MH-Ni battery; inner pressure; mathematical model; cycle life;
镍氢电池；内压；数学模型；循环寿命；
Electro Energy has demonstrated its bipolar wafer-cell Ni-MH technology through a 220v, 30 Ah, 6 kWh battery system used in a HEV-to-PHEV conversion.
在会上，电能有限公司通过一个应用在HEV - PHEV转换中的220v、30ah、6千瓦小时电池系统展示了其双极晶片电池镍-氢技术。
The factors effecting on the performances of nickel hydroxide which is used as positive active material in high specific energy Ni/MH battery are discussed.
讨论了影响高比能镍氢电池正极材料氢氧化镍性能的因素。
It was an effective method in suppressing the internal pressure of Ni MH battery by adding the catalyst for oxygen reduction into the MH electrode.
在贮氢电极中添加氧还原催化剂是一种有效降低电池内压的方法。
This applies with a Ni-MH battery.
这适用于与镍氢电池。
The internal resistances of Ni-MH and Ni-Cd battery in different conditions were tested and analyzed.
对金属氢化物镍电池和镉镍电池在不同条件下的内阻进行了测试分析。
The manufacturing engineering research for Cd - Ni and MH - Ni battery should be emphasised.
同时指出加强电池制造工程研究的重要性。
The results show that the instrument is appropriate for testing the internal impedance of Ni-MH and Li-ion battery.
测试结果表明，该仪器的功耗达到了实用性，精度较好地满足了电池的内阻测试要求。
In this paper, the demand of Ni-MH battery charging management is discussed, and thus a management method based on battery voltage, battery temperature, and charging time is put forward.
分析了镍氢电池充电管理系统的设计需求，提出了一种采用电压、温度和时间进行综合控制的充电管理方案。
Rechargeable Li-ion, Lithium, Ni-MH, Ni-Cr, Alkaline battery or cells.
可充电锂电池，镍氢电池，镍铬，碱性电池或电芯。
Study on the performance of metal-hydride electrodes coated with Ni-S alloy in Ni-MH battery;
研究了稀土在硫酸盐体系电镀锌镍合金中的作用。
Study on the performance of metal-hydride electrodes coated with Ni-S alloy in Ni-MH battery;
研究了稀土在硫酸盐体系电镀锌镍合金中的作用。
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