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Building Confidence in Radionuclide Transport Models for Fractured Rock:The Nagra/JNC Radionuclide Retardation Programme

机译：建立放射性核素运输模型对裂缝岩石的信心：Nagra / JNC放射性核素延迟计划

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The joint Nagra/JNC Radionuclide Retardation Programme haas now been ongoing for 15 years with the main aim of direct testing of radionuclide transport models in as realistic a manner as possible.A large programme of field,laboratory and natural analogue studies has been carried out the Grimsel Test Site in the central Swiss Alps and the Kamaishi In Situ Test Site in north-east Japan.

机译：NAGRA / JNC放射性核素延迟计划现在已经进行了15年的稳定性，主要目的是直接测试放射性核素运输模型作为尽可能逼真的方式。大规模的领域，实验室和自然模拟研究已经进行了Grimsel测试场所在中部瑞士阿尔卑斯山和东日本东北部的kamaishi。

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《Materials Research Society Symposium》|2001年||共9页
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K.Ota; W.R.Alexander; P.A.Smith; A.Mori; B.Frieg; U.Frick; H.Umeki; K.Amano; M.M.Cowper; J.A.Berry;
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1. Development and testing of radionuclide transport models for fractured rock: examples from the Nagra/JNC Radionuclide Migration Programme in The Grimsel Test Site, Switzerland [J] . P. A. Smith, W. R. Alexander, W. Kickmaier Journal of Contaminant Hydrology . 2001,第2a4期

机译：裂隙岩放射性核素迁移模型的开发和测试：来自瑞士格里姆瑟尔试验场的Nagra / JNC放射性核素迁移计划的示例
2. The effect of stagnant water zones on retarding radionuclide transport in fractured rocks: An extension to the Channel Network Model [J] . Shahkarami Pirouz, Liu Longcheng, Moreno Luis, Journal of Hydrology . 2016,第Null期

机译：停滞水区对延缓裂隙岩中放射性核素迁移的影响：对通道网络模型的扩展
3. An overview of Task 6 of the ?sp? Task Force: modelling groundwater and solute transport: improved understanding of radionuclide transport in fractured rock [J] . David Hodgkinson, Hakim Benabderrahmane, Mark Elert, Hydrogeology Journal . 2009,第5期

机译：“ sp”任务6概述工作队：对地下水和溶质运移进行建模：更好地理解裂隙岩中放射性核素的运移
4. Building Confidence in Radionuclide Transport Models for Fractured Rock:The Nagra/JNC Radionuclide Retardation Programme [C] . K.Ota, W.R.Alexander, P.A.Smith, Materials Research Society Symposium . 2001

机译：建立放射性核素运输模型对裂缝岩石的信心：Nagra / JNC放射性核素延迟计划
5. RADIONUCLIDE TRANSPORT AS VAPOR THROUGH UNSATURATED FRACTURED ROCK (GAS-PHASE, FORCED DIFFUSION, PHOTON, COMPTON). [D] . GREEN, RONALD THOMAS. 1986

机译：放射性核素作为蒸气通过未饱和破裂岩石（气相，强迫扩散，光子，康普顿）的蒸气。
6. Radionuclide Gas Transport through Nuclear Explosion-Generated Fracture Networks [O] . Amy B. Jordan, Philip H. Stauffer, Earl E. Knight, -1

机译：放射性核气体通过核爆炸断裂网络的传输
7. Development of the Numerical Model for Complex Transport of Radionuclide and Colloid in the Single Fractured Rock [O] . Sanghwa Lee, Jung-woo Kim, Jongtae Jeong 2016

机译：单裂隙岩体中放射性核素与胶体复合输运数值模型的建立
8. Retardation of Radionuclide Transport by Fracture Flow in Granite and Argillaceous Rocks [R] . Bradbury, M. H. , Green, A. 1986

机译：花岗岩和泥质岩中裂隙流对放射性核素迁移的延迟作用

Building Confidence in Radionuclide Transport Models for Fractured Rock:The Nagra/JNC Radionuclide Retardation Programme

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