核废物

性能评价（PA）是风险评估在核废物地质处置领域中的应用。

Performance assessment ( PA ) is the application of risk assessment in the field of nuclear waste geological disposal .

加速器驱动次临界系统（即ADS）是一种高效的核废物嬗变装置，同时也是中子科学研究的重要平台。

Accelerator Driven System ( ADS ) is a high-efficient nuclear waste transmutation incinerator and an important plat for the neutronice research .

某核废物填埋区土壤对Sr吸附的动态模拟实验研究

Dynamic simulation experiment research on strontium adsorption in soil of a disposal factory of very-low-level waste

加速器驱动次临界嬗变系统（ADS）是国际公认在嬗变长寿命核废物、从根本上处置核废物的一个极有前途的新型核系统。

Accelerator driven subcritical transmutation system ( ADS ) has been considered one of the most promising systems in the worldwide to fundamentally transmute long life nuclear wastes .

核废物地质处置THM耦合三维有限元分析

3D Model and FEM Analysis for Coupled Thermo-Hydro-Mechanical Processes in Geological Disposal of Nuclear Waste

本文采用静态和碎岩柱实验技术研究了放射性Sr和Cs在核废物处置库待选点花岗岩上的吸附与阻滞。

The sorption and retardation of radioactive strontium and cesium on the granite from the candidate site for nuclear waste repository have been studied in this paper by means of batch and crushed rock column techniques .

研究了改性凹凸棒石（CA）在不同环境条件下（浓度、温度、pH、介质）对模拟核素Cs+的吸附性能及其平衡吸附时间，为评价中低放核废物处置效果提供一些参考依据。

Thesis studied adsorptive equilibrium time and adsorption capacity of modified attupulgite ( CA ) on simulated nuclide Cs + under a few conditions including temperature , pH value , concentration and medium with the intermittence method and offered some references for valuation of mid-lower radiative waste disposition .

核废物库吊车自动控制精确定位技术

Precise Orientation Technique for Auto-Control of Cranes for Nuclear Waste Storehouse

核废物处置地球化学工程屏障研究

Experimental research on geochemical engineering barrier used in radioactive waste disposal

核废物地质处置中岩石选用现状及其开发研究

Study Development and Selecting Rocks in the Geological Disposal of Nuclear waste

埋在地下的核废物就算在几十亿年后依然可以探测得到。

Buried nuclear waste could be detectable even after billions of years .

核能发展与核废物安全处置

Development of Nuclear Power and Safe Disposal of Nuclear Wastes

冷坩埚技术在核废物处理中的应用

Application of cold crucible technique in the nuclear waste treatment

核废物处置场环境影响评价中存在的若干问题

Some Problems in Nuclear Environmental Assessment Associated with Radioactive Waste Disposal Site

核废物的来源、特性与分类原则的研讨

A Study on the Nuclear Waste Sources Characteristics and the Principle of Category

富铯矿物及其在核废物地质处置上的意义

Cs-enriched Minerals and Their Significance on Nuclear Waste Disposal

核废物处置场岩体断裂的遥感分析

Remote sensing analysing of rock body fracture in high radioactive waste disposal site

低中放核废物地质处置选场刍议电渗析流程处理的废料液的γ能谱分析

γ - spectrum analysis of radioactive waste liquid treated with DPC-electrodialysis technological process

陆地中低放核废物地质处置的发展与现状

Development and Current Situation on Geological Disposal of Low and Intermediate-Level Waste on land

核废物固化处理中的粉末冶金技术

Powder metallurgy techniques in nuclear waste solidification treatment

铀成矿作用、核废物地球化学处置与吸附作用的关系

The relationship between uranium mineralization , nuclear waste geochemical disposal and adsorption of uranium

某核废物处置场地下水中铀元素迁移模拟研究

The Simulation Study of Uranium Migration in the Groundwater of a Nuclear Waste Disposal Site

钛酸锶陶瓷固化核废物性能研究

Strontium Titanate Ceramic Solidification of Radioactive Waste

新疆地区选建高放射性核废物处置库的可能性

Analysis on the feasibility of high-level radioactive waste disposal repository establishment in Xinjiang , China

放射性核废物的地质处置是一个关系到国计民生多学科交叉的综合性问题。

Geological disposal of radioactive wastes is a multi-disciplinary issue of importance for national interest .

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

Interaction between site pre-selection of high-level radioactive waste geological disposal repository and mineral resources prospecting

介绍国际上关于核废物处理的一般技术和途径，以及最新的处理方法。

Current and new disposal technology and approach for radioactive waste in the world-wide are introduced .

核废物容器设计的鉴定

Nuclear Waste Container Designs Evaluated

日本的新型核废物处理技术

New Japanese Nuclear Wastes Technology

核废物地质处置中热-水-应力耦合对迁移影响的三维有限元模拟

3D finite element simulation for influence of thermo-hydro-mechanical coupling on migration in geological disposal of nuclear waste