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Optimizing a natural uranium heavy water research reactor

S. Goshen, A. Pazy, R. Thieberger

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Abstract

The minimum core volume was found for a research reactor, subject to the following specifications: a maximum thermal flux (averaged over the cell) of 5 x 10/sup 13/ ture not exceeding 450 deg C for the hottest fuel element, and 100 deg C for the cooling water. (auth)

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What this paper is about

The minimum core volume was found for a research reactor, subject to the following specifications: a maximum thermal flux (averaged over the cell) of 5 x 10/sup 13/ ture not exceeding 450 deg C for the hottest fuel element, and 100 deg C for the cooling water. (auth)

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Available abstract

The minimum core volume was found for a research reactor, subject to the following specifications: a maximum thermal flux (averaged over the cell) of 5 x 10/sup 13/ ture not exceeding 450 deg C for the hottest fuel element, and 100 deg C for the cooling water. (auth)

Key concepts: Heavy water, Natural uranium, Uranium, Nuclear engineering, Research reactor, Neutron flux, Environmental science, Flux (metallurgy)

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