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Metal oxides and oxysalts as anode materials for Li ion batteries

机译：金属氧化物和含氧盐作为锂离子电池的负极材料

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Researchers explore the use of metal oxides and oxysalts as anode materials for lithium (Li) ion batteries (LIB). LIB packs can satisfy the requirements of high-power and high-energy-density applications. They have been explored and implemented for vehicular transport over a period of time. LIBs are also actively being considered for power tools, back-up power supply units and off-peak energy storage from the electric grid in addition to vehicular transport. LIBs need to satisfy four important criteria for all these uses, including cost reduction and safety-in-operation. Improvements in the low- and high-temperature operation of these batteries can drive their use in a wide range of applications. Research efforts are being made to satisfy the needs of some of these uses by finding alternative electrode materials based on cheap and environmentally friendly compounds, which will work on principles that are different from the Li intercalation-deintercalation reactions.
机译：研究人员探索使用金属氧化物和含氧盐作为锂（Li）离子电池（LIB）的负极材料。 LIB电池组可以满足大功率和高能量密度应用的要求。他们已经探索并在一段时间内用于车辆运输。除车辆运输外，还积极考虑将LIB用于电动工具，备用电源和电网的非高峰能量存储。 LIB需要满足所有这些用途的四个重要标准，包括降低成本和运行安全性。这些电池在低温和高温下的运行性能的改善可以推动其在广泛的应用中的使用。通过寻找基于廉价和环境友好的化合物的替代电极材料，人们正在进行研究努力以满足某些用途的需求，这些电极材料将以不同于Li嵌入-脱嵌反应的原理工作。

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