Nuclear industry needs effective recovering of fissile material from used nuclear fuel, as
uranium accounting more than 90% of the spent nuclear fuel (SNF) volume. Use of …

A scheme is proposed for a five-flow (three feed, product and waste flows) gas-centrifuge
cascade for enriching regenerated uranium simultaneously diluted by natural raw material …

This study evaluates the proliferation resistance (PR) of plutonium in spent nuclear fuel
(SNF) from re-enriched reprocessed uranium (RepU) recycling in Light Water Reactors …

The Q-cascade is a type of model cascade that is particularly useful for studying
multicomponent isotope separation. The cascade segmentation technique is further …

We proposed a modification of a double cascade scheme to enrich reprocessed uranium.
Such a cascade scheme represents a combination of one cascade with “broadening” of the …

This paper deals with the problem of reprocessed uranium (RepU) enrichment in cascades
of gas centrifuges with simultaneous fulfillment of requirements on concentrations of …

In reprocessed uranium, derived from an impoverished fuel of light-water moderated
reactors, there are isotopes of 232, 234, 236 U, which make its recycling remarkably difficult …

A study was conducted to evaluate the feasibility of minor actinide (MA) transmutation in light
water reactors (LWR). The purpose of this work was to provide a guide for future …

The paper proposes a double cascade system for reducing the concentration of 232, 234,
236U isotopes in reprocessed uranium hexafluoride. The greatest decrease in the mass …

Reprocessed uranium (RepU) recycling can effectively reduce the amount of radioactive
waste from spent nuclear fuel and improve the utilization efficiency of uranium resources as …