锌银电池

锌银电池中氧化银电极的光电化学研究

Photoelectrochemical studies of silver oxide electrodes in zinc - silver oxide battery

锌银电池银镁盐膜中铜铁含量的测定

Measurements of copper and iron contents in silver-magnesium salt membrane of zinc-silver battery

微型一次锌银电池的充电再利用

The reuse of mini-waste silver cells through charging

主要研究了锌银电池化成后几种不同处理方法对银电极性能的影响。

The effect of charge and discharge current on the electrode characteristics was discussed .

通过特殊的缓蚀措施，用该锌粉制造的锌银电池，年容量损失<1%。

The battery 's capacity loss can be less than 1 % per year by treating with the special corrosion resistance .

目前发达国家研究的贮备式锌银电池的贮存寿命可达十年以上。

At present , it has been shown that the storage life of zinc-silver reserve battery could reach over ten years in the developed countries .

研究与应用空气－乙炔火焰原子吸收法来测定锌银电池混和锌粉中微量铜铁含量，并对测定条件和干扰因素进行了综合考虑。

The measurement of copper and iron trace content in the mixture zine powder by using the air-C2H2 flame atomic-absorption spectroscopy was studied synthetically considering measuring conditions and disturbing factors .

较为系统地介绍了作为航天器电源的锌银电池组和硅太阳电池阵/镉镍蓄电池组联合供电系统的组成、主要性能参数及其技术特点。

This paper introduced in detail the composition , main performance parameters and technical characteristics of silver zinc batteries EPS ( Electrical Power Subsystem ) & united silicon solar array / nickel cadmium batteries EPS for the spacecrafts .

锌银电池具有输出电压平稳、比功率和比能量高、安全性能好等优点，被作为贮备电池广泛应用于航空、航天及军事等领域。

Zinc-silver battery has the advantages of stable output voltage , high specific power and energy , together with good security . Therefore , zinc silver battery is applied widely as reserve batteries in the special field of aviation , aerospace , military and so on .

双极性锌银贮备电池组电解液分配系统的研究

Study of distributive system of electrolyte for bipolar silver zinc reserve battery

大功率锌银动力电池电极集流网的选择

Choice of the grid for Ag - Zn power battery with high power

与传统的单极性锌银贮备电池组相比，双极性锌银贮备电池具有许多优点。

Compared with convertional silver zinc reserve battery monopolar , bipolar battery has many advantages .

双极性锌银贮备电池组激活瞬间电解液分配的均一性，直接影响到电池组的电性能。

The distribution of electrolyte in the moment of activation has a direct effect on electric performances of bipolar silver zinc reserve battery .

GB/T7168-1996锌银扣式电池充电碱锰电池用化学MnO2的制备

Zine-silver button cells Alkaline Zinc Manganese Dioxide Battery

认为聚砜（PSU）适合用作大功率锌银二次电池壳体材料；

The article indicated that the PSU was a suitable material for case of high power AgO-Zn secondary battery .

自动激活锌-银储备电池用泡囊材料优选

Material optimization of the reservoir in automatically activated zinc silver oxide primary battery

锌银二次电池壳体材料的研究

Development of AgO - Zn secondary battery case material

AgNiO2在锌银扣式电池中的应用

Application of AgNiO_2 in Zinc Silver Button Cells

指出壳体材料和工艺的改进将显著提高锌银二次电池的性能水平。

It was believed that the improvement of battery case material and the sealing technology would improve obviously the performance of AgO-Zn secondary battery .

介绍了目前锌银二次电池壳体材料的现状和存在的问题，以及塑料材料壳体对电池的不良影响；

The current state and the existent problem of AgO-Zn secondary battery case , as well as the poor effects of plastic case on battery performance were introduced in this paper .

放电结果还表明：与压成式锌电极相比，锌箔电极大电流密度放电电压有明显提高，可以用于大功率锌银电池中。

The results also showed that the discharge voltage of the zinc foil electrode at high current density was evidently improved compared with one of the pressed zinc electrode and the zinc foil electrode could be used in high power silver-zinc battery .