Add to ORKGSince 2009 an Alignment Diagnostic System (ADS) has been operating at the undulator of the new Linac Coherent Light Source at SLAC National Accelerator Laboratory. The undulator spans a distance of 132 meters and is structured into 33 segments. Each segment is equipped with four hydrostatic leveling sensors and four wire position monitors. This report describes the set up and reflects the experience gained with the ADS
For the next generation of Linear Colliders (LC) the precision alignment of accelerator com-ponents ...
For the next generation of Linear Colliders (LC) the precision alignment of accelerator com-ponents ...
A new remote-controllable sensing system for a laser-based alignment system is in development to mea...
X-ray FELs demand that the positions of undulator components be stable to less than 1 µm per day. Si...
The LCLS x-ray FEL has recently achieved its 1.5-Angstrom lasing and saturation goals upon first tri...
The Alignment Diagnostic System (ADS) of the LCLS undulator system indicates that the 33 undulator q...
The paper describes the status of the laser-based alignment-system for the luminosity detector, Lumi...
The Final Focus Test Beam (FFTB) was conceived as a technological stepping stone on the way to the n...
The Final Focus Test Beam was conceived as a technological stepping stone on the way to the next lin...
X-ray FELs demand that the positions of undulator components be stable to less than 1 {mu}m per day....
The Stanford Linear Accelerator Center is evaluating the feasibility of placing a free electron lase...
This paper describes survey and alignment at the Lawrence Berkeley National Laboratory`s Advanced Li...
The Laser Alignment System (LAS) of the CMS silicon strip Tracker has been designed for surveying th...
Modern large-area precision tracking detectors require increasing accuracy of the geometrical alignm...
Abstract The VISA experiment is designed to reach and study saturation in a high gain 800nm SASE FEL...
For the next generation of Linear Colliders (LC) the precision alignment of accelerator com-ponents ...
For the next generation of Linear Colliders (LC) the precision alignment of accelerator com-ponents ...
A new remote-controllable sensing system for a laser-based alignment system is in development to mea...
X-ray FELs demand that the positions of undulator components be stable to less than 1 µm per day. Si...
The LCLS x-ray FEL has recently achieved its 1.5-Angstrom lasing and saturation goals upon first tri...
The Alignment Diagnostic System (ADS) of the LCLS undulator system indicates that the 33 undulator q...
The paper describes the status of the laser-based alignment-system for the luminosity detector, Lumi...
The Final Focus Test Beam (FFTB) was conceived as a technological stepping stone on the way to the n...
The Final Focus Test Beam was conceived as a technological stepping stone on the way to the next lin...
X-ray FELs demand that the positions of undulator components be stable to less than 1 {mu}m per day....
The Stanford Linear Accelerator Center is evaluating the feasibility of placing a free electron lase...
This paper describes survey and alignment at the Lawrence Berkeley National Laboratory`s Advanced Li...
The Laser Alignment System (LAS) of the CMS silicon strip Tracker has been designed for surveying th...
Modern large-area precision tracking detectors require increasing accuracy of the geometrical alignm...
Abstract The VISA experiment is designed to reach and study saturation in a high gain 800nm SASE FEL...
For the next generation of Linear Colliders (LC) the precision alignment of accelerator com-ponents ...
For the next generation of Linear Colliders (LC) the precision alignment of accelerator com-ponents ...
A new remote-controllable sensing system for a laser-based alignment system is in development to mea...