A study on the sensitivity of the CLIC Damping Ring lattice to different sources of misalignment is presented. Dipole and quadrupole rolls, quadrupole and sextupole vertical offsets are considered, as well as the impact of a finite BPM resolution. The result of this study defines a low emittance tuning procedure and establishes alignment tolerances to preserve the vertical emittance below the design value (1 pm·rad). Non-linear dynamics studies including dynamic aperture and frequency maps are shown and synchrotron radiation effects are discussed
Designing a lattice with sufficient dynamic aperture for the ILCDamping Rings is very challenging a...
Triggered by the RF frequency reduction of the CLIC main linac cavities, the damping ring parameters...
The CLIC pre-damping rings have to accommodate a large emittance beam, coming in particular from the...
In the frame of the CLIC main Damping Ring a study on the sensitivity of the lattice to different so...
The present design of the CLIC damping ring can easily accommodate anticipated CLIC parameter change...
The CLIC damping rings should produce the ultra-low emittance with high bunch charge necessary for t...
Triggered by the RF frequency reduction of the CLIC main linac cavities, the damping ring parameters...
A high-energy (0.5-3.0 TeV centre of mass) electron-positron Compact Linear Collider (CLIC) is being...
Abstract: Linear collider damping rings are highly sensitive to magnet alignment. Emittance tuning s...
The International Linear Collider (ILC) is a proposed 500GeV center-of-mass electron/positron collid...
A high-energy (0.5-3.0 TeV centre of mass) electron-positron Compact Linear Collider (CLIC) is being...
The new design of CLIC damping rings is based on longitudinal variable bends and high field supercon...
In this paper we present the latest results regarding the tuning study of the baseline design of the...
Linear collider damping rings are highly sensitive to magnet alignment. Emittance tuning simulations...
Damping rings with very small normalized equilibrium emittance and short damping times are required ...
Designing a lattice with sufficient dynamic aperture for the ILCDamping Rings is very challenging a...
Triggered by the RF frequency reduction of the CLIC main linac cavities, the damping ring parameters...
The CLIC pre-damping rings have to accommodate a large emittance beam, coming in particular from the...
In the frame of the CLIC main Damping Ring a study on the sensitivity of the lattice to different so...
The present design of the CLIC damping ring can easily accommodate anticipated CLIC parameter change...
The CLIC damping rings should produce the ultra-low emittance with high bunch charge necessary for t...
Triggered by the RF frequency reduction of the CLIC main linac cavities, the damping ring parameters...
A high-energy (0.5-3.0 TeV centre of mass) electron-positron Compact Linear Collider (CLIC) is being...
Abstract: Linear collider damping rings are highly sensitive to magnet alignment. Emittance tuning s...
The International Linear Collider (ILC) is a proposed 500GeV center-of-mass electron/positron collid...
A high-energy (0.5-3.0 TeV centre of mass) electron-positron Compact Linear Collider (CLIC) is being...
The new design of CLIC damping rings is based on longitudinal variable bends and high field supercon...
In this paper we present the latest results regarding the tuning study of the baseline design of the...
Linear collider damping rings are highly sensitive to magnet alignment. Emittance tuning simulations...
Damping rings with very small normalized equilibrium emittance and short damping times are required ...
Designing a lattice with sufficient dynamic aperture for the ILCDamping Rings is very challenging a...
Triggered by the RF frequency reduction of the CLIC main linac cavities, the damping ring parameters...
The CLIC pre-damping rings have to accommodate a large emittance beam, coming in particular from the...