1.
PRELIMINARY ANALYSIS ABOUT REDUCING PRODUCTION COSTS IN URANIUM MINING AND METALLURGY AT FUZHOU URANIUM MINE;
浅谈抚州铀矿降低铀矿冶生产成本的主要途径
2.
Basic status of uranium mine production at the beginning of the new century;
新世纪初全球铀矿山生产的基本态势
3.
ACCELERATE THE DEVELOPMENT OF URANIUM INDUSTRY BASED ON THE TECHNICAL PROGRESS;
依靠技术进步,加快铀矿冶工业发展
4.
STATUS AND COUNTERMEASURES FOR DECOMMISSIONING OF URANIUM MINE AND MILL FACILITIES IN CHINA
我国铀矿冶设施退役治理现状及对策
5.
Industrial silicon production, ore, metallurgical furnace materials procurement.
工业硅生产，矿石，冶金炉材料等购销。
6.
Regulations for safe management of radioactive wastes from the mining and milling of uranium and thorium ores
GB14585-1993铀、钍矿冶放射性废物安全管理技术规定
7.
MAKE NEW CONTRIBUTION TO THE DEVELOPMENT OF URANIUM MINING AND METALLURGY IN 21ST CENTURY,BASED ON SCIENTIFIC AND TECHNOLOGICAL PROGRESSES;
加快科技进步,为21世纪铀矿冶发展作出新贡献
8.
MILL IN YINING MINE:DEVELOPMENTS AND NEW TECHNOLOGY APPLICATION;
伊宁铀矿水冶厂的发展和新工艺的应用
9.
Radiation protcetion on uranium mine and mill in China:past,present and future
我国铀矿冶辐射防护的过去、现在与未来
10.
Study on metallic mine s enlarging scale based on the equilibrium of mining,milling and smelting;
基于采选冶生产平衡的金属矿山扩建规模研究
11.
Damingshan Limestone Mine is a main producer of flux limestone and metallurgical lime for Benxi Iron& Steel Company.
大明山石灰石矿是本钢生产熔剂石灰石和冶金石灰的主要矿山。
12.
However, some of the minerals contain xenon isotopes unlike those usually produced by radioactive decay of uranium.
然而，有些含氙同位素的矿物并非如此，是由铀的放射性衰变产生的。
13.
APPLICATION OF ACID CURING-HEAP LEACHING-ION EXCHANGE TECHNIQUE FOR HEAP LEACHING PRODUCTION IN QUZHOU URANIUM MINE
拌酸熟化-堆浸-离子交换技术在衢州铀矿堆浸生产中的应用
14.
Ore minerals in the Colorado-type deposits are of uraninite and coffinite, with associated vanadium and copper minerals.
科罗拉多型矿床中的铀矿物为晶质铀矿和水硅铀矿，与之共生的还有钒，铜矿物。
15.
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
16.
Feasibility study on production of building wall materials made of iron-containing tailings in Daye area
利用大冶地区含铁尾矿生产建筑墙体材料的可行性研究
17.
As expected, the researchers found the xenon isotope produced by uranium fission in uranium minerals from this deposit.
正如所预料的那样，研究人员发现氙同位素是由这些沉积矿床中的铀矿物裂变产生的。
18.
A mineral deposit of some significance was emerging.
一个具有某种意义的铀矿床正在诞生。