1.
The Screening and Breeding of High Effective Bacteria and Mechanism of Bioleaching of Copper Sulfide Minerals;
铜硫化矿生物浸出高效菌种选育及浸出机理
2.
Microwave-Aided Leaching of High Silica Zinc Oxide Ores;
高硅氧化锌矿微波辅助浸出机理研究
3.
The Study of the Principle and Countermeasure of Colbat Exposure in Cemented Carbide Tools;
硬质合金刀具钴元素浸出机理及对策研究
4.
The Research on Copper-nickel Alloy Oxygen Selective Leaching Process
铜镍合金纯氧选择性浸出机理及过程的研究
5.
Studies on the Electrochemical Performance and Technology of Sulfide Bio-leaching;
硫化矿细菌浸出过程的电化学机理及工艺研究
6.
The Mechanism of Wood Impregnation and Dissolving Kinetic of Extractives in the Pulping Process of Populus Tomentosa CTMP
毛白杨CTMP浆生产过程中木片浸渍机理及抽出物溶出动力学
7.
Study on Technology and Mechanism of Mechanical Activation Enhancing Leaching of Gold Concentrate Containing Arsenic;
机械活化强化含砷金精矿浸出的工艺及机理研究
8.
Research on Lixiviation and Solidified Mechanism of Heavy Metals in Cement and Concrete;
重金属元素在水泥混凝土中的浸出性及固化机理研究
9.
The mechanism of submerged combustion, the design and experiment of submerged combustion unit, and applications of submerged combustion technology in coalbed methane brine disposal are introduced.
介绍了浸没燃烧的机理、置的设计与实验,以及在煤层气采出水处理方面的应用。
10.
Theoretical Investigation of Roasting and Leaching Processes of Stone Coal-type Vanadium Ore
石煤型钒矿焙烧—浸出过程的理论研究
11.
Breeding and Resistant Mechanisms of Resistant Bioleaching Bacteria;
抗性浸矿细菌的选育及抗性机理研究
12.
Studies on Mechanism of Decompression and Calcium Treatment Storage of Plum Fruit;
李果实减压及浸钙贮藏保鲜机理研究
13.
Studies on Mechanism of Low Temperature and Calcium Treatment in Storage of Plum Fruit
李果实低温及浸钙贮藏保鲜机理研究
14.
Adsorption Mechanism of Heavy Rare Earth by Cyanex272 Impregnated Resin
Cyanex272浸渍树脂吸萃重稀土机理
15.
Fundamental and technological studies on bioleaching of refractory arsenical gold concentrates by Thiobacillus ferrooxidans;
含砷难处理金矿细菌浸出基础理论及工艺研究
16.
You are totally immersed in the three-dimensional computer generated world.
你完全沉浸在计算机产生出的三维的世界里。
17.
The Experimental Study on Hydrolyzing and Releasing of Organic Wastes Soaked in Anaerobic Condition and Sequencing Batch Mode;
有机垃圾序批式厌氧浸泡水解溶出试验研究
18.
Enhancement of the Acid Dissolution of Mechanically Activated Pangzhihua Ilmenite;
机械活化攀枝花钛铁矿强化浸出的研究