1.
Forecasting the depth of sandstone-type uranium orebodies by neural network method
用神经网络法预测砂岩型铀矿体的深度
2.
At Scinto 6 uranium occurs in much altered dolerite below the unconformity.
“辛托6”的铀矿体产于不整合面之下变质甚深的粒玄岩中。
3.
Radiogenic heat, even from a fairly deep-seated uranium orebody, could be measured.
即使铀矿体埋得足够深，它的放射成因热也能被测出。
4.
STUDY AND PRACTICE OF IN-PLACE LEACHING OF LOW GRADE URANIUM ORE BODY
原地破碎浸出法开采低品位铀矿体的应用与实践
5.
Measurement of content of uranium in urine of workers in an uranium mine and analysis of aberration rate of their chromosomes;
铀矿工人尿铀含量测定与染色体畸变率分析
6.
Discussion on mining unstable ore bodies of a uranium-molybdenum mine of Chifeng by filling-up method
赤峰某铀钼矿不稳固矿体采矿方法的探讨
7.
Some characteristics of ulrichile in granite The wolframite of--Shirenzhang in north of Guangdong as an example
产铀花岗岩体中的晶质铀矿的若干特征——以粤北石人嶂钨矿为例
8.
The Study on Ore-forming Fluid Genesis and Ore-forming Model of Carbonaceous-siliceous-argillitic Rock Type Uranium Deposit in Zoige Region;
若尔盖地区碳硅泥岩型铀矿床成矿流体成因和成矿模式研究
9.
Zhuguang Massif is an area with concentration occurrence of granite-type uranium deposits in China.
诸广岩体是我国花岗岩型铀矿床的集中产出区。
10.
STUDY ON ORE STACKING AFTER BLASTING FOR STOPE LEACHING URANIUM
某矿体原地爆破浸出采铀筑堆方法研究
11.
Calculation of the limit of radon daughters concentration in the ventilation system design of uranium mines
铀矿井采场氡子体α潜能浓度设计限值的确定
12.
Study on Uranium Prospecting and Exploration Technical System Based on High Resolution Remote Sensing
高分辨率遥感铀矿地质勘查技术体系研究
13.
The characteristics of the basin fluids to uranium metallogenesis, especially, the mixing or superimposing uranium metallogenesis are also discussed in detail.
详细讨论了3种流体的铀成矿作用特点以及它们之间相互混合叠加的铀成矿作用特点。
14.
On the basis of practice of some uranium mills at home and abroad, the technological development of acidic and alkaline pressure lcaching process are reviewed in the paper.
结合国内外几个铀矿石加工厂的具体实例，论述了铀矿加压碱法、法浸出的技术进展。
15.
uranium mine and ore processing plant
铀矿与矿石处理工厂
16.
The Organism-organic Matter-fluid Metallogenetic Study on Shihongtan Uranium Deposit in Turpan-Hami Basin Xinjiang;
新疆吐哈盆地十红滩铀矿床的流体—有机质—生物成矿作用研究
17.
The Mineralization Geochemistry of the Low Temperature Fluid on the Dongsheng Sandstone Type Uranium Deposit;
东胜地区砂岩铀矿低温流体成矿作用地球化学研究
18.
The effect of gas from the groundwater in the forming of uranium deposit at Shihongtan
十红滩铀矿床地下水中的气体在成矿过程中的作用