The Final Focus Test Beam (FFTB) was conceived as a technological stepping stone on the way to the next linear collider. Nowhere is this more evident than with the alignment subsystems. Alignment tolerances for components prior to beam turn are almost an order of magnitude smaller than for previous projects at SLAC. Position monitoring systems which operate independent of the beam are employed to monitor motions of the components locally and globally with unprecedented precision. An overview of the FFTB alignment system is presented herein
The performance of future linear colliders will depend critically on beam-based alignment (BBA) and ...
Abstract The next generation of linear colliders will require alignment accuracies and stabilities o...
The paper describes the status of the laser-based alignment-system for the luminosity detector, Lumi...
The Final Focus Test Beam was conceived as a technological stepping stone on the way to the next lin...
Beam-based alignment of quadrupole and sextupole magnets is crucial for the overall performance of l...
The Final Focus Test Beam (FFTB) is a transport line designed to test both concept and advanced tech...
In order to optimize tunability and backgrounds in linear collider final focus systems, it is necess...
In its present form, the Final Focus Test Beam (FFTB) is a transport line designed to transmit 50 Ge...
Beam based alignment is being routinely applied in the SLC Final Focus and has proved to be a very u...
The next generation of linear colliders will require more stringent alignment tolerances than those ...
In order to meet their luminosity goals, linear colliders operating in the center-of-mass energy ran...
The Final Focus Test Beam is a transport line designed to transmit 50 GeV electron beams of SLC emit...
The first results of the experiment on the beam-based adaptive alignment of the magnetic elements of...
The first results of the experiment on the beam-based adaptive alignment of the magnetic elements of...
CLIC (Compact Linear Collider) has tight requirements regarding pre-alignment of beam related compon...
The performance of future linear colliders will depend critically on beam-based alignment (BBA) and ...
Abstract The next generation of linear colliders will require alignment accuracies and stabilities o...
The paper describes the status of the laser-based alignment-system for the luminosity detector, Lumi...
The Final Focus Test Beam was conceived as a technological stepping stone on the way to the next lin...
Beam-based alignment of quadrupole and sextupole magnets is crucial for the overall performance of l...
The Final Focus Test Beam (FFTB) is a transport line designed to test both concept and advanced tech...
In order to optimize tunability and backgrounds in linear collider final focus systems, it is necess...
In its present form, the Final Focus Test Beam (FFTB) is a transport line designed to transmit 50 Ge...
Beam based alignment is being routinely applied in the SLC Final Focus and has proved to be a very u...
The next generation of linear colliders will require more stringent alignment tolerances than those ...
In order to meet their luminosity goals, linear colliders operating in the center-of-mass energy ran...
The Final Focus Test Beam is a transport line designed to transmit 50 GeV electron beams of SLC emit...
The first results of the experiment on the beam-based adaptive alignment of the magnetic elements of...
The first results of the experiment on the beam-based adaptive alignment of the magnetic elements of...
CLIC (Compact Linear Collider) has tight requirements regarding pre-alignment of beam related compon...
The performance of future linear colliders will depend critically on beam-based alignment (BBA) and ...
Abstract The next generation of linear colliders will require alignment accuracies and stabilities o...
The paper describes the status of the laser-based alignment-system for the luminosity detector, Lumi...