Measurements of Thermal Utilization, Resonance Escape Probability, and Fast Effect in Water-Moderated, Slightly Enriched Uranium and Uranium Oxide Lattices
D. Klein, A. Z. Kranz, G. G. Smith, William K. Baer, J. DeJuren
Abstract
D. Klein, A. Z. Kranz, G. G. Smith, William K. Baer, J. DeJuren
Abstract
Measurements of thermal utilization, resonance escape probability, and fast effect have been made in 1.3% enriched uranium metal and uranium oxide fueled lattices. Parameter measurements were made in oxide lattices of fuel densities 7.53 g/cc and 10.53 g/cc. Experimental results were obtained in lattices having 0.600-inch and 0.387-inch diameter rods at several water-to-uranium ratios. Values of the parameters have also been determined for two 1.15% enriched metal fueled lattices.
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Measurements of thermal utilization, resonance escape probability, and fast effect have been made in 1.3% enriched uranium metal and uranium oxide fueled lattices. Parameter measurements were made in oxide lattices of fuel densities 7.53 g/cc and 10.53 g/cc. Experimental results were obtained in lattices having 0.600-inch and 0.387-inch diameter rods at several water-to-uranium ratios. Values of the parameters have also been determined for two 1.15% enriched metal fueled lattices.
Key concepts: Uranium, Uranium oxide, Rod, Natural uranium, Oxide, Materials science, Enriched uranium, Metal