...的阳极材料镍(Ni)有毒和对环境会产生污染,因此很快就被笔记本嫌弃了,取而代之的是更优秀的镍氢电池。 镍氢电池(Ni-MH):它与镍镉电池结构原理基本相同,只是将阴极换成性能更好、更环保的无毒的镍-金属氢化物材料。
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NI-MH Battery 镍氢电池 ; 镍氢可充电电池 ; 镍 ; 镍锰电池
Ni-MH Batteries 镍氢电池
Ni-Mh Rechargeable Battery 电池 ; 镍氢电池 ; 电池材料镍氢电池 ; 产品
LSD Ni-MH 低自放电镍氢电池
Ni-MH AA 碱性电池
NI-MH Li-polymer 充电电池
ni mh battery mhni电池 ; 镍氢电池
Nickel-Metal Hudride Ni-MH 镍氢电池
Ni-Cd & Ni-Mh RECHARGEABLE BATTERIES 镍镉及镍氢可充式电池
The physical performances of six kinds of Ni-MH battery separators (3 kinds of fluorizated separators and 3 kinds of sulfonated separators) were comprehensively compared with each other by measuring and calculating their thickness, surface densities, alkaline absorptions, sucking rates, apparent densities, separator porosities and SEM morphologies. With the help of contrasting charge/discharge curves, cycle lives and charge reservation rates, FV3, a special type of sulfonated separator, was selected as the most suitable diaphragm for 15 A, 20 A and 30 A discharge performance of experimental SC3000 Ni-MH batteries with the same positive and negative electrodes.
通过测试与计算厚度、面密度、吸碱量、吸碱速率、表观密度、隔膜孔隙度及表面SEM形貌特征,对六种镍氢电池隔膜(三种氟化隔膜和三种磺化隔膜)的物理性能进行了综合对比,分析了由这六种隔膜制成的相同正、负极的SC3000镍氢电池15 A、20 A及30 A的放电性能;同时结合电池的循环寿命与荷电保持率,筛选出最适于镍氢电池大电流放电的磺化隔膜FV3。
参考来源 - MH/Ni电池高倍率充放电性能的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
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