Similar Items: Assessment of the longterm risks of inadvertent human intrusion into a disposal vault in deep plutonic rock: reassessment using ICRP recommendations.
- Assessment of the longterm risks of inadvertent human intrusion into a proposed Canadian nuclear fuel waste disposal vault in deep plutonic rock: Revision 1.
- Assessment of the long-term risks of inadvertent human intrusion into a proposed canadian nuclear fuel waste disposal vault in deep plutonic rock.
- Assessment of the longterm risk of a meteorite impact on a hypothetical Canadian nuclear fuel waste disposal vault deep in plutonic rock.
- Basic concepts and assumptions behind the ICRP recommendations.
- Estimation of long term probabilities for inadvertent intrusion intto radioactive waste management areas: a review of methods.
- Creep in the sparsely fractured rock between a disposal vault and a zone of highly fractured rock.
Author: Wuschke, D. M.
- Assessment of the longterm risks of inadvertent human intrusion into a proposed Canadian nuclear fuel waste disposal vault in deep plutonic rock: Revision 1.
- Assessment of the longterm risks of inadvertent human intrusion into a disposal vault in deep plutonic rock: reassessment using ICRP recommendations.
- Assessment of the longterm risk of a meteorite impact on a hypothetical Canadian nuclear fuel waste disposal vault deep in plutonic rock.
- Monitoring methods for nuclear fuel waste disposal.
Author: Atomic Energy of Canada Limited^pCA
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