super...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
The problem of undulator field errors caused by variations of magnet positions and thickness and cor...
In SASE FELs, the radiation power has to saturate in a single pass through the undulator. In the VUV...
At DESY in Hamburg a free electron laser for the VUV spectral range at 6.4 nm using self amplified s...
At DESY in Hamburg a free electron laser for the VUV spectral range at 6.4 nm using self amplified s...
At DESY in Hamburg a free electron laser for the VUV spectral range at 6.4 nm using self amplified s...
The field of the undulator for the VUV–FEL at the TESLA Test Facility has to meet very tough toleran...
The field of the undulator for the VUV–FEL at the TESLA Test Facility has to meet very tough toleran...
A detailed study of hardware related tolerances for the undulator system for the European x-ray free...
The electron beam trajectory inside an undulator with integrated strong focusing quadrupoles is dist...