Anode slime: in the current under the action of the residue after an anodic dissolution.
阳极泥：在电流作用下阳极溶解后的残留物。
The pretreatment technology for removal of high-content impurity elements in copper anode slime in acidic medium is studied.
对高杂质铜阳极泥在酸性介质中的预处理脱杂工艺进行了研究。
This paper describes the principle and practice for application of extractive technology in extracting gold from lead anode slime.
介绍萃取技术在铅阳极泥湿法工艺中提取金的应用原理和实践。
The paper relates the process flow to recover gold from copper anode slime, and points out the main factors influencing gold recovery rate.
介绍了从铜阳极泥中回收金的工艺流程，指出了影响金回收率的主要因素。
Preparation of high pure tellurium and new materials with tellurium were also described. Copper anode slime was one of the main tellurium resources.
对高纯碲的制备方法以及碲的新材料在各方面的进行了详细的介绍。
This paper describes the operating practice for comprehensively recovering valuable metals from lead anode slime residue left after recovery of gold and silver.
叙述了从铅阳极泥回收金银后的渣料中综合回收有价金属的生产实践。
The anode bag with cotton cloth or chemical fiber fabric: made in the set of anode in the, in order to prevent the anode slime slag in the bag of go into solution.
阳极袋：用棉布或化纤织物制成的套在阳极上，以防止阳极泥渣进入溶液用的袋子。
The proposed method was successfully applied to the on-line preconcentration, separation and determination of gold in nickel alloy and anode slime certified samples.
利用本实验方法成功实现了合金和阳极泥标准样品中金的在线预浓集分离、测定。
This paper introduces mainly to a process of treating Sb-rich lead anode slime by vacumm volatilization. The factors influencing volatilization rate of antimony are probed in.
主要介绍了利用真空挥发对高锑铅阳极泥进行处理的新工艺试验研究结果，并对影响挥发率的各种因素进行了讨论。
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.
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 enrichment of Au and Ag and recovery of Sb and Bi from floating anode slime was opened up a new thought for the treatment of floating anode slime, and can acquire good economic benefit.
漂浮阳极泥富集金银及回收锑铋工艺为漂浮阳极泥的处理开辟了新的思路，可以取得良好的经济效益。
Manganese anode slime as a by-product resulting from the manganese electrolytic production, two techniques of reducing manganese anode slime by using sawdust have been contrasted and optimized.
以电解法生产金属锰产生的阳极泥为原料，比较和优化了两种以木屑还原锰阳极泥浸出高纯硫酸锰的制备工艺。
Manganese anode slime as a by-product resulting from the manganese electrolytic production, two techniques of reducing manganese anode slime by using sawdust have been contrasted and optimized.
以电解法生产金属锰产生的阳极泥为原料，比较和优化了两种以木屑还原锰阳极泥浸出高纯硫酸锰的制备工艺。
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