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CONSIDERATIONS OF DETAIL IN PHYSICS DESIGN AND FUEL MANAGEMENT OF FAST POWER BREEDER REACTORS

Jane Adamson, J. Mann, Michael Perks

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Abstract

Introduction PFR Fuel Cycle Calculations The Effect of Mesh Geometry on Model Calculations The Effect of the Number and Geometry of Core Enrichment Zones on the Critical Mass and Power Output of Large Fast Reactors. Effect on Breeding Gain of Substituting Fuel for Absorber in Control Rods. Summary Acknowledgements

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Introduction PFR Fuel Cycle Calculations The Effect of Mesh Geometry on Model Calculations The Effect of the Number and Geometry of Core Enrichment Zones on the Critical Mass and Power Output of Large Fast Reactors. Effect on Breeding Gain of Substituting Fuel for Absorber in Control Rods. Summary Acknowledgements

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Available abstract

Introduction PFR Fuel Cycle Calculations The Effect of Mesh Geometry on Model Calculations The Effect of the Number and Geometry of Core Enrichment Zones on the Critical Mass and Power Output of Large Fast Reactors. Effect on Breeding Gain of Substituting Fuel for Absorber in Control Rods. Summary Acknowledgements

Key concepts: Nuclear engineering, Rod, Fuel cycle, Breeder (animal), Core (optical fiber), Breeder reactor, Nuclear reactor core, Control rod

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