FIELD: electricity.
SUBSTANCE: accelerated positrons generation method includes injection of positrons to a accelerating chamber of betatron from radioactive species; accumulation in the control magnet field where the factor of radial field falloff varies within the range of 0<n<1, and value of the magnet field induction corresponds to energy of injected positrons so that positrons move along a circular orbit with its radius equal to the average radius of the accelerating chamber; acceleration of charged particles by eddy electric field of the cyclic induction accelerator with rate of magnet field growth synchronized with the induced electric field so that the orbit of positrons movement remains permanent. Accumulation of positrons is made in the growing magnet field with intensity within the range corresponding to the range in energy distribution of positrons of the radioactive species, at that accumulation is completed before equivalence is reached between power of cyclotron radiation of the positron and power transmitted to the positron by eddy electric field of the betatron induced by the growing magnet field.
EFFECT: increasing a number of the accelerated positrons in betatron emission pulse and its ratio to the background radiation.
13 dwg
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Authors
Dates
2014-10-10—Published
2013-05-29—Filed