1.
Hydrogen peroxide and cyanide consumptions can be reduced with the similar gold leaching speed and recovery.
在金浸出速度和浸出率基本相同的情况下，可以降低过氧化氢和氰化物的耗量。
2.
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
3.
diffusion juice velocity
浸提器中渗出液的速度
4.
The kinetics of leaching process of zinc oxide ore is researched and it indicates that diffusion is the rate controlling step.
对氧化锌矿浸出过程动力学进行了研究,结果表明,扩散是浸出的速度控制步骤。
5.
Accelerated Carbonation of High Ca Content Municipal Solid Waste Incineration Fly Ash and Impact on Leaching of Heavy Metal
高钙特征焚烧飞灰的加速碳酸化处理及对重金属浸出特性的影响
6.
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
7.
Research on the Extract of the Molybdenum Metal from the Low Density Leach Liquid with Biosorption Method;
生物吸附法提取低浓度浸出液中金属钼的实验研究
8.
To plunge into water or other liquid and come out quickly.
浸一浸插入水或其它液体，然而快速取出
9.
He could calculate percentages mentally at high speed.
他心算速度极快，能很快算出利润金额。
10.
Experimental Study on Beneficiation of an Iron-bearing Gold-leaching Residue by Flash-roasting & Magnetic-separation
某含铁浸金渣闪速焙烧磁选试验研究
11.
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
12.
Effect of temperature on the activity of mineral-bioleaching microorganisms and the bioleaching rate of copper
温度对浸矿微生物活性及铜浸出率的影响
13.
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
14.
Experimental study on copper and gold leaching from copper concentrate
某浮选铜精矿中铜、金浸出试验研究
15.
Investigation on Roasting-Leaching Technology for an Arsenic-bearing Gold Concentrates in Qinghai Province
青海某含砷金精矿焙烧浸出试验研究
16.
Study on Roasting-Cyanide Leaching of Gold Concentration Containing Arsenic and Sulphur
含砷、硫金精矿焙烧-氰化浸出工艺研究
17.
Effect of pH on Activities of Mineral-Bioleaching Microorganisms and Bioleaching Rate
溶液pH值对浸矿微生物活性及浸出速率的影响研究
18.
Study on Extraction of SiO_2 from Nickel Laterite Ore Through Leaching by High Concentration NaOH Solution
高浓度NaOH浸出红土镍矿中SiO_2的研究