Add to ORKGIn the main linac of the compact linear collider (CLIC) the beam induced wakefield and dispersive effects will be strong. In the paper the reference beam-based alignment procedure for the new CLIC parameters is specified and the resulting tolerances for static imperfections are detailed
It has been demonstrated that in the Compact Linear collider (CLIC) alignment errors of the order of...
In the CLIC main linac it is very important to minimise the trajectory excursion and consequently th...
In the CLIC main linac it is very important to minimise the trajectory excursion and consequently th...
In the Compact Linear Collider (CLIC), it is planned to use an active micro-mover system in order to...
The luminosity that can be achieved in a linear collider strongly depends on the vertical emittance ...
The Compact Linear Collider (CLIC) is a future multi-TeV collider for the post-Large Hadron Collider...
The extremely small vertical beam size required at the interaction point of future linear colliders,...
Control of beam emittance is a key issue in the design of future linear colliders. Results depend cl...
The extremely small vertical beam size required at the interaction point of future linear colliders,...
The luminosity that can be achieved in a linear collider strongly depends on the vertical emittance ...
In the compact linear collider (CLIC) the tolerances on dynamic imperfections are tight in themain l...
Aligning the CLIC Beam Delivery System faces two major challenges, the tight tolerances for the emit...
A complete solution has been proposed for the pre-alignment of the CLIC main linac in 2012 for the C...
The installation of elements in the main linac of future linear colliders can only be done with a li...
In the Compact Linear Collider (CLIC) a high-current, low-energy beam will be decelerated in a chain...
It has been demonstrated that in the Compact Linear collider (CLIC) alignment errors of the order of...
In the CLIC main linac it is very important to minimise the trajectory excursion and consequently th...
In the CLIC main linac it is very important to minimise the trajectory excursion and consequently th...
In the Compact Linear Collider (CLIC), it is planned to use an active micro-mover system in order to...
The luminosity that can be achieved in a linear collider strongly depends on the vertical emittance ...
The Compact Linear Collider (CLIC) is a future multi-TeV collider for the post-Large Hadron Collider...
The extremely small vertical beam size required at the interaction point of future linear colliders,...
Control of beam emittance is a key issue in the design of future linear colliders. Results depend cl...
The extremely small vertical beam size required at the interaction point of future linear colliders,...
The luminosity that can be achieved in a linear collider strongly depends on the vertical emittance ...
In the compact linear collider (CLIC) the tolerances on dynamic imperfections are tight in themain l...
Aligning the CLIC Beam Delivery System faces two major challenges, the tight tolerances for the emit...
A complete solution has been proposed for the pre-alignment of the CLIC main linac in 2012 for the C...
The installation of elements in the main linac of future linear colliders can only be done with a li...
In the Compact Linear Collider (CLIC) a high-current, low-energy beam will be decelerated in a chain...
It has been demonstrated that in the Compact Linear collider (CLIC) alignment errors of the order of...
In the CLIC main linac it is very important to minimise the trajectory excursion and consequently th...
In the CLIC main linac it is very important to minimise the trajectory excursion and consequently th...