Titlebook: Geology of High-Level Nuclear Waste Disposal; An introduction I. S. Roxburgh Book 1987 Chapman and Hall 1987 cement.classification.construc

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FastTrack: The Business of Piracy, reactor types. Wastes can also be classified by reference to their physical state and to their various levels of radioactivity and radiotoxicity. Knowledge of these various characteristics is required in order to assess the likely hazard posed by any particular waste and to determine the best metho

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https://doi.org/10.1007/978-1-84628-673-5Consequent upon any changes taking place in the initial repository conditions it is then necessary to assess how these changes may affect the ability of the repository to retain radionuclides or satisfactorily retard their migration.

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The suitability of crystalline rocks as HLW repositories,lity to retain radionuclides within the rock mass, and their high melting point. Whilst a range of crystalline rocks are under investigation, such as gabbro in Sweden and Canada, diabase in Japan and basalt in the United States, it is principally the granites which seem best suited to HLW disposal a

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The suitability of argillaceous rocks as HLW repositories,s, siltstones and marls. They are of interest as HLW waste repositories mainly because of their relatively low permeability, good sorptive characteristics, low solubility, and their ability to act in a plastic manner, which makes them self-sealing in certain circumstances. Against these advantages m