0000000000388051
AUTHOR
K.h. Kaiser
The design of a cascaded 800 MeV normal conducting C.W. race track microtron
Abstract A c.w. electron accelerator of 820 MeV maximum output energy at 100 μ A beam current is proposed to make possible a large variety of coincidence experiments with energy electrons and photons as a future possibility of new, interesting experiments. It consists of a preaccelerator and 3 cascaded race track microtons using normal conducting rf structures. The design of this accelerator, based on detailed computational investigations of its beam dynamics and some experimental studies, is communicated and partly discussed in this paper.
Beam optics and magnet technology of the microtron in mainz
Abstract A description is given of the beam transport system for injection into the first microtron of MAMI. Further, a special procedure to improve the field distribution of the dipole magnets is described in some detail and results are given.
Design, construction and performance of the energy compressing system of the Mainz 300 MeV electron linac
Abstract For the sake of better energy resolution of the 300 MeV electron linac of Mainz university a system has been built which transforms a sharply bunched beam of poor energy resolution into a beam of sharply defined energy, while its bunches are smeared out. The system is described, its design philosophy and some essential construction details are given. The operating experience of the last 6 months since completion of the system is communicated.