本工艺流程简单、有价金属回收率高、对环境友好。
This process has the advantages of high metal recovery, simple flowsheet, environmentally friendly.
这项工艺技术先进，流程简短，金属回收率高，产品质量优良。
This advanced technique, offers the advantages of simple flowsheet, high metal recoveries and excellent product quality.
结果表明该工艺稳定，产品质量好，金属回收率高，经济效益好。
The results indicated stable technology, excellent quality of the product, high recovery ratio of metal and good economic benefit.
该工艺简单、能耗低、金属回收率可达98% .且经济效益显著。
The process is simple, power consumption is lower, metal recovery can be 98 %, economic benefit is great.
桃冲选矿厂采用摇床选别弱磁尾矿，因摇床操作因素复杂，适应性较差，致使金属回收率较低。
Tables are used for separating weakly magnetic tailings in Taochong Concentrator. The complex operation factors and the poor adaptability of tables have led to low metal recovery.
分析了二峰山铁矿选矿厂工艺流程存在的问题，并通过技术改造提高金属回收率，取得了显著的经济效益。
This paper analyses the problem of the technological flowsheet for concentractor, Er-fengshan Iron Mine, and obtain obvious economical profit by improving technology to increase metal recovery.
由于产品粒度结构的改善，使反浮选选别效果大大提高，金属回收率从原有的68.65%提高到74.07%。
Due to the improvement of the structure of product particle size, the result of reverse flotation was greatly improved, with the metal recovery increasing from 68. 65% to 74. 07%.
对金属铬生产过程中影响化工工序中间产品氢氧化铬回收率的因素进行了分析。
The factors are analysed affecting chromic hydroxide recovery, between product in chromium metal production in chemical engineering process.
试验结果表明，还原剂焦炭用量对金属钴镍收率影响最大，用量过大或过少都不利于钴镍的回收，而对铜的回收率影响不明显；
The experiment results showed that the dosage of coke had the largest effect on the recovery of cobalt and nickel, but no obvious influence on the recovery of copper.
结果表明：本流程具有锌回收率高，有利于有价金属综合回收和经济效益好等优点。
It has been proved that the process offers the advantages of high recovery for zinc, suitability for comprehensive recovery of the metal values and good economic gain.
针对钨细泥钨回收率低、金属流失严重的问题，对某钨矿钨细泥进行全浮选试验。
An entire floatation experiment was done in a certain tungsten-slime in order to do away with the low recovery rate of tungsten-slime and heavy losses of tungsten metals.
通过对金属银在i SP铅锌冶炼中走向、分布情况的调查及统计分析，提出了提高银回收率的建议。
By investigating the movement and distribution of metallic Ag in the ISP (Imperial smelting Paten) smelting process, Suggestions on how to improve the Ag recovery rate were put forward in this paper.
所得产品的铁品位、金属化率和铁回收率分别在90％、92％和84％以上。
The Fe content, metallization and iron recovery of the product are 90%, 92% and over 84%, respectively.
对株洲冶炼厂锌冶炼回收率现状及锌冶炼过程中金属的损失进行了详细的分析，提出了提高锌冶炼回收率的几种措施。
Based on the situation of Zinc recovery rate and detail analysis of metal loss in process of Zinc metallurgy, several measures are put forword to improve the recovery rate in zhuzhou smelter.
金属铟、铅、锡、锑的直收率达到90%以上，回收率达95%以上。
The direct yield and recovery rate of metallic In, Pb, Sn and Sb are respectively over 90% and 95%.
论述了预处理柱的制备、再生，测定了预处理柱对重金属及有机物的去除率及无机阴离子的回收率。
Removal of the heavy metal and organism and recovery of the inorganic ions is also analyzed in this paper.
同时，铅、铋、锌等有价金属很好地得到分离、回收，回收率高。
The main valuable metals, such as lead, tin, bismuth and zinc are separated each other with high recoveries.
提出了对其中的银进行回收的方法，银的回收率为88％-98％，可使贵金属银得到充分利用，防止资源浪费。
This article introduces ways to recycle these silvers and 88-98% silvers can be recycled, So thect we can make full use of silvers and avoid wasting.
银的沉淀经减压过滤、洗涤及高温还原而得到金属单质银。 银的回收率达97.5 1% ，回收银的纯度为98.5 % 。
After decompressional filtration, washery and high-temperature reduction can we get silver precipitation and the rate of recovery can reach to 97.51% and the pureness to 98.5%.
该法回收率和准确度高，精密度和重复性好，在中草药重金属含量分析中具有良好的应用价值。
With high recovery rate, accuracy, precision and repeatability, this method has good application potential in Chinese herbal medicine analysis.
用氯化法处理罗定铅阳极泥能较好地回收金属银，银的总回收率大于99%，其它各种有价金属亦得到有效回收。
The silver can be recovered from lead anode slime from Luoding by chlorination. Total recovery rate of silver is more than 99%, and all valuable metals can be recovered effectively.
同时可以从铬泥中回收金属铬 ，回收率高。
与铅、锌锡有关的伴生银矿床的银金属储量占伴生银总量的89.55%全区大多数生产矿山伴生争回收率低，未能得到合理的利用。
The silver reserves of associated silver deposits in relation to lead, zinc and tin take 89.55 percent in associated silver total quantity.
与铅、锌锡有关的伴生银矿床的银金属储量占伴生银总量的89.55%全区大多数生产矿山伴生争回收率低，未能得到合理的利用。
The silver reserves of associated silver deposits in relation to lead, zinc and tin take 89.55 percent in associated silver total quantity.
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