Beam-based feedback systems play an essential role in the operation of high energy electron-positron linear colliders. Ground motion, vibration and other disturbances can significantly alter the beam trajectory or degrade the beam quality. Feedback systems are required for long term stability and for case and efficiency of operation. Trajectory feedback for the Next Linear Collider (NLC) has been studied extensively to understand both the achievable orbit quality and the time response characteristics. More recently, these studies have been extended to evaluate performance in the presence of ground motion
Ground motion and vibration can be a limiting factor in the performance of future colliders, in part...
Keeping nanometer-sized beams in collision is an essential component in achieving design luminosity ...
Multiple feedback systems are foreseen to ensure stable luminosity for the X-band linear collider. B...
Extensive beam-based feedback systems are planned as an integral part of the Next Linear Collider (N...
The performance of various systems of the Next Linear Collider (NLC) have been studied in terms of g...
The NLC linac train-by-train feedback system is designed to stabilize the beam trajectory, but is al...
Beam-based feedback systems were a key element in the successful operation of the Stanford Linear Co...
The performance of high energy linear colliders depends critically on the stability with which they ...
Feedback systems are essential for stable operation of a linear collider, providing a cost-effective...
The performance of high energy linear colliders depends critically on the stability with which they ...
Feedback systems are essential for stable operation of a linear collider, providing a cost-effective...
The Compact Linear Collider (CLIC) is a future multi-TeV electron positron collider, which is curren...
International audienceGround motion is a severe problem for many particle accelerators, since it exc...
Ground motion and vibration can be a limiting factor in the performance of future linear colliders. ...
The future linear collider has strong stability requirements on the position of the beam along the a...
Ground motion and vibration can be a limiting factor in the performance of future colliders, in part...
Keeping nanometer-sized beams in collision is an essential component in achieving design luminosity ...
Multiple feedback systems are foreseen to ensure stable luminosity for the X-band linear collider. B...
Extensive beam-based feedback systems are planned as an integral part of the Next Linear Collider (N...
The performance of various systems of the Next Linear Collider (NLC) have been studied in terms of g...
The NLC linac train-by-train feedback system is designed to stabilize the beam trajectory, but is al...
Beam-based feedback systems were a key element in the successful operation of the Stanford Linear Co...
The performance of high energy linear colliders depends critically on the stability with which they ...
Feedback systems are essential for stable operation of a linear collider, providing a cost-effective...
The performance of high energy linear colliders depends critically on the stability with which they ...
Feedback systems are essential for stable operation of a linear collider, providing a cost-effective...
The Compact Linear Collider (CLIC) is a future multi-TeV electron positron collider, which is curren...
International audienceGround motion is a severe problem for many particle accelerators, since it exc...
Ground motion and vibration can be a limiting factor in the performance of future linear colliders. ...
The future linear collider has strong stability requirements on the position of the beam along the a...
Ground motion and vibration can be a limiting factor in the performance of future colliders, in part...
Keeping nanometer-sized beams in collision is an essential component in achieving design luminosity ...
Multiple feedback systems are foreseen to ensure stable luminosity for the X-band linear collider. B...