1994•Transactions of the American Nuclear SocietyRequires access

Physics characteristics of a proposed actinide-reduced fuel

Gray S. Chang

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Abstract

A proposed actinide-reduced fuel is described. The fuel would utilize non-weapons grade uranium and neo-fertile tungsten to reduce plutonium production in the spent fuel. Tungsten has thermal capture and resonance absorption properties similar to those of uranium 238. The tungsten makes the weapons grade-actinide reduced fuel perform like the Uranium dioxide fuel in LWRs, with a strong negative fuel and moderator temperature coefficient.

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What this paper is about

A proposed actinide-reduced fuel is described. The fuel would utilize non-weapons grade uranium and neo-fertile tungsten to reduce plutonium production in the spent fuel. Tungsten has thermal capture and resonance absorption properties similar to those of uranium 238. The tungsten makes the weapons grade-actinide reduced fuel perform like the Uranium dioxide fuel in LWRs, with a strong negative fuel and moderator temperature coefficient.

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Available abstract

A proposed actinide-reduced fuel is described. The fuel would utilize non-weapons grade uranium and neo-fertile tungsten to reduce plutonium production in the spent fuel. Tungsten has thermal capture and resonance absorption properties similar to those of uranium 238. The tungsten makes the weapons grade-actinide reduced fuel perform like the Uranium dioxide fuel in LWRs, with a strong negative fuel and moderator temperature coefficient.

Key concepts: Actinide, Uranium, Plutonium, Spent nuclear fuel, Nuclear engineering, Tungsten, MOX fuel, Uranium dioxide

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