Development of low energy and high brilliance x-ray source using a portable synchrotron MIRRORCLE AIP Conf.Abstract. The construction of the tabletop synchrotron MIRRORCLE-6X is completed. The electron beam current extracted from the 6-MeV Microtron injector is reached 100 mA with 500 ns pulse duration and 400 Hz repetition rate. The measured main magnetic field distribution of the synchrotron showed good agreement with calculation. We found that the 6-MeV electron beam can be injected from the designed injection port to the synchrotron with 20 mm•mrad acceptance according to the computer simulation using measured magnetic fields.
Development of low energy and high brilliance x-ray source using a portable synchrotron MIRRORCLE AIP Conf.Abstract. We started the development of the portable synchrotron MIRRORCLE-CV series, which provides a high quality x-ray beam for high precision non-destructive testing (NDT). Computer simulations for the magnetic field design and electron dynamics reveal that the outer diameter of the synchrotron magnet can be as small as 30 cm. This synchrotron size approaches that of a conventional x-ray tube.
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