1) waste dry battery
废干电池
1.
The action of mercury in treating waste dry battery was investigated.
本文是关于废干电池处理过程中汞的行为研究。
2.
Contraposing to the disadvantages of several disposing processes of waste dry battery at home and abroad,this paper puts forword a new process to dispose of waste dry batteries with vacuum chloridizing roasting.
针对当前国内外常见的几种废干电池处理技术回收工艺的不足,提出了剪切破碎—真空氯化焙烧—玻璃固化处理干电池新工艺。
2) waste dry batteries
废干电池
1.
Recovery of zinc and manganese from waste dry batteries and electrodeposition with the recovered solution;
从废干电池中回收锌锰及电镀再利用
2.
The article summarizes disposal technology of hydrargyrum,analyses disposal technics of hydrargyrum on recycling waste dry batteries, and puts forward a new technique for dissolving,vulcanizing and incinerating to dispose hydrargyrum of waste dry batteries.
综述了汞的治理技术,分析了废干电池回收利用中汞的治理工艺,并提出废干电池全溶、硫化、高温焚烧治理汞的新工艺。
3) waste dry battery
废旧干电池
1.
Current treatment situation & technology as well as countermeasures of the waste dry battery in our country;
我国废旧干电池的处理现状、技术与对策
2.
Recycling and integrated utilization of waste dry battery——Integrated chemical experiments including green,environmental protection and ability training;
废旧干电池的回收与综合利用—集绿色、环保、能力训练于一体的综合性化学实验
3.
The zinc of waste dry battery is used to deoxidize the high value manganese into Mn~(2+).
采用废旧干电池中的锌皮还原电芯中的高价锰为二价锰,并通过同槽电解的方法,阴极得到金属锌,阳极得到二氧化锰,实现高附加值、低成本综合回收利用废旧锌锰电池的目的。
4) used battery
废弃干电池
1.
This thesis puts forward the view that reverse logistics models of used battery must based on the theory about circular economy.
随着经济的发展,社会的进步,我国一次性干电池的生产量和使用量连年递增,废弃干电池的产量也随之增长。
5) waste Zn-Mn battery
废旧锌锰干电池
1.
In this article,a new analytical method for determination of the content of active manganese dioxide left in waste Zn-Mn battery was proposed by iodimetry combined with potential titration.
本文提出结合电位滴定技术用碘量法测定废旧锌锰干电池锰粉中剩余活性二氧化锰含量的新方法,对方法中反应时间、温度、碘化钾用量等影响因素进行试验,确定了最优实验条件。
6) waste acid manganese dioxide-zinc cells
废锌锰干电池
补充资料：干电池
见电池。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条