The cyanide leaching rate of gold can reach 98%.
焙砂再经氰化浸出，可使金浸出率达98%以上。
Hydrolysis of titanium influences leaching rate greatly.
水解反应对金属钛的浸出率有很大影响。
More technical studied should be done to get higher leaching rate.
为了获取更高的提取率，需做进一步的工艺研究。
On this condition, Zinc sulfide mineral leaching rate could attain above 96%.
在上述的优化工艺条件下，锌精矿锌浸出率可达96%以上。
The results show that the leaching rate under those conditions can reach 88.1%.
结果表明，在此工艺条件下，浸取率可达88.1%。
Under the optimum leaching conditions, a leaching rate of gold could be over 97%.
在最佳浸出条件下，其氰化浸金率可达到97%以上。
Leaching rate of Copper from 40% by common method rise to 60 ~ 70% by coordination method.
使铜的浸取率由常规法的40%提高到协同浸取法的60—70%。
Theresults indicate that mechanical activation can increase the leaching rate of zinc effectively.
试验结果表明，机械活化可以明显地提高锌的浸出率。
Over one year's practice, the leaching rate of gold was 91-93% steadily with remarkable economic benefit.
经过一年多的生产实践，金的浸出率稳定在91—93%，经济效益显著。
According to the technological conditions of leaching manganese, leaching rate for manganese is above 95%.
按该条件浸锰，锰的浸出率可达95%以上。
The practical application of bioleaching technology was limited seriously because of its lower leaching rate.
生物浸矿由于其浸出速率很低而使其实际应用受到了严重限制。
The study shows that two methods could effective reduce silica concentration and the leaching rate of silica.
研究表明采用三种方式均可以有效降低溶出液中的二氧化硅浓度和二氧化硅溶出率；
Results proved that an effective mining process for energy saving, with overall leaching rate as high as 78%.
结果表明，总浸出率可达78%且节约能量，为一高效采矿方法。
Different methods of microbial comprehensive bioleaching are used to increase the leaching rate of chalcopyrite.
为了提高黄铜矿的浸出率，可以施加许多微生物强化浸出方法。
The results showed that uranium leaching rate can be increased and acid dosage decreased by bioleaching progress.
结果表明，利用细菌浸出法可提高铀的浸出率，降低酸耗。
According to the technological conditions of leaching manganese, leaching rate of manganese can be more than 96%.
按该工艺条件浸取锰矿尾矿中锰，锰的浸出率可达96%以上。
Oil leaching rate was very important parameter for the design of an extractor at a definite oil leaching process.
油脂浸出设备的设计依赖油脂浸出工艺的选择以及在该工艺条件下油脂的浸出速率。
Therefore, tests were made on a Liaoning copper-containing gold concentrate, aiming at improving the gold leaching rate.
为此，对辽宁某含铜金精矿进行了旨在提高金浸出率的试验研究。
The research on the water leaching rate of bag tea of the root of kudzu vine and thin-layer chromatography is discussed.
介绍了葛根解酒袋泡茶的水浸出率及薄层层析实验研究。
The existence of galena, sphalerite, certain amount of chalcopyrite and arsenopyrite does not influence the leaching rate.
方铅矿、闪锌矿和一定量的黄铜矿、黄铁矿和毒砂存在不影响浸取率。
The influence rule of the saturated surface and the relation of the saturated surface and leaching rate are new research tasks.
浸润面影响规律及其与浸出率之间关系的研究是一项新的研究课题。
Accelerating the film formation on the mineral surface and keeping its stability are very important for the microbe leaching rate.
加速微生物在矿物表面成膜及保持其稳定性是影响微生物浸矿速率的重要因素。
Leaching process is a chemical reaction process, mineral particle size and concentration also have great impact on the leaching rate.
浸出过程为化学反应过程，矿物粒度、浸取剂浓度对反应速率影响也较大。
The seepage law of leaching solution has a very important influence on the leaching rate and velocity for the dump leaching technology.
溶液渗流规律对堆浸技术的浸出率、浸出速率具有很重要的影响。
According to the effect of intensified leaching on leaching rate, the predicted results can be revised to further improve their accuracy.
结合强化浸出对浸出速率的影响，将预测结果加以修正，会进一步提高预测精度。
In this paper, the theory of gray system is adopted to study the time series prediction of the leaching rate of in-situ blasting and leaching ore.
采用灰色系统理论对原地爆破浸出率的时间序列预测问题进行了研究。
The pretreatment of silver concentrate with high arsenic, antimony and copper is followed by in-pulp electrolysis, the leaching rate of silver is over 95%.
富含砷、锑、铜的银精矿先经过预处理，再进行矿浆电解，银的浸出率达到95%以上。
It is effectively on accelerating leaching speed of copper sulfide and increasing leaching rate of copper that bacteria ACTS on low grade copper sulfide ore.
利用细菌的作用对低品位硫化铜矿石进行浸出，能有效地促进硫化铜矿物中铜的浸出，提高铜浸出率。
It is effectively on accelerating leaching speed of copper sulfide and increasing leaching rate of copper that bacteria ACTS on low grade copper sulfide ore.
利用细菌的作用对低品位硫化铜矿石进行浸出，能有效地促进硫化铜矿物中铜的浸出，提高铜浸出率。
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