Add to ORKGA narrowband beam loading compensation system was installed for the Main Injector Accelerating Cavities. This feedback operates solely on the fundamental resonant mode of the cavity. This paper describes modifications to the high level Radio Frequency system required to make the system operational. These modifications decreased the effect of steady-state beam loading by a factor of 10 and improved the reliablity of paraphasing for coalescing.
Stable and reproducible generation of a photon beam at Free Electron Lasers (FELs) necessitates a lo...
The periodic transient beam loading in the CERN PS ferrite cavities was diagnosed in 1989 to be the ...
The FONT beam-based, intra-train feedback system has been designed to provide beam position stabilis...
A narrowband beam loading compensation system was installed for the Main Injector Accelerating Cavit...
A simple beam loading compensation system was installed for the Fermilab Main Injector Coalescing Ca...
A simple beam loading compensation system was installed for the Fermilab Main Injector Coalescing Ca...
There are five 2.5 MHz ferrite cavities (h = 28) in the Main Injector with an R/Q of 500 that are pr...
The RF cavities employed for stacking in the ISR are equipped with a powerful feedback system, which...
53 MHz feedforward beam loading compensation is crucial to all operations of the Main Injector. Rece...
We have developed an initial-beam-loading compensation system by a new compensation method, where th...
A broad band RF cavity loaded with magnetic alloy cores has been developed for the Japanese Hadron F...
A broad band RF cavity loaded with magnetic alloy cores has been developed for the Japanese Hadron F...
A new narrowband active damping system for longitudinal coupled bunch (CB) modes in the Fermilab Boo...
There are five 2.5 MHz ferrite cavities (h = 28) in the Main Injector with an R/Q of 500 that are pr...
Stable and reproducible generation of a photon beam at Free Electron Lasers (FELs) necessitates a lo...
Stable and reproducible generation of a photon beam at Free Electron Lasers (FELs) necessitates a lo...
The periodic transient beam loading in the CERN PS ferrite cavities was diagnosed in 1989 to be the ...
The FONT beam-based, intra-train feedback system has been designed to provide beam position stabilis...
A narrowband beam loading compensation system was installed for the Main Injector Accelerating Cavit...
A simple beam loading compensation system was installed for the Fermilab Main Injector Coalescing Ca...
A simple beam loading compensation system was installed for the Fermilab Main Injector Coalescing Ca...
There are five 2.5 MHz ferrite cavities (h = 28) in the Main Injector with an R/Q of 500 that are pr...
The RF cavities employed for stacking in the ISR are equipped with a powerful feedback system, which...
53 MHz feedforward beam loading compensation is crucial to all operations of the Main Injector. Rece...
We have developed an initial-beam-loading compensation system by a new compensation method, where th...
A broad band RF cavity loaded with magnetic alloy cores has been developed for the Japanese Hadron F...
A broad band RF cavity loaded with magnetic alloy cores has been developed for the Japanese Hadron F...
A new narrowband active damping system for longitudinal coupled bunch (CB) modes in the Fermilab Boo...
There are five 2.5 MHz ferrite cavities (h = 28) in the Main Injector with an R/Q of 500 that are pr...
Stable and reproducible generation of a photon beam at Free Electron Lasers (FELs) necessitates a lo...
Stable and reproducible generation of a photon beam at Free Electron Lasers (FELs) necessitates a lo...
The periodic transient beam loading in the CERN PS ferrite cavities was diagnosed in 1989 to be the ...
The FONT beam-based, intra-train feedback system has been designed to provide beam position stabilis...