DFT Study of Nucleophilic Substitution at Sulfur The Removal of Zirconium and Chromium in the Process of Recovery of Am Cm and Pm from High-Level Radioactive Waste Liquor by High Speed Cation Displacement Chromatography 快速阳离子排代法提取镅锔钷时除去杂质元素锆铬的研究
A natural analogy of high-level radioactive waste disposal& a case study of the groundwater from a uranium deposit 高放废物地质处置天然类比研究&以某铀矿床地下水为例
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
Abstract: Groundwater is the major carrier for radionuclide migration in the high-level radioactive waste disposal. 文摘:在高放废物深地质处置中,地下水是核素迁移的重要媒介。
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
Today, high-level waste is dealt with by cooling it in water for several years and then mixing it into a molten glass, which is poured into steel containers. 如今,高放射性废料的处理方式是将它在水中冷却数年,然后将其混入熔融态的玻璃中,接着倒入铁质容器。
The numerical result is valuable for the determination of chamber distance of high-level radioactive waste disposal shaft. 计算结果对在花岗岩体中决定高放废物储存洞室之间间距具有借鉴作用。
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。
Inspection of Low Speed Impact Damage of CFRP with Pulsed and Lock-in Thermography Compactibility and Compressive Behaviors of Bentonite& Buffer Material for High-level Radioactive Waste Disposal 碳纤维增强复合材料层压板低速冲击损伤的脉冲红外热像检测高放废物处置缓冲材料&膨润土压实成型性与抗压性研究
In high-level radioactive waste deep geological disposal and deep mining, rock will exhibit rheological behavior under long-term thermo-mechanical coupling effects. 高放废物深埋处置和深部采矿中,岩石在温度和应力长时间作用下表现出流变特性。
Determination of pu, am and total α activity for high-level liquid waste 高放废液中钚、镅含量及总α放射性活度的测定
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
Research Actualities on High-level Waste Forms 高放废料固化基材的研究现状
Isotope Characteristics of Groundwater in the Potential Site of a High-Level Waste Repository in China 高放废物处置系统地下水同位素特征
Modeling the nuclide transport in geological disposal system of high-level radioactive waste 高放废物地质处置系统核素迁移模型研究
Study on Improving Properties of Alkali-Activated Slag Cement Based Simulated High-Level Waste Forms and Mechanism of Cs~+ Solidified 高放废液水泥固化体性能提高及Cs~+固化机理
The background, the preliminary technical strategy and the long-term plan for China ′ s high-level radioactive waste disposal program are presented. 介绍了中国高放废物地质处置计划的背景、初步技术战略和长远规划。
Progress on the separation of actinides and lanthanides from high-level waste 从高放废液中分离回收锕-镧系元素工作的进展
A simulated experimental study in corrosion of water radiolysis products on container of high-level waste in the condition of deep geological disposal 水辐解产物对深处置高放废物容器侵蚀模拟研究
A computer code for calculating radioactivity in high-level waste solidified products and dose rate inside and outside the solidified products 计算高放废物固化体内放射性活度及内、外剂量率的计算机程序
Management of High-Level Waste in Japan 日本的高放废物管理
Codes on High-Level Waste Disposal 高放废物处置评价中应用的有关程序
Studies on Geological Disposal of High-level Waste in China 我国高放废物地质处置研究
Geological disposal of high-level radioactive waste and its key scientific issues 高放废物地质处置及其若干关键科学问题
It is a very important thing to protect environment and have a sustained development of nuclear industry to safely dispose high-level radioactive waste. 高放废物固化体的安全处置,对保护生态环境和核能可持续发展具有重要意义。