super(234)U Content in Enriched Uranium as a Function of the super(234)U Concentration in the Initial Material

super(234)U Content in Enriched Uranium as a Function of the super(234)U Concentration in the Initial Material

The results of calculations of the super(234)U content in enriched uranium are presented. These results substantiate the need to change the ASTM C 996 specification for the maximum super(234)U content in enriched uranium to 11000 kg/g super(235)U and the ASTM C 787 specification for the maximum supe...

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Veröffentlicht in:Atomic energy (New York, N.Y.) N.Y.), 2003-07, Vol.95 (1), p.473-475
Hauptverfasser: Solov'ev, G S, Saprygin, A V, Komarov, V V, Izrailevich, AI
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Atomic energy
Enrichment
Joints
Mathematical analysis
Nuclear power generation
Specifications
Uranium
Uranium ores
Wastes
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container_title Atomic energy (New York, N.Y.)
container_volume 95
creator Solov'ev, G S
Saprygin, A V
Komarov, V V
Izrailevich, AI
description The results of calculations of the super(234)U content in enriched uranium are presented. These results substantiate the need to change the ASTM C 996 specification for the maximum super(234)U content in enriched uranium to 11000 kg/g super(235)U and the ASTM C 787 specification for the maximum super(234)U content in the initial material to 60 kg/g U in connection with the possibility of bringing into enrichment production uranium ores with super(234)U content higher than 58 kg/g U. These changes will permit using initial uranium with super(234)U content up to 60 kg/g U when enriching the super(235)U content to 4.95% with 0.36% super(235)U in the waste.
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subjects Atomic energy
Enrichment
Joints
Mathematical analysis
Nuclear power generation
Specifications
Uranium
Uranium ores
Wastes
title super(234)U Content in Enriched Uranium as a Function of the super(234)U Concentration in the Initial Material
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