1)  alkaline zinc air battery
碱性锌/空气电池
1.
As the anode materials of alkaline zinc air battery,zinc electrode influences the electro-performance(output power,cycling life,depth of discharge)and store performance of battery.
碱性锌/空气电池具有比能量高、输出电压稳定、无污染、原材料便宜、易得等优点而受到广泛的重视。
2)  alkaline zinc-air battery
碱性锌-空气电池
1.
Studies of preparation and electrocatalytic property of perovskite oxides for cathode of the alkaline zinc-air battery;
碱性锌-空气电池阴极催化剂的制备及其性能
3)  alkaline zinc air battery
碱性锌空气电池
1.
Study on the active zinc powder used for alkaline zinc air battery;
碱性锌空气电池用活性锌粉的研究
4)  alkaline
碱性
1.
A process of non-cyanide alkaline copper plating;
无氰碱性镀铜清洁生产工艺的研究
2.
Study of zinc-iron-titanium dioxide composite plating in alkaline zincate bath;
碱性锌酸盐体系锌-铁-二氧化钛复合电镀工艺的研究
5)  alkalinity
碱性
1.
Raising copple agelimit of alkalinity medium frequency induction furnace;
提高碱性中频感应电炉的坩埚寿命
2.
The sorts and alkalinity of basic ionic liquids could be designed and adjusted through molecular design.
对近年来具有碱性的离子液体的研究进行综述,指出碱性离子液体既具有离子液体的特性,又具备作为碱性催化剂的前景。
3.
This paper describes the three factors that affect the alkalinity of the compounds containing nitrogen and gives the method that adjusts the alkalinity of these compounds, furthermore, the paper also provides new and reasonable explanations to some results.
本文讨论了影响含氮化合物碱性的三方面因素，根据实际特例说明了判断化合物碱性的方法，并对一些结果作出新的且合理的解释。
6)  alkali
碱性
1.
Influence of alkali condition on removing Na of NaY molecular sieve and its structure;
碱性条件对NaY分子筛脱钠及其结构的影响
2.
Stability of aluminum in alkaline solution containing lithium salt;
铝在含锂盐的碱性溶液中稳定性的研究
3.
The present paper reviews functions of tundish covering agent in continuous casting and explains systematically the characteristics of various covering agents with different functions used for various steels and points out that the difficult problem in researching the covering agent assumes to be temperature holding of the tundish covering agent for the carbon free alkali tundish.
系统综述连铸中包覆盖剂的作用,不同钢种、不同功能覆盖剂的特点,指出覆盖剂的研究难点是无碳碱性中包覆盖剂的保温问题。
参考词条
补充资料：锌/空气电池
分子式：
CAS号：

性质：正极活性物质是空气中的氧，负极活性物质是活性金属锌，电解质是含有饱和氧化锌的氢氧化钾水溶液的一种碱性电池。放电时的电化学反应如下：正极    O2+2H2O+4e-=4OH-负极    2Zn+4OH-4e-=2Zn(OH)2电池反应    O2+2Zn+2H2O=2Zn(OH)2电池的正极早期为有催化活性的多孔碳，能吸附空气中的氧，放电电流密度仅约为0.3mA/cm2。20世纪60年代开始采用燃料电池的氧气扩散电极结构，获得了高性能的空气(氧)电极，电性能得到突破性提高，比能量可达150～350W·h/kg，工作温度-20～+40℃。成本低，无污染，正极活性物质取之不尽。缺点是功率小，不能密封。除原电池外，还有蓄电池和更换负极金属锌的机械再充式蓄电池和储备电池。多用作铁路信号设备和助航设备电源。钮扣式原电池多用于计算器、电子手表等。

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