Abstract
It is shown that in the circular magnetic system for nuclei of hydrogen isotopes of energies between 20 and 80 KeV/nucl can provide the damping of both betatron and synchrotron oscillations. A variant of the magnetic lattice of a triton storage ring with a beam energy of 135 keV is proposed. The main parameters of a stored triton beam (energy spread, amplitude of betatron oscillations, lifetime, etc.) are calculated. It is proposed to use the triton storage ring for generation of neutrons in the reaction D(t,n)/sup 4/He close to the maximum of the cross section. The integrated intensity and specific power inputs of this source of neutrons is estimated.
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