Add to ORKGIn an extensive luminosity upgrade of the KEK-B fac-tory, considered as a future plan, the injector linac has to increase the positron acceleration energy from 3.5 GeV to 8.0 GeV. In order to double the acceleration field (from 21 to 42 MV/m), a design study of the C-band accelerating unit has been started. This paper reports on the R & D sta-tus of the C-band components for a high-power test and for a beam-acceleration test at the KEKB injector linac
C-band (5712-MHz) RF-system hardware R&D for an e+e- linear collider started in 1996 at KEK. We ...
The high brightness photo-injector in operation at the SPARC-LAB facility of the INFN-LNF, Italy, co...
Electron linacs have been widely used in medical applications. Most of these linacs use S-Band (abou...
In a future luminosity upgrade from the present KEK-B factory to the SuperKEKB, the injector linac i...
In a future luminosity upgrade from the present KEK-B factory to the SuperKEKB, the injector linac i...
Hardware R&D on the C-band (5712 MHz) RF-system for an electron/positron linear collider started...
We have already developed three conventional and one periodic permanent magnet (PPM) type 50-MW clas...
The KEKB linac injects 8-GeV electrons and 3.5-GeV positrons into the KEKB asymmetric collider rings...
The KEKB linac injects 8-GeV electrons and 3.5-GeV positrons into the KEKB asymmetric collider rings...
The KEKB linac injects 8-GeV electrons and 3.5-GeV positrons into the KEKB asymmetric collider rings...
A new C-band accelerator structure for the SuperKEKB injector linac is under development. This struc...
A hardware R&D for the C-band (5712 MHz) rf system for a linear collider started in 1996 at KEK....
A hardware R&D for the C-band (5712 MHz) rf system for a linear collider started in 1996 at KEK....
The KEK/PF 2.5-GeV linac is under reconstruction for KEKB (the B-Factory at KEK). The linac will be ...
The KEK/PF 2.5-GeV linac is under reconstruction for KEKB (the B-Factory at KEK). The linac will be ...
C-band (5712-MHz) RF-system hardware R&D for an e+e- linear collider started in 1996 at KEK. We ...
The high brightness photo-injector in operation at the SPARC-LAB facility of the INFN-LNF, Italy, co...
Electron linacs have been widely used in medical applications. Most of these linacs use S-Band (abou...
In a future luminosity upgrade from the present KEK-B factory to the SuperKEKB, the injector linac i...
In a future luminosity upgrade from the present KEK-B factory to the SuperKEKB, the injector linac i...
Hardware R&D on the C-band (5712 MHz) RF-system for an electron/positron linear collider started...
We have already developed three conventional and one periodic permanent magnet (PPM) type 50-MW clas...
The KEKB linac injects 8-GeV electrons and 3.5-GeV positrons into the KEKB asymmetric collider rings...
The KEKB linac injects 8-GeV electrons and 3.5-GeV positrons into the KEKB asymmetric collider rings...
The KEKB linac injects 8-GeV electrons and 3.5-GeV positrons into the KEKB asymmetric collider rings...
A new C-band accelerator structure for the SuperKEKB injector linac is under development. This struc...
A hardware R&D for the C-band (5712 MHz) rf system for a linear collider started in 1996 at KEK....
A hardware R&D for the C-band (5712 MHz) rf system for a linear collider started in 1996 at KEK....
The KEK/PF 2.5-GeV linac is under reconstruction for KEKB (the B-Factory at KEK). The linac will be ...
The KEK/PF 2.5-GeV linac is under reconstruction for KEKB (the B-Factory at KEK). The linac will be ...
C-band (5712-MHz) RF-system hardware R&D for an e+e- linear collider started in 1996 at KEK. We ...
The high brightness photo-injector in operation at the SPARC-LAB facility of the INFN-LNF, Italy, co...
Electron linacs have been widely used in medical applications. Most of these linacs use S-Band (abou...