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The atmosphere submodel for the assesment of Canada's nuclear fuel waste management concept.
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The food-chain and dose submodel, CALDOS, for the assessment of Canada's nuclear fuel waste management concept.
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The soil submodel, SCEMR1, for the assesment of Canada's nuclear fuel waste management concept.
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Identification of contaminants of concern for the postclosure assessment of the concept for the disposal of Canada's nuclear fuel waste.
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Update on Canada's nuclear fuel waste management program: Preparing for the environmental review of the concept.
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Update on Canada's nuclear fuel waste management program: preparing for the environmental review of the concept.
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The disposal of Canada's nuclear fuel waste: The biosphere, model, BIOTRAC, for postclosure assessment.
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The Cigar Lake uranium deposit: analog information for Canada's nuclear fuel waste disposal concept.
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Programmer's guide for the CC3 computer models of the concept for disposal of Canada's nuclear fuel waste.
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Scenario analysis for the postclosure assessment of the canadian concept for nuclear fuel waste disposal.
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The disposal of Canada's nuclear fuel waste: comments on the postclosure assessment of a reference system.
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Estimating the cost of disposal for Canada's nuclear fuel waste.
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Concepts in surface physics.
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Radioactive Waste Management and the Nuclear Fuel Cycle
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Radioactive waste management and the nuclear fuel cycle
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AECL's Concept for the disposal of nuclear fuel waste and the importance of its implementation.
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Microbial issues pertaining to the canadian concept for the disposal of nuclear fuel waste.
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Natural analogs in support of the Canadian concept for nuclear fuel waste disposal.
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Risk assessment, management and communication of drinking water contamination.
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An assessment of the feasibility of indifinite containment of Canadian Nuclear fuel wastes.
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The disposal of Canada's nuclear fuel waste: a study of postclosure safety of inroom emplacement of used CANDU fuel in copper containers in permeable plutonic rock. Radiological assessment.
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Disposal of radioative wastes into seas, oceans and surface waters.
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Nuclear fuel reprocessing and waste management: RECOD '91. Proceedings.
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Nuclear power, nuclear fuel cycle and waste management: status and trends.