We built an accelerating-focusing rectangular cavity biperiodic structure (RCBS) for our 70 MeV RaceTrack Microtron (RTM), which we have tested at high Radio Frequency (RF) power with an electron beam. Our structure, powered by a 2,856 MHz, 6 MW, 48-beam KIU-111A klystron, has its 50 keV, 200 mA prebunched beam injected through a rare earth permanent-magnet. We measured its exiting beam energy spectrum using a 45º bending magnet and its dimensions and emittance using its transition radiation. We obtained the 6 MeV, 100 mA beam with ~2 MW of RF power dissipated in the structure walls.
Geometry, engineering design and characteristics of an RF cavity and a tetrode power amplifier are d...
The 10–75 MeV Racetrack Microtron Eindhoven (RTME) is designed to serve as injector for the electron...
A 4-Rod RFQ was constructed to accelerate protons from 30 keV to 100 KeV. The PARMTEQ code was used ...
Our mobile 70 MeV race-track microtron has a narrow rectangular accelerating structure so that it ca...
The bi-periodic standing wave on axis coupled cavity of the Racetrack Microtron Eindhoven accelerate...
The NBS-LASL racetrack microtron (RTM) is a joint project of the National Bureau of Standards (NBS) ...
Two standing wave accelerating structures have been built for the operation of two AVF racetrack mic...
In the past two years accelerator builders have published papers describing mature designs of no few...
A new approach for a compact radio-frequency (RF) accelerator structure is presented. The new accele...
As part of a joint accelerator research project with the Los Alamos National Laboratory, NBS is now ...
When using accelerators in industry and medicine, important are the dimensions of the device used, e...
The paper presents1 the design of a planar R-Band accelerating structure and results of a first high...
Experiments to study beam dynamics for Relativistic Klystrons (RK) are being performed with a 1-MeV,...
New applications for high energy, high current electron beam processing are continually expanding. T...
Experiments were conducted on rectangular cross section (RCS) gyrotron devices. Rectangular interact...
Geometry, engineering design and characteristics of an RF cavity and a tetrode power amplifier are d...
The 10–75 MeV Racetrack Microtron Eindhoven (RTME) is designed to serve as injector for the electron...
A 4-Rod RFQ was constructed to accelerate protons from 30 keV to 100 KeV. The PARMTEQ code was used ...
Our mobile 70 MeV race-track microtron has a narrow rectangular accelerating structure so that it ca...
The bi-periodic standing wave on axis coupled cavity of the Racetrack Microtron Eindhoven accelerate...
The NBS-LASL racetrack microtron (RTM) is a joint project of the National Bureau of Standards (NBS) ...
Two standing wave accelerating structures have been built for the operation of two AVF racetrack mic...
In the past two years accelerator builders have published papers describing mature designs of no few...
A new approach for a compact radio-frequency (RF) accelerator structure is presented. The new accele...
As part of a joint accelerator research project with the Los Alamos National Laboratory, NBS is now ...
When using accelerators in industry and medicine, important are the dimensions of the device used, e...
The paper presents1 the design of a planar R-Band accelerating structure and results of a first high...
Experiments to study beam dynamics for Relativistic Klystrons (RK) are being performed with a 1-MeV,...
New applications for high energy, high current electron beam processing are continually expanding. T...
Experiments were conducted on rectangular cross section (RCS) gyrotron devices. Rectangular interact...
Geometry, engineering design and characteristics of an RF cavity and a tetrode power amplifier are d...
The 10–75 MeV Racetrack Microtron Eindhoven (RTME) is designed to serve as injector for the electron...
A 4-Rod RFQ was constructed to accelerate protons from 30 keV to 100 KeV. The PARMTEQ code was used ...