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Performance Parameters for Fusion-Fission Power Systems

D.J. Bender

Open publisher page 13 citations

Abstract

A fusion-fission power system is considered in which fissile-producing hybrid (or fusion-fission) reactors supply the makeup fuel needs for fissile-consuming, or converter, reactors. As a result of the diverse nature of the hybrid reactor, a number of general performance parameters are proposed that will permit comparison of various hybrid reactor configurations. In addition, the relationships developed are used to show that scientific feasibility or “breakeven” for the hybrid reactor is near at hand in the fusion program and that attractive commercial reactors can be based on near-term plasma physics.

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What this paper is about

A fusion-fission power system is considered in which fissile-producing hybrid (or fusion-fission) reactors supply the makeup fuel needs for fissile-consuming, or converter, reactors. As a result of the diverse nature of the hybrid reactor, a number of general performance parameters are proposed that will permit comparison of various hybrid reactor configurations. In addition, the relationships developed are used to show that scientific feasibility or “breakeven” for the hybrid reactor is near at hand in the fusion program and that attractive commercial reactors can be based on near-term plasma physics.

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OpenAlex reports 13 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A fusion-fission power system is considered in which fissile-producing hybrid (or fusion-fission) reactors supply the makeup fuel needs for fissile-consuming, or converter, reactors. As a result of the diverse nature of the hybrid reactor, a number of general performance parameters are proposed that will permit comparison of various hybrid reactor configurations. In addition, the relationships developed are used to show that scientific feasibility or “breakeven” for the hybrid reactor is near at hand in the fusion program and that attractive commercial reactors can be based on near-term plasma physics.

Key concepts: Fissile material, Hybrid reactor, Nuclear engineering, Fission, Fusion power, Fusion, Nuclear fusion, Environmental science

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