Add to ORKGBeam dynamics issues affect many different aspects of the SLC performance. This paper concentrates on the multi-particle beam dynamics in the linac and the asso-ciated limitations that are imposed on the overall SLC performance. The beam behavior in the presence of strong wakefields has been studied in order identify ways to optimize the performance and to predict the ex-pected emittances in high performance linacs. Emittance measurements and simulations are presented for the SLAC linac and are compared in detail. As the overall SLC performance depends on the accelerator stability, the tuning stability is discussed. Results are shown and the consequences for the performance of the SLC are discussed.
The requirements of RF acceleration in the SLC Linac to produce high energy beams are complicated by...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
We discuss tolerances and correction schemes needed to con-trol single- and multi-bunch emittance in...
The transverse emittances in the SLAC Linear Collider can be severely diluted by collective wakefiel...
The performance of a wakefield accelerator in a high energy collider application is analyzed by use ...
The interaction of charged beams with the surrounding accelerating structures requires a thorough in...
The limitation in increasing the beam current in the SLC linac comes from the emittance growth cause...
In this paper, we present a series of analytic expressions to predict the beam dynamics in a long li...
The Linac of the SLAC Linear Collider (SLC) is required to accelerate several intense single electro...
Abstract The implications of long-range wakefields on the beam quality are investigated through a de...
In linear accelerators, wake field effects and dispersion from orbit distortions can lead to conside...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
INTRODUCTION In a linear collider, the dynamics of the beam that travels in the linac is simultaneo...
The primary goal of present and future linear colliders is to maximize the integrated luminosity for...
The requirements of RF acceleration in the SLC Linac to produce high energy beams are complicated by...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
We discuss tolerances and correction schemes needed to con-trol single- and multi-bunch emittance in...
The transverse emittances in the SLAC Linear Collider can be severely diluted by collective wakefiel...
The performance of a wakefield accelerator in a high energy collider application is analyzed by use ...
The interaction of charged beams with the surrounding accelerating structures requires a thorough in...
The limitation in increasing the beam current in the SLC linac comes from the emittance growth cause...
In this paper, we present a series of analytic expressions to predict the beam dynamics in a long li...
The Linac of the SLAC Linear Collider (SLC) is required to accelerate several intense single electro...
Abstract The implications of long-range wakefields on the beam quality are investigated through a de...
In linear accelerators, wake field effects and dispersion from orbit distortions can lead to conside...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
INTRODUCTION In a linear collider, the dynamics of the beam that travels in the linac is simultaneo...
The primary goal of present and future linear colliders is to maximize the integrated luminosity for...
The requirements of RF acceleration in the SLC Linac to produce high energy beams are complicated by...
The main linacs of the next generation of linear colliders need to accelerate the particle beams to ...
We discuss tolerances and correction schemes needed to con-trol single- and multi-bunch emittance in...