1.
Study on Protective Effect of Slag-kiln Crust in Volatilizing Kiln of Zinc Leached Residue and Its Application;
挂渣保护在锌浸出渣挥发窑中的研究与应用
2.
Simultaneous Pressure Oxidation Leaching of Zinc Sulfide Concentrate and Neutral Leaching Residue
闪锌矿与中性浸出渣合并氧压酸浸(英文)
3.
VANADIUM EXTRACTION FROM BLACK SHALE UNDER PRESSURE FIELD AND COMPREHENSIVE UTILIZATION OF LEACHING RESIDUE
在压力场下从石煤中浸取钒和浸出渣综合利用
4.
Preparation of Building Brick Using the Leaching Residue of Extracting Vanadium from Stone Coal
石煤提钒浸出渣制取建筑用砖的研究
5.
Comprehensive Recovery of Ga and Ge Ag from Leaching Residue of Danxia Zinc Smelter
从丹霞冶炼厂锌浸出渣中综合回收镓和锗
6.
Technology and Theory Studies of Upgrading Silver Recovery of Flotation from Zinc Leaching Residues;
提高锌浸出渣中银浮选回收率的工艺与理论研究
7.
Experimental Study on Dynamic Adsorption of Heavy Metal Ions with Oceanic Polymetallic Nodules and Cobalt-rich Crust Leaching Residues;
大洋多金属结核及富钴结壳浸出渣动态吸附重金属离子实验研究
8.
compound imbibition
(蔗渣)复式吸液浸出法
9.
A Study of the Extracting Rate of Gold & Silver from Immersed Copper Sediment Influenced by Cyaniding Conditions;
氰化条件对浸铜渣中金银浸出率的影响研究
10.
Studies on Leaching Property of Cr(Ⅵ) in Chromium Residue and Acid-Dissolved Wet Detoxication of Chromium Residue;
铬渣中铬（Ⅵ）浸出特性及酸溶湿法解毒工艺研究
11.
Study on Preparing Ti-rich Feedstock by Selective Leaching the Modified Titanium Slag with Hydrochloric Acid Solution;
稀盐酸选择性浸出改性钛渣制备富钛料的研究
12.
Microstructural properties and leaching behavior of the stainless steel EAF slag
不锈钢冶炼电炉渣结构性质及浸出行为研究
13.
Study on Selective Leaching Cobalt from Copper Smelter Slag at Atmospheric Pressure
从铜精炼炉渣中常压选择性浸出钴的研究
14.
Study on Leaching of Silver From Desulphurized Slag of Zinc Sulfide Concentrate Using Thiourea
用硫脲从脱硫锌精矿渣中浸出银的试验研究
15.
Study on the Acute Biological Leaching Toxicity Caused by Zinc Oxide Industrial Waste
次氧化锌工业废渣浸出液的急性生物毒性效应
16.
Influence of Slag from MSW Incinerator on Performance and Leaching Toxicity of Cement
垃圾焚烧炉渣对水泥性能及浸出毒性的影响
17.
The process conditions of preparing anhydrous manganese chloride were studied,which adopt manganese-rich slag as the raw material and use hydrochloric acid as the lixiviant.
研究了以富锰渣为原料,盐酸作浸出剂制备无水氯化锰的工艺条件。
18.
The ratio of Sc∶Fe∶Mn can be changed from 1∶349∶67 in the leach liquor to 1∶18∶0.69 in the washed precipitate.
钪、铁、锰的含量由原来钨渣浸出液中的1:349:67下降为1:18:0.68。