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1)  Waste battery
废电池
1.
Analysis of the waste battery management and reuse in china and foreign countries;
国内外废电池管理与回收处理分析
2.
This paper introduces the sorts of waste batteries and their pollutional damage, analyzes on the present situation of domestic and foreign waste battery treatment, and expounds some new common techniques for waste battery treatment.
介绍了废电池的种类及其污染危害,分析了国内外废电池处理的现状,论述了几种常见废旧电池处理的新技术和新工艺。
2)  Used batteries
废电池
3)  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。
4)  spent battery
废旧电池
1.
The status quo of recycle technology of spent battery;
废旧电池回收技术的现状
5)  waste battery
废旧电池
1.
Study on waste battery treatment by sinter;
利用烧结处理废旧电池的工艺研究
2.
The study showed that tadpoles of Bufo Melanosticus,a specie widely distributed in South China,are highly sensitive to waste battery leaching and that the median lethal concentration decreases with the increase of time.
选用我国南方自然界中广泛分布的黑眶蟾蜍(Bufomelanosticus)的蝌蚪,通过研究废旧电池浸出物对蟾蜍蝌蚪致死率的影响,表明蝌蚪对废旧电池渗出液十分敏感;半致死浓度随着时间的增加而降低。
3.
It expounds the consumption,classification,disadvantages and recycle of the waste battery in China.
重点介绍我国电池的消费、分类、危害及回收利用情况 ,在关注国外有关做法的同时 ,对我国废旧电池的回收及利用提出建议。
6)  waste battery
废弃电池
1.
The hazardous components of environmental concern contained in all kinds of waste battery were analyzed.
分析了各类废弃电池中所含环境关注的有害成分,报道了国内外废旧铅酸蓄电池、锌锰电池、氢镍电池、镍镉电池和锂离子电池的回收处理技术及工艺流程,指出了回收工艺的优缺点。
补充资料:Zebra电池
分子式:
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性质:继钠/硫蓄电池之后的又一种高能蓄电池。它和钠硫电池有不少相似之处:如皆用金属钠作为负极;β′′-Al2O3为固体电解质;但工作温度稍低(250~350℃)。不同的是,它的正极是熔融过渡金属氯化物(NiCl2,FeCl2)加氯铝酸钠,而不是硫。它也有高比能量和长寿命的优点。由于能在放电状态装配,且能耐过充和过放,比钠硫电池有更高的安全性,缺点是比功率较低。

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