1.
Theφ-pH Figure of PbS-ZnS-H_2O System during Rich-oxygen Leaching of Lead Zinc Sulfide Minerals
铅锌硫化矿富氧浸出过程的PbS-ZnS-H_2O系电位-pH图
2.
Studies on the Process of High-pressure Oxidation Leaching for Separation of Base Metals from Antimony-gold Alloy;
富贵锑的加压氧化浸出分离贱金属工艺研究
3.
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)
4.
The Ways to Increase the Recovery Rate of Gold Leaching From Heap Leaching of the Earth's Surface Oxidation Ore in Jinshan Gold Mine
提高金山地表氧化矿堆浸金浸出回收率的措施
5.
Low-and Medium-temperature Pressure Oxidation Leaching of Germanium-rich Sphalerite Concentrate
低-中温下富锗闪锌矿的氧压酸浸研究(英文)
6.
Preparation technology of zinc chloride from acid leaching low-grade zinc ash in oxygen rich environment
富氧催化酸浸低品位锌灰制取氯化锌工艺研究
7.
Research on Leaching Gold from Complex Sulfuration Mine with Chlorine Dioxide;
二氧化氯浸出复杂硫化金精矿的研究
8.
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
9.
Technique of oxidizing roast-acid leaching of vanadium from stone coal
石煤氧化焙烧-酸溶液浸出提钒工艺
10.
Choice of leaching agent in acid agitation leaching of a uranium ore
某铀精矿酸法搅拌浸出氧化剂的选择
11.
Thermodynamics of alumina leached by sulfuric acid process
硫酸浸出法提取氧化铝的热力学讨论
12.
Synthesis and Al_2O_3 leaching property of 20CaO·13Al_2O_3·3MgO·3SiO_2
20CaO·13Al_2O_3·3MgO·3SiO_2的合成与氧化铝的浸出性能
13.
Compared with conventional agitation acid leaching method,this process decreases the acid consumption by 21 % and manganese dioxide by 29%,the extraction rate of uranium reduces by 1. 86%.
与搅拌浸出比较，淋滤浸出省酸21％、省二氧化锰29％，铀提取率降低1．86％。
14.
LEACHING CHARACTERISTICS OF A TUFF TYPE URANIUM ORE RICH IN FLUORITE
富含萤石凝灰岩类型铀矿石的浸出特性
15.
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
16.
Bioleaching of Chalcopyrite with A Mixed Moderate Thermophilic Enrichment
一种中等高温富集混合菌对黄铜矿的浸出
17.
Studies on Microwave-assisted Extraction of Total Flavonoids from Cryptotaenia japonica Hassk and Their Anti-oxidation Properties
微波水浸提鸭儿芹黄酮的浸出特性及抗氧化作用研究
18.
Immersion service exposure to strong acids or alkalies.
不能将环氧富锌涂层直接浸渍在强酸或强碱环境下。