There are five 2.5 MHz ferrite cavities (h = 28) in the Main Injector with an R/Q of 500 that are presently used for coalescing for the Tevatron. For use with the Fermilab Recycler, feedforward (FF) beam loading compensation (BLC) is required on these cavities because they will be required to operate at a net of 2 kV. Under current Recycler beam conditions, the beam-induced voltage is of this order. Recently a system using a digital bucket delay module operating at 53 MHz (h = 588) was used to produce a one-turn-delay feedforward signal. This signal was then combined with the low level RF signal to the 2.5 MHz cavities to cancel the beam induced voltage. During current operation they have shown consistently to operate with over a 20 dB redu...
I present a description of the design philosophy, hardware implementation, and operation of the syst...
A technique using RF bucket reduction for acquiring information about the particle distribution in l...
In the J-PARC Rapid Cycling Synchrotron (RCS), the heavy beam loading effects due to the high intens...
There are five 2.5 MHz ferrite cavities (h = 28) in the Main Injector with an R/Q of 500 that are pr...
53 MHz feedforward beam loading compensation is crucial to all operations of the Main Injector. Rece...
53 MHz feedforward beam loading compensation is crucial to all operations of the Main Injector. Rece...
A narrowband beam loading compensation system was installed for the Main Injector Accelerating Cavit...
A narrowband beam loading compensation system was installed for the Main Injector Accelerating Cavit...
The periodic transient beam loading in the CERN PS ferrite cavities was diagnosed in 1989 to be the ...
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...
Using rf barriers, 12 booster batches can be injected into the Fermilab Main Injector continuously, ...
During the Run II era at Fermilab, the Recycler stores antiprotons at 8 GeV and the Main Injector ac...
The Fermilab Recycler Ring is a permanent magnet based 8 GeV anti-proton storage ring. A wideband RF...
The Omega-P SBIR project described in this Report has as its goal the development, test, and evaluat...
I present a description of the design philosophy, hardware implementation, and operation of the syst...
A technique using RF bucket reduction for acquiring information about the particle distribution in l...
In the J-PARC Rapid Cycling Synchrotron (RCS), the heavy beam loading effects due to the high intens...
There are five 2.5 MHz ferrite cavities (h = 28) in the Main Injector with an R/Q of 500 that are pr...
53 MHz feedforward beam loading compensation is crucial to all operations of the Main Injector. Rece...
53 MHz feedforward beam loading compensation is crucial to all operations of the Main Injector. Rece...
A narrowband beam loading compensation system was installed for the Main Injector Accelerating Cavit...
A narrowband beam loading compensation system was installed for the Main Injector Accelerating Cavit...
The periodic transient beam loading in the CERN PS ferrite cavities was diagnosed in 1989 to be the ...
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...
Using rf barriers, 12 booster batches can be injected into the Fermilab Main Injector continuously, ...
During the Run II era at Fermilab, the Recycler stores antiprotons at 8 GeV and the Main Injector ac...
The Fermilab Recycler Ring is a permanent magnet based 8 GeV anti-proton storage ring. A wideband RF...
The Omega-P SBIR project described in this Report has as its goal the development, test, and evaluat...
I present a description of the design philosophy, hardware implementation, and operation of the syst...
A technique using RF bucket reduction for acquiring information about the particle distribution in l...
In the J-PARC Rapid Cycling Synchrotron (RCS), the heavy beam loading effects due to the high intens...