INDUCTION SYNCHROTRON MAGNETIC SYSTEM WITH MAGNETIC FIELD CONSTANT IN TIME

摘要

FIELD: physics.;SUBSTANCE: invention relates to acceleration engineering and can be used in development of inductive cyclic accelerators with practically constant radius of orbit and constant in time magnetic field. Induction, non-resonant method of acceleration solves the problem of synchronization in a wide range of speeds of accelerated particles and accelerating electric field by changing the repetition frequency of induction pulses. Magnetic system of induction synchrotron has no fundamental limitations on lower energy threshold of accelerated particles. Induction synchrotron magnetic system consists of a set of magnetic dipoles and focusing lenses, which are located on arc-shaped sections of the accelerator housing, and windings of dipoles and lenses are respectively connected to power generators, each dipole contains two components with direct and reverse polarity of magnetic field, thus forming a bipolar magnetic system, and each focusing lens comprises two heteropolar lenses with flat magnetic poles.;EFFECT: technical result is expansion of operating range of accelerated energies and simple process of adjustment and start of accelerator.;1 cl, 3 dwg