A barrier bucket scheme is a powerful technique to accumulate more particle in a synchrotron. An RF cavity loaded with Magnetic Alloy (MA) cores has been developed for this purpose. Because of the large inductance of the cores, the RF cavity can generate the required RF voltage of 40kV by an RF amplifier using two tetrodes, 4CW30,000A. The RF cavity and amplifier have been installed in the AGS for the barrier bucket experiment.
The use of barrier buckets to modify the azimuthal distribu-tion of a beam in a circular accelerator...
Barrier bucket systems are planned for the SIS100 Synchrotron (part of the future accelerator facili...
The Booster synchrotron at Fermilab employs eighteen 37-53 MHz ferrite-tuned double-gap coaxial radi...
A barrier bucket experiment with two dedicated barrier cavities was performed at the Brookhaven AGS....
A barrier bucket experiment in the AGS is planed in 1998. An accumulation of the beam, which intensi...
A push-pull amplifier with two tetrodes, 4CW30,000A, is used to drive a MA(Magnetic Alloy)-loaded ca...
A push-pull amplifier with two tetrodes, 4CW30,000A, is used to drive a MA(Magnetic Alloy)-loaded ca...
"RF cavities loaded with magnetic alloy (MA) or ferrite ring cores are used in synchrotrons and stor...
The experimental storage ring (ESR), operated at the GSI facility in Darmstadt, Germany, allows expe...
Cavities loaded with magnetic ring cores are often used in synchrotrons if the desired operating fre...
A RF acceleration system has been designed for the Joint Project for High-Intensity Proton Accelerat...
The first rf cavity for the J-PARC(Japan Proton Accel-erator Research Complex) 50GeV synchrotron has...
Based on the measurements of the magnetic cores and R&D works, MA(Magnetic Alloy)-loaded cavity ...
In order to realize high energy density physics and plasma physics research at HIRFL-CSR, a magnetic...
In recent years, the barrier rf systems have become important tools in a variety of beam manipulatio...
The use of barrier buckets to modify the azimuthal distribu-tion of a beam in a circular accelerator...
Barrier bucket systems are planned for the SIS100 Synchrotron (part of the future accelerator facili...
The Booster synchrotron at Fermilab employs eighteen 37-53 MHz ferrite-tuned double-gap coaxial radi...
A barrier bucket experiment with two dedicated barrier cavities was performed at the Brookhaven AGS....
A barrier bucket experiment in the AGS is planed in 1998. An accumulation of the beam, which intensi...
A push-pull amplifier with two tetrodes, 4CW30,000A, is used to drive a MA(Magnetic Alloy)-loaded ca...
A push-pull amplifier with two tetrodes, 4CW30,000A, is used to drive a MA(Magnetic Alloy)-loaded ca...
"RF cavities loaded with magnetic alloy (MA) or ferrite ring cores are used in synchrotrons and stor...
The experimental storage ring (ESR), operated at the GSI facility in Darmstadt, Germany, allows expe...
Cavities loaded with magnetic ring cores are often used in synchrotrons if the desired operating fre...
A RF acceleration system has been designed for the Joint Project for High-Intensity Proton Accelerat...
The first rf cavity for the J-PARC(Japan Proton Accel-erator Research Complex) 50GeV synchrotron has...
Based on the measurements of the magnetic cores and R&D works, MA(Magnetic Alloy)-loaded cavity ...
In order to realize high energy density physics and plasma physics research at HIRFL-CSR, a magnetic...
In recent years, the barrier rf systems have become important tools in a variety of beam manipulatio...
The use of barrier buckets to modify the azimuthal distribu-tion of a beam in a circular accelerator...
Barrier bucket systems are planned for the SIS100 Synchrotron (part of the future accelerator facili...
The Booster synchrotron at Fermilab employs eighteen 37-53 MHz ferrite-tuned double-gap coaxial radi...
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