Abstract
A new class of accelerators is considered; in these accelerators the magnetic system consists of several sectors which are separated by gaps characterized by very weak fields. The magnetic system has two mutually perpendicular planes of symmetry but does not have an axis of symmetry nor a center of symmetry. All the particle orbits pass through a common point at which the acceleration element, a cavity resonator, is located. The stability of particle motion is provided by virtue of the effect of the fringing magnetic fields of the sectors. The magnetic system being considered may be used in cyclotrons and microtrons. The advantages of this new class of accelerators are the higher ion-beam intensity, the lower power supply requirements, the possibility of extracting panicles at any orbit and the possibility of varying the particle energy in the extracted beam over wide limits.
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