Glass waste forms for radioactive waste containment
W.A. Ross, J.E. Mendel
Abstract
Open-access reader
W.A. Ross, J.E. Mendel
Abstract
Open-access reader
Glass appears to be a promising medium for storing and disposing of high-level radioactive waste. The waste can be readily vitrified into a chemically durable material that appears to be resistant to potential changes caused by the self-heating nature and the contained radioactivity of the waste. Investigations are continuing but the evidence to date indicates that the vitrified product is a highly stable material well-suited for geologic isolation. 15 figures, 3 tables.
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Glass appears to be a promising medium for storing and disposing of high-level radioactive waste. The waste can be readily vitrified into a chemically durable material that appears to be resistant to potential changes caused by the self-heating nature and the contained radioactivity of the waste. Investigations are continuing but the evidence to date indicates that the vitrified product is a highly stable material well-suited for geologic isolation. 15 figures, 3 tables.
Key concepts: Containment (computer programming), Radioactive waste, Waste management, Environmental science, Waste treatment, Computer science, Engineering, Programming language