摘要
以石墨板构建了多孔电极模型及快速反应区,并构建了将电能储存于电极表面液层中具有电化学活性的化学物质中的理想模型。通过对石墨板多孔电极模型电化学过程的研究,探讨了其快速充放电能力和倍率性能。
A porous electrode model and a rapid reaction zone are constructed with graphite plates, and an ideal model for storing electric energy in the electrochemically active chemicals in the surface layer of the electrode is constructed. And by studying the electrochemical process of graphite plate porous electrode model, its rapid charge-discharge capacity and rate capability are discussed.
作者
张琦
陈天佐
ZHANG Qi;CHEN Tianzuo(CEPREI-EAST,Suzhou 215011,China)
出处
《电子产品可靠性与环境试验》
2018年第1期14-17,共4页
Electronic Product Reliability and Environmental Testing
关键词
石墨板
多孔电极
液相储能
充放电能力
倍率性能
graphite plate
porous electrode
liquid phase storage
charge-diseharge capaeity
rate capacity
