radioactive waste repository
英 [ˌreɪdiəʊˈæktɪv weɪst rɪˈpɒzətri]
美 [ˌreɪdioʊˈæktɪv weɪst rɪˈpɑːzətɔːri]
网络 放射性废物处置库; 放射性废物库
双语例句
- Yemaquan district, one of the important candidate sites for China ′ s high-level radioactive waste repository, is located in the Beishan area, Gansu Province, Northwest China.
野马泉地区是我国高放废物处置库的重要预选区之一，大面积分布的花岗岩是良好的处置库围岩。 - Interaction between site pre-selection of high-level radioactive waste geological disposal repository and mineral resources prospecting
高放射性核废物地质处置库场址预选和矿产资源勘查的关系 - Research on several management issues in the construction of high-level radioactive waste repository
高放废物处置库建设中几个管理问题的研究 - Coupled thermo-mechanical analysis of granite for high-level radioactive waste repository
高放废物处置库花岗岩热-力耦合模拟研究 - Experimental research on top cover of shallow-buried radioactive waste disposal repository
放射性废物浅埋处置库顶盖试验研究 - Radiation Dose Analysis for Radioactive Waste Disposal at Northwest Repository
西北处置场废物处置的辐射剂量分析放射性排出物检查处置 - Jiji quarry is one of the candidates in Beishan area, Gansu province& the preselected area for Chinese high-level radioactive waste repository.
芨芨采石场是我国高放废物处置库甘肃北山预选区有利候选地段之一。 - As a result, both blocks can be regarded as candidate sites for high-level radioactive waste repository; and next research stage, e.g.borehole survey, is under operation.
研究结果表明，新场和芨芨槽岩块均比较完整，可作为处置库的候选岩块进入钻孔研究阶段。 - Neotectonic activity intensity is an important criteria for evaluating high level radioactive waste repository.
新构造活动强烈程度是高放废物处置库场址评价的一个重要指标。 - Formation-age, Tectonic Setting and Ascertainment of A-type Granite on the Lingshan Pluton in Dabie Orogenic Belt Pre-selection research on granite mass for high level radioactive waste repository
灵山岩体的形成时代、构造背景及其A型花岗岩的厘定高放废物地质处置库花岗岩体预选研究 - Pre-selection research on granite mass for high level radioactive waste repository
高放废物地质处置库花岗岩体预选研究 - Analysis on the feasibility of high-level radioactive waste disposal repository establishment in Xinjiang, China
新疆地区选建高放射性核废物处置库的可能性 - Taking an example of the design, development and management of radioactive waste repository in Tianjin City, characteristics of radioactive waste repositorys'design, development and management in our country are analyzed in this article, including source term investigation, repository type, structure and management.
以天津市城市放射性废物库的设计、建设和管理为例，剖析了我国城市放射性废物库设计、建设管理的特点，主要内容包括源项调查、库型结构、放射性废物管理等； - Low permeable media are the ideal natural barrier resisting the underground migration of harmful materials. So it becomes the first selected host rock for high-level radioactive waste disposal repository.
低渗透介质是阻碍有害物质在地下迁移良好的天然屏障，因此成为高放废物处置库围岩类型的首选。 - Coupled calculation of dose rate and temperature in the near field of a high level radioactive waste disposal repository
高放废物处置库近场剂量场与温度场的耦合计算 - Summary on the International Conference on high-level radioactive waste geological repository in Stockholm
斯德哥尔摩高放废物地质处置库国际大会概况 - Borehole radar survey proves to be an effective method to detect the fracture extension and rock integration of granite, and is of important significance in site characterization for high-level radioactive waste repository.
北山1号孔钻孔雷达测试的实践表明：钻孔雷达测量是了解岩体内部裂隙延伸和岩体完整性的有效手段，对高放废物处置库场址评价有重要意义。 - Some problems related to the geological research of low-permeable media in siting of high-level radioactive waste disposal repository
高放废物处置库选址中低渗透介质地质研究的几个问题 - The views and suggestions are presented about the necessity and impendency in the urban radioactive waste repository construction.
讨论了城市废物库建设的必要性、紧迫性、全局性，以及城市放射性废物库建设的优化设计、管理等。 - This paper briefly presents the general concept of natural analogue of high level radioactive waste disposal repository and the scientific issues which need to be solved by natural analogue study.
本文阐述了高放废物深地质处置库天然类似物的一般概念及天然类比研究拟解决的科学问题。 - In the siting and site characterization studies for high-level radioactive waste repository, the chemical features of groundwater are one of the most important evaluation factors.
在高放废物处置库场地选择和性能评价中，地下水化学特征是最重要的因素之一。 - Evaluation of uranium ore body as analogy of radioactive waste repository was commenced last year under support of CNNC and IAEA.
在核工业总公司和国际原子能机构的支持下，评价铀矿床作为放射性废物处置库的天然类似物的研究也正在进行中。 - A strategic program for deep geological disposal of high level radioactive waste in China is proposed in this paper. A3-step technical strategy: site selection site characterization site specific underground research laboratory final repository, is proposed for the development of China's high level radioactive waste repository.
本文探讨我国高放废物地质处置的战略规划，提出我国高放废物处置库的开发可参考采用三步曲式的技术路线，即处置库选址和场址评价特定场址地下实验室研究处置库建设。 - Optimizing and Beautifying Designs of Urban Radioactive Waste Repository
城市放射性废物库的优化与美化设计 - This paper introduces the basic structure of high level radioactive waste repository and engineering geological methods applied in repository construction The application consists of the following aspects: ( 1) evaluation the stability of surrounding rock in the area of repository;
本文介绍了高放废物处置场的基本结构并着重阐述了工程地质方法在高放废物处置场建设中的应用，应用主要包括以下几个方面：（1）处置场场区围岩稳定性评价； - The study of geological analogues is one of the important methods for safety assessments of the radioactive waste repository.
地质类比研究是安全评价核废物处置系统的重要方法之一，也是地质学科的新研究领域。 - Gaomiaozi bentonite located in Inner Mongolia could be regarded as basic material of buffer material for high level radioactive waste repository and future tasks are put forward.
因此高庙子膨润土可作为中国高放射性废物深地质处置库缓冲材料的基料。 - The high-level radioactive waste repository in China will be built in granite, therefore, the investigation of the behavior of uraninite weathering in this ore field is of an important role for the performance assessment of the disposal system of China.
因此，下庄铀矿田是开展核废料氧化的天然类比研究的理想地区，并对我国的高放废物地质处置库的安全性评价有重要的指导作用。 - The deep groundwater collected for the first time in the preselected area for China's high-level radioactive waste repository is the Cl · SO_ ( 4)-Na type saline water with alkalinity and high total dissolved solids.
首次获得的我国高放废物处置库预选区花岗岩体深部地下水属偏碱性、高矿化、Cl·SO4Na型咸水。 - Isotope Method for the Recognition of Groundwater Formation in China's Preselected High Level Radioactive Waste Disposal Repository Site
应用同位素方法识别高放废物处置库预选场址地下水的形成