Add to ORKGThe future large accelerator, such as a TeV linear collid-er, should have extremely small emittance to perform the required luminosity. Precise alignment of machine compo-nents is essential to prevent emittance dilution. The groun
The installation of elements in the main linac of future linear colliders can only be done with a li...
Ground motion and vibration can be a limiting factor in the performance of future linear colliders. ...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
The future TeV linear collider should have extremely small beam emittance to achieve the required lu...
The next generation linear colliders should have extremely small emittance in order to achieve suffi...
Optimization of the parameters of a future linear collider requires comprehensive models of ground m...
The next generation of linear colliders will require more stringent alignment tolerances than those ...
The future International Linear Collider (ILC) and Compact Linear Collider (CLIC) are intended for p...
Abstract The next generation of linear colliders will require alignment accuracies and stabilities o...
Controlling beam emittance is important for future linear colliders as well as high-brightness light...
For future linear colliders, very low emittance beams will be required to achieve high luminosity. T...
At the present time, there are a number of future linear collider designs with a center-of-mass ener...
We present the prospects for the next generation of high-energy physics experiments with electron-po...
At the present time, there are a number of future linear collider designs with a center-of-mass ener...
The alignment tolerance of accelerating structures is estimated by tracking simulations. Both single...
The installation of elements in the main linac of future linear colliders can only be done with a li...
Ground motion and vibration can be a limiting factor in the performance of future linear colliders. ...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
The future TeV linear collider should have extremely small beam emittance to achieve the required lu...
The next generation linear colliders should have extremely small emittance in order to achieve suffi...
Optimization of the parameters of a future linear collider requires comprehensive models of ground m...
The next generation of linear colliders will require more stringent alignment tolerances than those ...
The future International Linear Collider (ILC) and Compact Linear Collider (CLIC) are intended for p...
Abstract The next generation of linear colliders will require alignment accuracies and stabilities o...
Controlling beam emittance is important for future linear colliders as well as high-brightness light...
For future linear colliders, very low emittance beams will be required to achieve high luminosity. T...
At the present time, there are a number of future linear collider designs with a center-of-mass ener...
We present the prospects for the next generation of high-energy physics experiments with electron-po...
At the present time, there are a number of future linear collider designs with a center-of-mass ener...
The alignment tolerance of accelerating structures is estimated by tracking simulations. Both single...
The installation of elements in the main linac of future linear colliders can only be done with a li...
Ground motion and vibration can be a limiting factor in the performance of future linear colliders. ...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...