FIELD: physics.
SUBSTANCE: method includes irradiating a target on a proton accelerator and separating 82Sr without a carrier from the irradiated target. The target used is the 84Sr isotope; the target is irradiated with a beam of protons; during irradiation, as a result of a threshold nuclear reaction 84Sr(p, 3n)82Y, 82Y is produced in the target and extracted from the target using a radiochemical technique, wherein the decay product of 82Y, which is the desired 82Sr (without carrier) isotope, is further separated using a radiochemical technique. The object of the invention is to produce 82Sr without a carrier in the proton energy range of Ep≤30-40 MeV, using standard cyclotrons with Ep≤30-40 MeV to produce 82Sr, increasing the integrated yield of 82Sr in a production scheme based on the reaction Rb(p, xn)82Sr on accelerators with Ep=70-100 MeV for producing 82Sr.
EFFECT: solving the set task.
2 cl, 1 dwg
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Authors
Dates
2015-01-10—Published
2013-07-23—Filed