1.
On Development Potential of Uranium Resources and the Technology Level of of Natural Uranium
论中国铀资源发展潜力及天然铀工艺技术发展水平
2.
INFLUENCE OF ORGANIC MATTER ORIGINATED FROM ORE ON URANIUM EXTRACTION
矿石中有机质对提取铀工艺过程的影响
3.
The technology of recovery uranium from high concentration uranium solution is studied.
研究了从高浓度铀溶液中回收铀的工艺。
4.
RESEARCH ON SOLVENT EXTRACTION PROCESS FOR REPROCESSING OF Th-U FUEL FROM HTGR
高温气冷堆钍铀燃料后处理溶剂萃取工艺研究
5.
An Investigation of Uranium Leaching and Hydrometallurgy Process in In-Situ Blast-Leaching;
原地爆破浸出采铀中浸出和水冶工艺的研究
6.
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
7.
Experiments of the aeration treatment of uranium-contained wastewater by saccharomyces cere- visiae-activated sludge were carried out.
进行了采用啤酒酵母菌——活性污泥曝气工艺处理含铀废水的实验。
8.
uranium mine and ore processing plant
铀矿与矿石处理工厂
9.
Effects of Adding U_RO_X Powder on Compacting and Sintering Performance in Pellet Manufacture Technology Using IDR Process UO_2;
IDR法二氧化铀粉末制备芯块工艺中添加U_RO_X粉末对压烧性能的影响规律
10.
A method of constant-current coulometric titration for determination of uranium in uranium oxide is described.
本工作采用恒电流库仑法分析铀氧化物中的铀。
11.
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
12.
Recently worldwide favourability for uranium deposition has been discussed by a panel of uranium geologists.
最近，铀矿地质工作者集会讨论了世界范围内铀成矿的有利条件。
13.
ESTIMATION FOR INTAKE OF URANIUM FROM URINARY EXCRETION DATA
由尿铀分析资料估算工作人员摄入量
14.
The uranium reconnaissance was undertaken in the U.K.
在英国境内曾开展过铀矿普查工作。
15.
Conclusion Effectiveness of comprehensive prevention and treatment measures for silicosis in uranium mines is significant.
结论铀矿工矽肺综合防治效果显著。
16.
Situation and development trend of nuclear power and uranium industry in the United States and Russia;
美、俄两国核电与铀工业的现状及走向
17.
SOME ENVIRONMENTAL CHALLENGES WHICH THE URANIUM PRODUCTION INDUSTRY FACES IN THE 21st CENTURY;
21世纪铀工业所面临的某些环境问题
18.
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