In this note, the analysis on linac quadrupole misalignment is presented for the FACET linac section LI05-09 plus LI11-19. The effectiveness of the beam-based alignment technique is preliminarily confirmed by the measurement. Beam-based alignment technique was adopted at SLAC linac since SLC time. Here the beam-based alignment algorithms are further developed and applied in the FACET commissioning during 2012 run
Tolerances of misalignment of quads and cavities of ILC main linac- 20050516 2005.05.16 K.Kubo • For...
For future linear colliders, very low emittance beams will be required to achieve high luminosity. T...
The extremely small vertical beam size required at the interaction point of future linear colliders,...
The Facility for AdvancedAccelerator and Experimental Tests (FACET) at the SLAC National Accelerator...
We have made measurements of the alignment of the Los Alamos Neutron Science Center (LANSCE) Drift T...
We describe the results of a series of simulation studies of beam-based alignment of the NLC main li...
The main obstacle to emittance preservation in the main linac of a linear collider is the alignment ...
In this paper, we give a short introduction to the NLC linac alignment and tuning procedures. A more...
In a linear accelerator, it is important to achieve a good alignment between all of its components (...
In this paper, we give a short introduction to the NLC linac alignment and tuning procedures. A more...
Beam-based alignment of quadrupoles by variation of quadrupole strength is a widely used technique i...
The performance of future linear colliders will depend critically on beam-based alignment (BBA) and ...
Tests of Beam-Based Alignment have been performed at FACET, at SLAC in the USA, and at Fermi, at Ele...
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 ...
Tolerances of misalignment of quads and cavities of ILC main linac- 20050516 2005.05.16 K.Kubo • For...
For future linear colliders, very low emittance beams will be required to achieve high luminosity. T...
The extremely small vertical beam size required at the interaction point of future linear colliders,...
The Facility for AdvancedAccelerator and Experimental Tests (FACET) at the SLAC National Accelerator...
We have made measurements of the alignment of the Los Alamos Neutron Science Center (LANSCE) Drift T...
We describe the results of a series of simulation studies of beam-based alignment of the NLC main li...
The main obstacle to emittance preservation in the main linac of a linear collider is the alignment ...
In this paper, we give a short introduction to the NLC linac alignment and tuning procedures. A more...
In a linear accelerator, it is important to achieve a good alignment between all of its components (...
In this paper, we give a short introduction to the NLC linac alignment and tuning procedures. A more...
Beam-based alignment of quadrupoles by variation of quadrupole strength is a widely used technique i...
The performance of future linear colliders will depend critically on beam-based alignment (BBA) and ...
Tests of Beam-Based Alignment have been performed at FACET, at SLAC in the USA, and at Fermi, at Ele...
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 ...
Tolerances of misalignment of quads and cavities of ILC main linac- 20050516 2005.05.16 K.Kubo • For...
For future linear colliders, very low emittance beams will be required to achieve high luminosity. T...
The extremely small vertical beam size required at the interaction point of future linear colliders,...
DOI
Add to ORKG