Add to ORKGWe report on a series of measurements of the transverse wakefield from tapered collimators. The collimators were designed to principally present a geometric impedance to the beam, and to minimize impedances from resistivity or surface features; in addition, the geometries of the collimators were selected to permit examination of the scaling behavior of the wakefield due to collimator taper angle and minimum gap size. We present the measured near-center wakefields of the collimators, as well as the effect of bunch-length variation. The measurements are compared to analytic models and MAFIA simulations
Precise collimation of the beam halo is required in the International Linear Collider (ILC) to preve...
Using a recently developed time domain numerical approach we calculate the short-range geometric wak...
We present longitudinal and dipole wakefield simulations of TESLA and NLC collimator designs using a...
We report on a series of measurements of the transverse wakefield from tapered collimators. The coll...
We report on a recent set of measurements of the transverse wakefields from longitudinally tapered c...
The transverse wakefield component arising from sur-face resistivity is expected to play a major rol...
The transverse wakefield component arising from sur-face resistivity is expected to play a major rol...
Direct measurement of the short-range wakefield due to a series of tapered collimators is presented....
We present a direct measurement of the short-range wakefield of a series of tapered collimators. The...
Precise collimation of the beam halo is required in the International Linear Collider (ILC) to preve...
The performance of future linear colliders are limited by the effect of short-range collimator wakef...
The angular deflection of a 28.5 GeV electron beam passing off-axis between the jaws of a collimator...
Wakefields excited in the small aperture collimators may damage the beam. As pointed out by K. Bane ...
Wakefields excited in the small aperture collimators may damage the beam. As pointed out by K. Bane ...
We report on measurements of the transverse wakefields induced by collimators of differing character...
Precise collimation of the beam halo is required in the International Linear Collider (ILC) to preve...
Using a recently developed time domain numerical approach we calculate the short-range geometric wak...
We present longitudinal and dipole wakefield simulations of TESLA and NLC collimator designs using a...
We report on a series of measurements of the transverse wakefield from tapered collimators. The coll...
We report on a recent set of measurements of the transverse wakefields from longitudinally tapered c...
The transverse wakefield component arising from sur-face resistivity is expected to play a major rol...
The transverse wakefield component arising from sur-face resistivity is expected to play a major rol...
Direct measurement of the short-range wakefield due to a series of tapered collimators is presented....
We present a direct measurement of the short-range wakefield of a series of tapered collimators. The...
Precise collimation of the beam halo is required in the International Linear Collider (ILC) to preve...
The performance of future linear colliders are limited by the effect of short-range collimator wakef...
The angular deflection of a 28.5 GeV electron beam passing off-axis between the jaws of a collimator...
Wakefields excited in the small aperture collimators may damage the beam. As pointed out by K. Bane ...
Wakefields excited in the small aperture collimators may damage the beam. As pointed out by K. Bane ...
We report on measurements of the transverse wakefields induced by collimators of differing character...
Precise collimation of the beam halo is required in the International Linear Collider (ILC) to preve...
Using a recently developed time domain numerical approach we calculate the short-range geometric wak...
We present longitudinal and dipole wakefield simulations of TESLA and NLC collimator designs using a...