首页> 外文会议>Proceedings of the Eighth International Conference on High-Level Radioactive Waste Management Las Vegas,Nevada May 11-14,1998 >Three-dimensional stochastic rock-property and uncertainty models for Yucca Mountain,nevada
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Three-dimensional stochastic rock-property and uncertainty models for Yucca Mountain,nevada

机译:内华达州尤卡山的三维随机岩石物性和不确定性模型

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Licensing of Yucca Mountain as a geologic disposal site for high-level nuclear waste will require quantitative predictions of the waste-isolation performance of the rocks that form Yucca Mountain and of the engineered barrier system for an extended period of time into the future.These predictions will require the use of numerical modeling in an attempt to capture the use of highly complex physical processes,such as ground-water flow and the transport ofpotential radionuclide contaminants under both unsaturated and saturated conditions.Additional numericla modeling will be required to demonstrate that a mined geologic repository can be constructed safely within the rocks of Yucca Mountain,and that the underground openings will remain stable in the longer term when affected by the thermal pulse of the emplaced waste forms.
机译:要将丝兰山作为高浓度核废料的地质处置场的许可证颁发,将需要对形成丝兰山的岩石和工程屏障系统在未来很长一段时间内的隔离性能进行定量预测。将需要使用数值模型来试图捕获高度复杂的物理过程的使用,例如在非饱和和饱和条件下的地下水流动和潜在的放射性核素污染物的传输。可以在尤卡山的岩石中安全地构建地质库,并且当受所安置的废物形式的热脉冲影响时,地下开口在长期内将保持稳定。

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