采用空气-乙炔火焰原子吸收光谱法连续测定银锌电池材料用无甘油玻璃纸中铜、铁含量。
The contents of copper and iron in silver-zinc cell material were determined by air-acetylene flame atomic-absorption spectroscopy.
他是2009年的技术先锋zpower公司背后的那个人，该公司专门从事用于移动应用的可充电银锌电池的研发。
He was behind ZPower, a 2009 Tech Pioneer that specializes in rechargeable silver-zinc batteries for mobile applications.
充油压力补偿式锌银蓄电池因其特殊的结构形式多用于深海潜水器等特殊领域。
The oil-filled pressure-compensated silver-zinc battery is usually used in deep submergence vehicles because of special structure.
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.
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.
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.
本文概述了锌银蓄电池的组成、能，以及锌银蓄电池正极、极、膜技术上的进步，理论上的研究。
This paper describes the component and characteristics of silver-zinc batteries, advances in technologies of positive and negative poles and membrane, and theoretic studies.
对废旧银锌钮扣电池中的银含量进行了检测，结果显示总合银量在20％-35％之间；
Tests on silver in wasted button cell show there are 20-35% of silver in button Cell.
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.
重点分析了锌锰、扣式锌银和锌空气电池、锂电池、碱性和酸性蓄电池、硅光电池现状及市场。
The analysis is emphasized on the current status and market conditions of Zn Mn, button Ag Zn and Zn Air, alkaline and acid storage systems as well as silicon solar cells.
由于锌银电池具有比能量高、工作电压稳定、可大电流放电等优点，几十年来，在导弹、卫星等众多领域得到了广泛应用。
For its high energy, steady working voltage and large current, the silver-Zinc cell was widely used in the field of missiles, satellites and so on in the past decades.
家用电池贡献的都市固体废物流的许多潜在危险的化合物，包括锌，铅，镍，碱性电池，锰，镉，银，和汞。
Household batteries contribute many potentially hazardous compounds to the municipal solid waste stream, including zinc, lead, nickel, alkalines, manganese, cadmium, silver, and mercury.
结果表明，应用该项技术可以满足不同规格不锈钢材料的氩弧焊接，已成功应用于某型一次锌氧化银电池的生产焊接工序中。
The result shows that this technology can be used in argon arc welding for different type of stainless steel. It has been successfully applied i…
结果表明，应用该项技术可以满足不同规格不锈钢材料的氩弧焊接，已成功应用于某型一次锌氧化银电池的生产焊接工序中。
The result shows that this technology can be used in argon arc welding for different type of stainless steel. It has been successfully applied i…
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