广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
24期
10-12
,共3页
田卿卿%刘永光%田永淑%朱靖
田卿卿%劉永光%田永淑%硃靖
전경경%류영광%전영숙%주정
水溶液锂离子电池%负极材料%LiV3O8%电化学性能
水溶液鋰離子電池%負極材料%LiV3O8%電化學性能
수용액리리자전지%부겁재료%LiV3O8%전화학성능
aqueous lithium-ion battery%anode material%LiV3O8%Electrochemical performance
介绍了Li1＋xV3O8的结构和作为水溶液锂离子电池负极材料时的充放电机理;对近年来Li1＋xV3O8材料作为水溶液锂离子电池负极材料的性能进行了评述。探讨了该材料在水溶液中电化学性能不稳定的原因,并指出其未来的发展方向。
介紹瞭Li1＋xV3O8的結構和作為水溶液鋰離子電池負極材料時的充放電機理;對近年來Li1＋xV3O8材料作為水溶液鋰離子電池負極材料的性能進行瞭評述。探討瞭該材料在水溶液中電化學性能不穩定的原因,併指齣其未來的髮展方嚮。
개소료Li1＋xV3O8적결구화작위수용액리리자전지부겁재료시적충방전궤리;대근년래Li1＋xV3O8재료작위수용액리리자전지부겁재료적성능진행료평술。탐토료해재료재수용액중전화학성능불은정적원인,병지출기미래적발전방향。
The structural characteristics and charge-discharge mechanism of lithium vanadium oxides Li1+xV3O8 as anode material used in aqueous lithium-ion battery were introduced.The electrochemical performance of lithium vanadium oxides LiV3O8 for aqueous lithium-ion battery was emphasized.And the development prospect of LiV3O8 anode material was pointed out.
