1.
Study on the Powder of Waste Alkaline Zn-Mn Battery Dissolved in HCl;
废旧碱性锌锰电池粉末在盐酸中的溶解研究
2.
Study on recovery conditions of manganese from wasted zinc-manganese battery
废旧锌锰干电池中锰的回收条件研究
3.
A Study of the Recycle Technics of Zinc from Waste Zinc Manganese Battery;
从废旧锌锰电池中回收锌的工艺研究
4.
Preparation of CMD for Alkaline Zinc Mangenese Battery
碱性锌锰电池用化学二氧化锰的研制
5.
Reclaiming MnCO_3 from Used Zn-Mn Batteries by Acid Leaching Method
酸浸法由废旧锌锰电池制取碳酸锰的研究
6.
Study on Preparation of Hg-free Zinc Powder for Alkali Manganese Battery;
碱性锌锰电池用无汞锌粉研制及工艺研究
7.
Testing and Controlling of Gas From Low-Mercury Rechargeable Alkaline Zinc Manganese-Dioxide Batteries
低汞可充碱性锌锰电池气体的测试与抑制
8.
A seal structure for alkaline Zn-MnO_2 battery was developed.
本文作者研制了一种碱性锌锰电池的封口结构。
9.
EMD is one of the key materials of Hg free alkaline Zn/MnO2 battery.
电解二氧化锰是实现碱性锌锰电池无汞化的关键材料之一。
10.
Mn-Zn FERRITES DOPED WITH V~(5+) SYNTHESIZED BY THE CO-PRECIPITATION METHOD FROM LEACHING SOLUTION OF WASTE DRY BATTERIES
用废旧干电池浸出液采用共沉淀法合成V~(5+)掺杂锰–锌铁氧体
11.
The methods of improving discharge performance in heavy load for alkaline zinc-manganese dioxide batteries were dicussed.
同时讨论了提高碱性锌锰电池重负荷下放电性能的方法。
12.
The amalgamated zinc powder as anode materials used in alkaline zinc manganese dioxide can effectively retrain the gas production from battery itself.
碱性锌锰电池的阳极锌粉,采用汞齐化方法抑制气体的产生具有很好的效果。
13.
flat type zinc-manganese dioxide dry cell
扁平式锌-锰干电池
14.
High performance EMD are the key materials for mercury-free alkaline Zn-MnO2 batteries;
无汞碱性电池专用电解二氧化锰是制造无汞碱性电池的关键材料。
15.
The Electro-deposition Properties of Zn-In Alloy and Its Application in High-energy Alkaline Manganese Batteries;
锌铟合金电沉积规律及其在高能碱锰电池中应用的研究
16.
General specification for silver-zinc rechargeable cells
GB/T12724-1991锌银碱性蓄电池总规范
17.
Study on the Preparation of MnSO_4 from Zn-Mn Battery;
从锌锰电池中制取硫酸锰的工艺研究
18.
The experimental results indicated that activated MnO 2 could partially replace EMD in Zn/MnO 2 cells.
将活性二氧化锰应用于锌锰干电池 ,实验结果表明活性锰可部分替代电解二氧化锰