From mercury and the tiny battery cells to the large car batteries. 说完水银和小型电池,再谈谈大型的汽车电池。
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。
Anticorrosion of free mercury zinc anode in alkaline manganese dioxide battery 碱锰电池无汞锌阳极的缓蚀
Low Mercury Alkaline Zn/ MnO_2 Battery 低汞碱性锌锰电池
It can deal with and retrieve the mercury in the battery effectively in fire law, and it is with high efficiency to retrieve. 火法能有效地处理并回收电池中的汞,且回收效率高。
Evaluation for measurement uncertainty of mercury content in battery 电池汞含量测量不确定度的评估
Indium was a necessary component of substitutes for the mercury free alkaline zinc manganese battery. 铟是碱性锌锰电池无汞化代汞添加剂必不可少的组分。
The title relates the industrial process of zinc alloy powder for mercury free alkaline Zn/ MnO 2 battery. 叙述了一种无汞碱性ZnMnO2电池合金锌粉工业化的制备工艺。
The causes of unfavored phenomena about the capacity on the low side and low voltage of mercury free alkaline Zn/ MnO2 battery was analysed. 分析了无汞碱性锌锰电池出现容量偏低、低电压等不良现象的原因;
Studies on the Porous Zinc Electrodes Without Mercury Additive for the Secondary Alkaline Battery Systems 碱性锌系列二次电池中无汞多孔锌电极
Low Mercury Alkaline Zn/ MnO_2 Battery if urine glucose was+++""++++, 1~ 4 u of protamine zinc insulin was injected subcutaneously every day; 低汞碱性锌锰电池、+十十十,则皮下注射精蛋白锌胰岛素1飞单位/每天;
The lanthanum was interfused into zinc surface by electrolytic metallizing in NaCl AlCl 3 molten salt without protective atmosphere, and Zn La alloy electrode substituting for mercury of alkaline manganese dioxide battery was prepared. 在NaCl-AlCl3熔盐中,于无保护气氛条件下,用熔盐电渗法进行了锌表面渗镧,并用此技术制备了碱锰电池的代汞锌镧合金电极。
Mercury was used in battery zinc anodes as corrosion inhibitor in the past. 电池锌阳极过去一直用汞防腐。
A simple monitoring method of the mercury content in the battery production process is presented. 本文根据电池厂生产特点,提出带汞作业生产线中汞含量的简易监测方法。
Study and Preparation of Non mercury Zn Mn Battery 无汞锌锰电池的研制
Study on the Industrial Process of Zinc Alloy Powder for a Mercury free Alkaline Zn/ MnO_2 Battery 无汞碱性Zn/MnO2电池锌粉生产工艺研究
A new type zinc gel binder for mercury-free alkaline Zn/ MnO2 battery 一种新型的无汞碱锰电池锌膏凝胶剂
The Development of Mercury Free High Power Battery 无汞高功率电池的研制
Effects of mercury on alkaline Zn/ MnO_2 battery and removal measure 汞在碱性锌锰电池中的作用及去除措施
Mercury-Free Battery: Hot Spot in Battery Industry 干电池工业的热点&无汞电池
A Simple Method to Monitor Mercury Pollution in Battery Factory 电池厂汞污染简易监测法
Low mercury alkaline zinc-manganese dioxide battery were developed with domestic production line, raw materials and spare parts; 采用国产设备、原材料、零部件试制了低汞碱性锌锰电池;
Progress in Low Mercury Zinc Power Used in Alkaline Dry Battery 碱性锌锰电池低汞锌粉进展
Compared Mercury-free battery with Mercury& Cadmium-free battery of electrochemical characterization in initial and storage. 通过对无汞有镉电池和无汞无镉电池新电及贮存期内的电性能比较,分析了电池锌负极中以铟代镉实现电池无镉化的可行性。
Mercury content in alkaline manganese battery was reduced; 降低缓蚀剂汞的含量;
A new method to improve discharge capacity of mercury free R6P battery with additive in activating manganeses dioxide and rational Mn: C ratio was explored. 探讨了添加活性锰及合理的锰碳配比对提高无汞R6锌型高功率电池放电容量的途径。
Application of Mercury-Free Battery 无汞电池应用
And pointed out that it must controll the purity contents of the raw material, the selection of material and quality of the equipment and the cleaning of production environment when the mercury free Zn/ MnO2 battery were manufactured with the national production equipment. 指出了国产设备生产无汞碱性锌锰电池时必须加强原材料杂质含量的控制、生产设备的材质选择和生产环境的净化。
The mercury may improve the battery performance. 结果揭示汞能改善电池的性能和耐漏液性能。
The main mercury pollution industries were PVC production, battery production, thermometer and sphygmomanometer production, coal combustion, non-ferrous metal smelting and so on. 我国主要的涉汞行业包括:电石法PVC生产、电池生产、电光源生产、医用体温计和血压计生产、燃煤、有色金属冶炼、水泥生产和废物焚烧。