1.
High performance EMD for mercury-free alkline Zn/MnO_2 battery
无汞碱锰电池专用电解二氧化锰的研制
2.
Optimize the Leaching Process of Producing Electrolytic Manganese Dioxide from Rhodochrosite
电解二氧化锰生产中贫锰矿浸取工艺的优化
3.
Study on Process for Preparation of Electrolytic Manganese Dioxide(EMD) from Desilver Waste Liquid;
提银含锰废液生产电解二氧化锰（EMD）的工艺研究
4.
China Domestic Production of Electrolyzed MnO_2 Progress, Status and Prospect;
电解二氧化锰国内外产销现状和发展
5.
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
6.
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。
7.
Application and Development of Anode Materials Used in EMD Production
电解二氧化锰用阳极材料的发展与应用
8.
The past and state of china,s EMD industry were analyzed.
分析了我国电解二氧化锰工业的过去和现状 ;
9.
2006 EMD Market Review and the Prospect in 2007;
2006年电解二氧化锰市场回顾和2007年形势与展望
10.
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。
11.
But that of an electrolytic manganese dioxide(EMD)decreased from 72. 5% to 25. 3% during the first ten cycles.
电解二氧化锰在前十次循环中放电容量从72.5％逐渐下降至25.3％。
12.
Electrodeposition of Manganese Metal and Simultaneous Production of EMD by Ion-Exchange Membrane Electrolysis;
离子膜电解同时制备金属锰与二氧化锰
13.
Production of EMM off Ferro with the Technology of Oxygen or MnO_2
用氧气部分或全部替代二氧化锰除铁生产电解金属锰技术的应用
14.
Study on the Preparation of Manganese Dioxide Anode Material and Additives in the Electrolyte for Mercury-free Rechargeable Alkaline Manganese Dioxide Battery;
无汞可充碱锰电池正极材料二氧化锰的制备及电解液添加剂研究
15.
Preparation of CMD for Alkaline Zinc Mangenese Battery
碱性锌锰电池用化学二氧化锰的研制
16.
The new technology on the simultaneous electrolysis of zinc and manganese dioxide has been expertized successfully
锌—二氧化锰同时电解新工艺通过技术鉴定
17.
Studies on Zn-MnO_2 Simultaneous Electrolysis in Sulphuric Acid System;
硫酸体系中锌—二氧化锰同时电解的研究
18.
Study on Electrolyzing Manganese Metal and Dioxide in the Same Cell and the Transfer Mechanism of the Electrolytes;
同槽电解锰和二氧化锰工艺条件及传质机理的研究