Technical basis for high-level waste repository land control requirements for Palo Duro Basin, Paradox Basin, and Richton Dome
|Authors:||Chen, C. P.; Raines, G. E.|
|Source:||Columbus, OH [ONWI (Battelle Memorial Institute, Office of Nuclear Waste-Isolation), Vol.632, 63p. Publisher: Battelle Memorial Institute, Office of Nuclear Waste-Isolation,], United States. ISSN: 0730-2800|
|Note:||In English. Technical report. 60 refs.|
|Summary:||Regulatory, engineering, and performance assessment information was used to establish the technical basis for controlled area requirements. For the Palo Duro and Paradox basins, the dominant factor was the need to limit potential radionuclide release by ground-water flow. For the Richton Dome, the dominant factor was the need to limit the potential effects of solution mining on dome and repository integrity.—Modified journal abstract.|
|Subjects:||Chemically precipitated rocks; Engineering geology; Evaporites; High-level waste; Radioactive waste; Salt; Sedimentary rocks; Waste disposal; Mississippi; Palo Duro Basin; Paradox Basin; Richton Dome; Texas; United States; Utah; Repositories|
|Copyright Information:||GeoRef, Copyright 2018 American Geosciences Institute.|
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