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Strategies enhancing the electrochemical performance of NMC811 high energy electrodes for xEV applications

机译:XEV应用中提高NMC811高能电极电化学性能的策略

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摘要

Layered oxide cathodes are among the most promising candidates meeting future requirements for Li-ion batteries for application in electric drives.Lithium nickel manganese cobalt oxides,NMC,as one of the most common representatives,is therefore under constant investigations,whereas most of the recent studies focus on low Co [1] and Ni-rich NMCs such as NMC622 or further NMC811.Besides cost reduction,these compounds promise higher cut-off voltages and increased energy densities.
机译:层状氧化物阴极是最有前途的候选人,满足锂离子电池在电动驱动器中应用的未来要求。镍锰钴氧化物,NMC,因此是最常见的代表之一,因此最近的大部分时间 研究专注于低CO [1]和富含NMC622的NMC622或进一步的NMC811.减少成本,这些化合物承诺更高的截止电压和增加的能量密度。

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