1) reservoir Mg-MnO2 battery
贮备Mg/MnO2电池
2) reserve cell
贮备电池
1.
Study on solid state metal-water reserve cell;
金属-水固态贮备电池的研究
3) Li/MnO-2 batteries
Li/MnO2电池
1.
EMD was treated by revolving stove for Li/MnO-2 batteries to overcome the shortcomings of high temperature oven, which took too long and could not heat the powder up uniformly.
为克服目前高温烘箱法处理Li/MnO2电池用EMD时锰粉受热不均、加热时间过长等缺点,采用自行设计的回转炉处理EMD。
4) Li-MnO2 batteries
Li-MnO2电池
1.
The heat treatment temperature of EMD in Li-MnO2 batteries has great effects on comprehensive electrical performance of batteries.
Li-MnO2电池用电解二氧化锰(EMD)的热处理温度对电池的综合电气性能有较大的影响。
2.
Therefore, λ-MnO2 is a promising cathode material for primary Li-MnO2 batteries, and its discharge capacity and discharge plateau are scarcely influenced by discharge rate.
结果表明,合成的λ-MnO2具有类似于LiMn2O4的尖晶石型晶体结构,形貌规则,晶粒细小,粒径分布均匀;将其作为正极材料组装成Li-MnO2电池,以0。
3.
A comparison of the discharge performance of Li-MnO2 batteries which used different electrolytes including 1 mol/L LiClO4/PC/MA(1∶3), 1 mol/L LiClO4/PC/DME/DOL(1∶1∶1) and 1 mol/L LiPF6/EC/DMC(1∶1) was made.
选择电导率较好的1mol/LLiClO4/PC/MA(1∶3)电解液体系组装成扣式Li-MnO2电池,进行常温和低温放电性能的测试,并与使用常用电解液体系1mol/LLiPF6/EC/DMC(1∶1)及1mol/LLiClO4/PC/DME/DOL(1∶1∶1)的Li-MnO2的常温和低温放电性能进行了比较。
5) manganese dioxide battery
MnO2电池
6) silver zinc reserve battery
锌银贮备电池组
1.
The distribution of electrolyte in the moment of activation has a direct effect on electric performances of bipolar silver zinc reserve battery.
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。
补充资料：贮备
1.储备。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条