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1)  NI-MH power battery
镍氢动力电池
1.
The design analysis of the NI-MH power battery R&D data management system;
镍氢动力电池研发数据管理系统的设计分析
2)  Ni-MH battery
镍氢动力电池
1.
To get more knowledge of the charging and discharging characteristics of Ni-MH battery and evaluate its application on electric vehicles(EV),experiments on charging and discharging of high power Ni-MH battery were performed.
为进一步了解镍氢动力电池的充放电的特性,从而评价其在电动车辆上的使用性能,对高功率型镍氢动力电池进行了充放电试验测试。
3)  nickel hydrogen driving force battery
镍氢动力蓄电池
4)  Ni-MH battery
氢镍动力电池
1.
Study on the self-discharge uniformity of Ni-MH battery;
氢镍动力电池自放电一致性研究
5)  Ni-MH battery
镍氢电池
1.
The Research of High Performance Ni-MH Battery and Its New Positive Materials;
高性能镍氢电池及其新型正极材料的研究
2.
The efficiency of a Ni-MH battery used in hybrid vehicles
混合动力汽车镍氢电池组的充放电效率分析
3.
56,one of choosed V-based solide solution hydrogen storage alloys, has been considered as promising candidates for negatie electrode materials of Ni-MH battery because of their higher reversible hydrogen storage capatites.
56由于其可逆吸放氢量大,作为镍氢电池负极材料有很大的应用前景。
6)  nickel-hydrogen battery
镍氢电池
1.
The article has introduced the developing direction and the existing problem of the miner's lamp, has introduced the design of a new kind of energy-conserving miner's lamp based on nickel-hydrogen battery.
介绍了目前煤矿矿灯存在的问题及发展方向,研制了一种基于镍氢电池的节能型矿灯。
2.
This paper introduces the main features and correct use of the nickel-cadmium battery, nickel-hydrogen battery and lithium battery used in the total-station instrument for prolonging the service life of the battery.
介绍了全站仪使用的镍镉电池、镍氢电池、锂电池的主要特点及其正确使用方法,从而达到延长电池使用寿命的目的。
3.
This paper introduces the application, development, technical status quo and alloy property development of hydrogen storage alloy in nickel-hydrogen battery.
介绍储氢合金在镍氢电池方面的应用发展、技术现状以及合金性能的改进,提出未来储氢合金的发展方向:(1)以现有合金材料为基础,利用添加微量元素、改变合金组成比例,或者改变合金结构等方式改进合金特性;(2)开发新的合金。
补充资料:镍/氢蓄电池
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性质:金属氢化物/镍蓄电池的俗称。曾称为低压镍/氢电池。有所谓“高压镍/氢电池”,负极活性物质为氢气,利用燃料电池的氢电极结构作极板;正极活性物质为NiO(OH);电解质为KOH水溶液,一起放在高压容器(耐压约4兆帕)之中。充电时负极析出氢,留存在容器中,其压强可用来指示电池的充、放电状态。该电池比能量高、寿命长、耐过充电和过放电,已在航天工业中得到应用。

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