A simple control system has been developed for the commissioning of a compact 12 MeV race-track microtron which is under construction at the Technical University of Catalonia. It is of modular structure and is based on LabView programs at a conventional PC and ATmega microcontrollers. Apart from modules to monitor different RTM systems it also includes an Automatic Frequency Control of the magnetron frequency and interlocks. The architecture and main features of the modules are described and results of their operation are reported. Further developments of the control system and interfaces are on the way
Many projects within the GRASP laboratory involve motion control via electric servo motors, for exam...
The objective of the Pion Generation for Medical Irradiations (PIGMI) program at the Los Alamos Scie...
The design and tuning of end magnets of a compact 12MeV race-track microtron (RTM) which is under co...
We describe the design and technical characteristics of a C-band SW accelerating structure of a 12 M...
We describe the design and technical characteristics of a C-band SW accelerating structure of a 12 M...
We have developed a tri-level Personal Computer-based RaceTrack Microtron control system capable of ...
We report on the current status of the technical design and results of tests of some components of a...
Construction of a 31 MeV CW racetrack microtron (RTM) was &arted at the University of S&o Pa...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The performance of the magnetic system of a 12 MeV electron race-track microtron (RTM) which ...
The performance of the magnetic system of a 12 MeV electron race-track microtron (RTM) which ...
The design and tuning of end magnets of a compact 12MeV race-track microtron (RTM) which is under co...
Many projects within the GRASP laboratory involve motion control via electric servo motors, for exam...
The objective of the Pion Generation for Medical Irradiations (PIGMI) program at the Los Alamos Scie...
The design and tuning of end magnets of a compact 12MeV race-track microtron (RTM) which is under co...
We describe the design and technical characteristics of a C-band SW accelerating structure of a 12 M...
We describe the design and technical characteristics of a C-band SW accelerating structure of a 12 M...
We have developed a tri-level Personal Computer-based RaceTrack Microtron control system capable of ...
We report on the current status of the technical design and results of tests of some components of a...
Construction of a 31 MeV CW racetrack microtron (RTM) was &arted at the University of S&o Pa...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The Eindhoven linac–race track microtron (RTM) combination has been designed to serve as injector fo...
The performance of the magnetic system of a 12 MeV electron race-track microtron (RTM) which ...
The performance of the magnetic system of a 12 MeV electron race-track microtron (RTM) which ...
The design and tuning of end magnets of a compact 12MeV race-track microtron (RTM) which is under co...
Many projects within the GRASP laboratory involve motion control via electric servo motors, for exam...
The objective of the Pion Generation for Medical Irradiations (PIGMI) program at the Los Alamos Scie...
The design and tuning of end magnets of a compact 12MeV race-track microtron (RTM) which is under co...