High-temperature leaching of an actinide-bearing, simulated high-level waste glass

High-temperature leaching of an actinide-bearing, simulated high-level waste glass [electronic resource]

The chemical durability of a simulated high-level waste glass when exposed to high-temperature geologic solutions was investigated. In this study, simulated high-level waste glass-beads (76 to 68 glass)l doped with technetium, uranium, neptunium, plutonium, curium and americium were leached in deion...

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Bibliographic Details
Online Access: Online Access
Corporate Authors: Pacific Northwest Laboratory (Researcher), Pacific Northwest National Laboratory (U.S.) (Researcher)
Format: Government Document Electronic eBook
Language:English
Published: Richland, Wash. : Oak Ridge, Tenn. : Pacific Northwest National Laboratory (U.S.) ; distributed by the Office of Scientific and Technical Information, U.S. Dept. of Energy, 1983.
Subjects:
Molybdenum.
Sodium Carbonates.
Separation Processes.
Geologic Deposits.
Simulation.
Brines.
Wastes.
Sodium Compounds.
Radioactive Waste Disposal.
High-level Radioactive Wastes.
Water.
Waste Disposal.
Oxygen Compounds.
Carbonates.
Carbon Compounds.
Technetium.
Elements.
Underground Disposal.
Temperature Effects.
Sodium.
Management.
Alkali Metals.
Materials.
Uranium.
Semimetals.
Actinides.
Curium.
Transplutonium Elements.
Metals.
Silicon.
Salt Deposits.
Radioactive Wastes.
Cesium.
Waste Management.
Leaching.
Dissolution.
Alkali Metal Compounds.
Transuranium Elements.
Transition Elements.
Neptunium.
Americium.
Radioactive Materials.
Hydrogen Compounds.
Glass.
Plutonium.
Boron.
Management Of Radioactive And Non-radioactive Wastes From Nuclear Facilities.
Materials Science.

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Call Number: E 1.99:pnl-3172
E 1.99:pnl-3172 Available

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