1) uramphite
['jurəm,fait]
铀铵铀矿
2) Uranium deposit
铀矿
1.
Identifying the site of granite uranium deposit with radon survey and soil-natural themoluminescence survey——a case study of Xiazhuang granite uranium field;
应用氡气测量和土壤天然热释光测量推断花岗岩型铀矿含矿部位——以下庄花岗岩型铀矿田为例
2.
Study on metallogenic conditions of sandstone type uranium deposit of Upper Cretaceous Nenjiang Formation in Suihua- Shuangcheng area;
绥化—双城地区上白垩统嫩江组砂岩型铀矿成矿条件研究
3.
Study on method of technical-economic evaluation for in-situ leachable sandstone-type uranium deposit;
可地浸砂岩型铀矿经济技术评价方法的研究
3) uranium ore
铀矿
1.
Geological-technological evaluation for in place crushing leaching of uranium ores in ore field No.322;
322矿田铀矿床原地破碎浸出地质技术评估
2.
Parameter optimization on uranium ore heap leaching;
铀矿堆浸工艺参数的优化
3.
Under this geological-evaluation model a computer evaluating program is made in Ziyuan and Lujing uranium ore-fields.
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。
4) uranium
[英][ju'reɪniəm] [美][ju'renɪəm]
铀矿
1.
Analysis on Monitoring Data in 10 Years and Concentration Distribution of Radon and Its Daughters in Uranium Mine;
某铀矿10年监测资料分析和井下氡及其子体浓度的分布
2.
Cooperative potential and prospect on uranium between Australia and China;
中澳两国在铀矿上的合作潜力和前景
3.
The Study Of Numerical Simulation of Excavation Order of Uranium Mine In JiLin Province;
吉林省某铀矿的开采顺序数值模拟研究
5) uranium mine
铀矿
1.
Design research of uranium mine borehole database;
硬岩型铀矿钻孔数据库的设计
2.
Methods and measures of ventilation system optimization in underground uranium mines;
铀矿山井下通风系统优化方法和措施
3.
Application of the index of geo-accumulation in safety assessment of radioactive pollution in soil near uranium mine exhaust outlet;
用地积累指数法对铀矿排风井周边土壤辐射污染的安全评价
6) uranium deposits
铀矿
1.
Application of soil natural thermoluminescence survey in prospecting for uranium deposits in Hongshan area;
土壤天然热释光测量在红山地区铀矿找矿中的应用效果
2.
On the basis of processing, analysis and conrrelation of the measured γ energy spectrum exploration data from the sandstone uranium deposits area, in north part of Sichuan province,This paper studies the appraisement method of the earth’s surface y anomaly of radioactive elements and the prediction method of uranium deposit prospects by γ energy spectrum exploration.
在川北已知铀矿床地区实测的γ能谱勘探资料整理及分析对比的基础上，进行了放射性元素地表γ异常的评价和铀矿γ能谱勘探远景区的预测研究，并提出了川北砂岩地区γ能谱测量的岩层对比铀矿普查找矿模式。
3.
On the basis of analysis on the ore-forming geological settin in the"San-Jiu"area,the authors summarized the radioactivity geophysical,geochemical and Uranium metallogenic characteristics and the ralations among them,and proposed the prospect for locating Uranium deposits in the area.
文章在分析“三九”地区成矿地质背景的基础上,总结了放射性地球物理、地球化学特征及其与铀矿化的关系,指明了找铀矿前景。
补充资料：铀铵铀矿
分子式：NH4)2(UO2)2(PO4)2·6H2O
CAS号：
性质：又称钙铀云母。铀矿物名，含铀54.46%。四方晶系，晶体呈四方板状，集合体呈玫瑰状、苔藓状或皮壳状。外观为瓶绿至浅绿色透明固体，有玻璃光泽，相对密度3.7。在紫外线照射下发淡黄绿色中强荧光。是少见的表生铀矿物。
CAS号：
性质：又称钙铀云母。铀矿物名，含铀54.46%。四方晶系，晶体呈四方板状，集合体呈玫瑰状、苔藓状或皮壳状。外观为瓶绿至浅绿色透明固体，有玻璃光泽，相对密度3.7。在紫外线照射下发淡黄绿色中强荧光。是少见的表生铀矿物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条