水滑石类材料在镍锌二次电池负极中的应用研究进展
Research Progress of Hydrotalcite - like Materials as Anode of Zinc-Nickel Secondary Batteries
镍锌电池是一种能量密度和功率密度较高、放电电压高、对环境友好的化学电源，负极材料是影响镍锌电池性能的主要因素，近年来水滑石类材料在镍锌电池负极中的应用得到了研究。综述了水滑石类材料的结构、充放电机理，以及水滑石类材料作为镍锌二次电池负极材料、水滑石类材料作为ZnO负极添加剂的最新研究进展。
Nickel-zinc battery is a kind of chemical power source with properties of high energy density, high discharge voltage, and environment-friendly. The anode material is the main factor affecting the performance of nickel-zinc battery. In recent years, the applications of hydrotalcite-like materials have been studied. The structure, charge-discharge mechanism, hydrotalcite-like materials used as the anode for nickel-zinc secondary batteries and hydrotalcite-based materials used as additives for ZnO anodes are reviewed.
王利民、杨占红、覃海港
电化学工业
水滑石类材料镍锌二次电池负极材料电化学性能
hydrotalcite-like materialszin-nickel secondary batteriesanode materialelectrochemical performance
王利民,杨占红,覃海港.水滑石类材料在镍锌二次电池负极中的应用研究进展[EB/OL].(2017-01-06)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201701-95.点此复制
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