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Open AccessReport10.2172/4360881

THE THERMODYNAMICS OF THE REDUCTION OF URANIUM COMPOUNDS TO URANIUM METAL

A.W. Lemmon,J.J. Ward,Siegfried Fischer,Christie J. Geankoplis,J.W. Clegg-1952-07-21
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TL;DRAbstract

W/U cores. The effects on core reactivity of temperature, voids, insertion of control rods and of stainless steel were also measured. Neutron flux distributions in the core were deterrained in the neighborhood of control rods and through gaps and slots in the fuel configuration. Where applicable, the results of these measurements are correlated with the water/ uranium ratio. (auth)

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W/U cores. The effects on core reactivity of temperature, voids, insertion of control rods and of stainless steel were also measured. Neutron flux distributions in the core were deterrained in the neighborhood of control rods and through gaps and slots in the fuel configuration. Where applicable, the results of these measurements are correlated with the water/ uranium ratio. (auth)

Keywords

UraniumRodControl rodCore (optical fiber)Materials scienceMetalUranium oxideFlux (metallurgy)

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