Titlebook: Geochemical Aspects of Radioactive Waste Disposal; Douglas G. Brookins Book 1984 Springer Science+Business Media New York 1984 Endlagerung

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Dosierung, Technik und klinische Ergebnisse,s. There are abundant examples given in the preceding chapters that demonstrate and document the simple fact that many rocks will retain and retard the constituent elements of buried radwaste. The Oklo natural reactor of Gabon, and contact zone studies of the Eldora-Bryan stock and Alamosa River Sto

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978-1-4613-8256-0Springer Science+Business Media New York 1984

Bridle

Introduction,lutions to many parts of the problem and well-identified areas in which to conduct additional necessary research. Radioactive waste management involves the entire world community, since approximately 35 nations have nuclear power and/or defense projects in use. The laboratory aspects of radioactive

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Natural Radiation in the Geochemical Environment,h species as .Sm, .Lu, and .Re. There is also a very small amount of radiation (less than 0.04 mrem/yr) from radioactive species formed by atmospheric testing of nuclear weapons. The radiation in rocks, however, is basically due to U, Th, actinide daughters of U and Th, and K and Rb. Only these sour

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Low-Level Radioactive Wastes and Their Siting,ing of the low-level wastes is a job requiring cooperation between Federal and State Agencies, in accord with 10CFR61 (1981), and different types of sites are currently under investigation in the United States.

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Uranium Milling and Mill Tailings,her elements, but elements such as Ra, Se, and Mo may be more or less concentrated in the tailings. Second, while modern milling is much improved over older techniques, and thus less of these elements wind up on the tailings, abandoned mill tailings from some 26 sites pose special problems.