传统的方位投影技术，已在铀矿地质勘查、储量计算图件绘制中应用。
Azimuthal projection is a kind of projection technology with long history, and has been widely used in map-making of uranium geological exploration and reserves calculation.
根据有关国家法律和法规，须对铀矿地质勘探工程和退役设施进行治理。
Based on national laws, it is necessary to treat the uranium exploration engineering and facilities.
笔者在以上论述的基础上对我国今后的铀矿地质勘查工作提出了相应的建议。
Based on the above situation, the author proposes some corresponding Suggestions for uranium prospecting and exploration in China in the future.
未来的铀矿地质勘查依赖于新思维的启迪，新理论的指导和新技术、新方法的支撑。
The coming uranium prospecting and exploration will be dependent on the enlightenment of new thin Kings, the guidance of new theories and the support of new technologies and methods.
近年来，随着全球卫星定位系统(GPS)在铀矿地质勘测中的应用，对地质图的数学基础方面提出了新的要求。
In recent years, new demands are needed urgently on mathematics fundament of geological map with the application of global positioning system (GPS) in uranium geological exploration.
本文阐述了铀矿床中的矿产资源综合利用的地质基础和可能带来的经济效益及社会效果。
The geological basis and economical benefits of comprehensive utilization of mineral resources in uranium ore deposits are described in this paper.
它不仅对研究区地质环境研究及铀矿找矿具有一定意义，而且对其他地区的应用也有参考价值。
It is not only useful for geological environment research and uranium prospecting in the study area, but also reference to applications in another area.
本文阐述了660铀矿区实施的补充地质勘探工作及其效果，并进行了评述。
The effectiveness of supplementary geological exploratory work carried out in the uranium area No. 660 and its effectiveness are described and evaluated in this paper.
为进行四平地区的铀矿勘查，选择了抗干扰能力较强的CSAMT法进行铀成矿地质环境的研究。
In uranium exploration of Siping area, the CSAMT method which has relatively high anti-interference capacity was adopted to conduct the study of uranium metallogenic geological environment.
阐述了我国铀矿山环境地质灾害，废水、废气、废渣等污染及其治理，提出了相应的治理对策。
This paper deals with geological hazards, environmental pollution by waste gas, waste water and waste residue and control countermeasures of environmental pollution.
从成矿地质条件分析，武夷火山铀成矿带中的主要铀矿床的共同点是都具有花岗岩基底岩石。
The analysis of ore forming conditions suggests a common point in the main uranium deposits of Wuyi volcanic uranium mineralization belt that they all have granite as the basement rokes.
本文重点论述了图像处理方法、盆地遥感地质特征、铀矿遥感地质找矿模式(判据)及远景预测等内容。
This paper discusses emphatically image processing method, basin remote sensing geological characteristics the model of remote sensing geological uranium prospecting ore and prospecting prognosis.
通过对硬岩型铀矿坑口堆浸法的工艺流程分析，总结出坑口堆浸成本由矿石开采费用、主要原材料费用等14项要素组成，并建立了地质经济评价模型。
By analyzing the technical flow of pithead heap-leaching uranium deposits of hard-rock type, the authors analyze its 14 cost items such as ore mining fee and major materials fee etc.
结果研究总结得出了世界主要国家砂岩型铀矿的地质特征、主要的产铀盆地模式及其演化。
Results Show the geology feature, main metallogenic models and its evolution connections of sand-stone type uranium deposit in all the world.
但是并非所有的砂岩铀矿都能地浸，只有符合地浸地质—水文评价指标的砂岩铀矿才能地浸。
Only those sandstone uranium deposits which accord with the geological and hydrographic evaluation index can be mined in situ.
以前铀矿床的勘探和地质条件的评价是基于传统的开采方法来评定的。
Previously prospecting and geological condition evaluation of uranium ore is based on traditional mining method.
本文综述了X射线荧光光谱法在铀矿冶及地质分析中的应用，对分析技术及制样方法也作了简要介绍。
This paper reviews the application of X-ray fluorescence spectrometry in the uranium ore processing and geology analysis. The analysis techniques and sampling methods are also given here.
本文系统介绍了朱尼珀山铀矿床的地质背景、储量、不平衡、采矿和矿石选冶过程。
This paper systematically introduces the geological setting, reserves, disequilibrium, mining and ore-processing in Juniper Ridge uranium deposit.
在系统分析公婆泉盆地地质背景、水文地质条件的基础上，对该区局部排泄源氧化还原属性与铀矿化的关系进行了探讨。
The relation between REDOX property and uranium mineralization of local discharge source is studied based on geological background, hydro-geology condition of Gongpoquan basin.
目前已广泛应用于铀矿勘探、地质填图、油气勘测以及寻找各种金属和非金属矿产等诸多领域。
Presently, it has applied to the uranium mine perambulation, geological mapping, oil gas perambulation fields as well as seeking various metal and metalloid mineral and etc.
介绍了某铀矿体原地爆破浸出的矿床地质，技术条件，采矿方法选择及爆破参数。
In this paper, geology of ore deposits, technical conditions, mining methods and blasting parameters of in situ leaching uranium after blasting for an outcrop ore body are introduced.
该砂岩铀矿床具有独特的成矿地质特征。
The Dongsheng sandstone type uranium deposit has unique metallogenic features.
在研究东北某铀矿床区域水文地质条件的基础上，进行了现场水文地质试验，进而对矿床水文地质条件做出了地浸开采评价。
Based on the study of regional hydrogeology, the hydrogeological test was carried out at a uranium deposit in DongBei, then the hydrogeological conditions for in-situ leach mining are evaluated.
铅同位素研究揭示，该板块富铀、钍，从而为铀矿省的形成提供了必不可少的地质前提。
The plate is enriched in U and Th revealed by Pb-isotopic study, which plays an role of essential prerequisite for the formation of U province.
对矿区地浸水文地质条件的分析表明，该铀矿床具备可地浸开采的条件。
The hydrogeological conditions of in-situ leaching are analyzed. The results show the uranium deposit is suitable for in-situ leach mining.
天然有机质及其与铀矿化的关系 天然有机质在地质体中常见者主要是腐植质、煤、泥炭、腐泥质、石油和沥青。
The nature and origin of organic substances in uranium deposits and the role that they plays in transporting and concentrating uranium are different from place to place.
天然有机质及其与铀矿化的关系 天然有机质在地质体中常见者主要是腐植质、煤、泥炭、腐泥质、石油和沥青。
The nature and origin of organic substances in uranium deposits and the role that they plays in transporting and concentrating uranium are different from place to place.
应用推荐