Abstract
A review is given of the theoretical basis for the development of the modern resonance accelerators. The phasing properties, the stability of motion of particles in magnetic fields, and the effects of various perturbing influences on the motion of particles are analyzed. Finally, the performance of the various cyclic resonance accelerators such as synchrotrons, phasatrons, synchrocyclotrons, synchrophasatrons, and microtrons, as well as the performance of linear and strong-focusing accelerators, is discussed. 64 references.
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