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Dotted Coated POM Material Technology Research Advancement

机译:点涂和POM材料技术研究进展

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1. Dotted coated technology can improve LCO high voltage stability refer to XRD and Co solution content analysis 2. Dotted coated technology can improve LCO high temperature storage performance 3. Dotted coated technology can improve LCO battery safety performance, such as crush, penetration, overcharge and so on in some content 4. Dotted coated technology would cause the LCO low temperature discharge performance a little worse 5. Dotted coated technology can improve Graphite rate discharge and low discharge performance, cycle life performance keep the same 6. Dotted coated technology can improve Graphite safety performance, especially low temperature charge/heating test, penetration, etc. 1. POM cathode material is chemical synthesis method, process is simple, no need high temperature, so the cost is lower 2. POM cathode molecular cluster ion is stable, decomposition temperature is much higher compared with traditional cathode material, safety performance is good 3. POM cathode energy density higher 4. POM conductivity is not good, need improve the conductivity with physical conductive agent mixing and conductive polymer coating 5. POM cathode need use rich Li material be the anode, like Li metal.
机译:1.点涂技术可以提高LCO的高电压稳定性,请参考XRD和Co溶液含量分析2.点涂技术可以提高LCO的高温存储性能3.点涂技术可以提高LCO电池的安全性,例如压碎,穿透,过充电等等。4.点涂技术会使LCO的低温放电性能稍差5.点涂技术可以改善石墨的放电率和低放电性能,循环寿命性能保持不变6.点涂技术可以改善石墨的安全性能,特别是低温充电/加热试验,渗透性等。1. POM阴极材料是化学合成方法,工艺简单,不需要高温,因此成本较低2. POM阴极分子簇离子稳定,与传统阴极材料相比,分解温度高得多,安全性能好。3. POM阴极能量密度较高。4. POM的导电性不好,需要通过物理导电剂的混合和导电聚合物的涂层来提高导电性。5. POM的阴极需要使用富含Li的材料作为阳极,就像Li金属一样。

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