1.
The Experimental Research on Extraction of Vanadium from Stone Coal by No-salt-roasting and Low Acid Leaching
石煤空焙—低酸浸出提钒的试验研究
2.
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％。
3.
Study of the sulfuric acid leaching and bacterial leaching of low grade uranium ore by orbital shaker experiment
低品位铀矿石硫酸搅拌浸出与细菌搅拌浸出研究
4.
Acid-producing Acitivity of Acidithiobacillus Thiooxidans and Microbioleaching of Low-grade Phosphate Ores;
嗜酸氧化硫硫杆菌产酸活性与低品位磷矿细菌浸出
5.
MATHEMAT1C STATISTICS IN TOTAL QUALITY CONTROL FOR REDUCTION OF ACID CONSUMPTION IN URANIUM ORE LEACHING
运用全面质量管理中数理统计方法降低铀矿石浸出的酸耗
6.
Study on Bioleaching of Low Grade Phosphate Ore by Acidithiobacillus Ferrooxidans
嗜酸氧化亚铁硫杆菌对低品位磷矿的生物浸出研究
7.
Research on Acid Leaching of Yunnan Low-grade Oxidized Copper Ore
云南某低品位氧化铜矿酸浸试验研究
8.
Research of Improving the Heap Leaching Velocity of Low Grade Gold Ore;
提高低品位金矿堆浸浸出速度的试验研究
9.
Elimination of Magnesium Oxide in the Platinum Palladium Ore by Acid Leach and Comprehensive Utilization of the Leach Liquor
云南某铂钯矿酸浸除镁及浸出液综合利用研究
10.
Removal of Magnesium Oxide from High MgO Content Ores Using Sulfuric Acid Leaching Method and Comprehensive Utilization of the Leaching Solution;
高镁矿石酸浸降镁及浸出液综合利用研究
11.
The Study of Dephosphorization from High Phosphorus Hematite by Using Acid Leaching and Utilization of Leaching Solution;
高磷赤铁矿酸浸降磷及浸出液综合利用的研究
12.
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)
13.
Nine of the 14 patients with coronary artery disease decreased lactate extraction with increasing COHB.
在14位冠状动脉病患者中，发现有九位由于一氧化碳增加，其乳酸盐的浸出量减低。
14.
The Bioleaching of Low Grade Copper Sulphide Ore;
低品位原生硫化铜矿的细菌浸出研究
15.
Research on technological conditions of low-grade rhodochrosite leaching manganese
低品位菱锰矿浸出锰的工艺条件研究
16.
Compared with the conventional leaching, the acid consumption is reduced by 30%～40% in the activate heap process.
试验证明 ,活化堆浸比常规酸法浸出可省酸30 %～ 4 0 % ;
17.
The minor-scale industrial heap-leaching test presents the character of long leaching cycle and low leaching ratio.
经过小型工业堆浸试验,呈现出周期较长、浸出率较低的特征。
18.
Study on Ferric Sulfate Electrochemical Process for Leaching Chalcopyrite Concentrate;
硫酸铁电化浸出黄铜矿精矿工艺研究