Abstract
Calculations were carried out on an optimization model of a nuclear power system, integrated with respect to fuel connections, embracing the COMECON member-countries. A minimum demand for natural uranium in the entire forecast period was adopted as the optimization criterion. It was found that because of the integration the fraction of fast breeder reactors could be increased by 8-12% for COMECON as a whole by the end of the forecast period while the consumption of natural uranium would be reduced by 13-14%. A method is given for determining the Pareto-optimal strategies with implicitly expressed compromise properties and two strategies of equal relative losses and gains in which the sense of the compromises is obvious. 6 refs.
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