高电压锂离子电池LiNi0.5Mn1.5O4的合成及性能

[1] Im provem ent of electrochem ical propertiesof LiN i0.5M n1.5O 4 spinelJ[]. W u X,K im S.B. Journal of Power Sources . 2002

[2] O ptim izing prepa-ration conditions for 5V electrode perform ance,and struc-tural changes in Li1x-N i0.5M n1.5O 4 spinel. A lcantara R,Jaraba M,Lavela P,et al. ElectrochimA cta . 2002

[3] Preparation and charac-terization of nanoc-rystalline LiN i0.5M n1.5O 4 for 5V cathodem aterial by com posite carbonate processJ[]. Lee Y S,Sun Y K-,O ta S,et al. ElectrochemCom m un . 2002

[4] N anoc-rystallineLiN i0.5M n1.5O 4 synthesized by em ulsion drying m ethodJ[]. M yung S.T,Kom aba S,K um agai N,et al. Electrochimica Acta . 2002

[5] Synthesis andelectrochem istry of Li N ixM n2x-O 4. Zhong Q,Bonakdarpour A,Zhang M,et al. Journal of the Electrochemical Society . 1997

[6] Synthesis andelectrochem istry of Li N ixM n2x-O 4. Zhong Q,Bonakdarpour A,Zhang M,et al. Journal of the Electrochemical Society . 1997

[7] Solids-tate redox potentialsfor LiM[e1/2M n3/2]O 4M(e:3dt-ransition m etal)havingspinelf-ram ework structures:a series of 5volt m aterials foradvanced lithium i-on batteriesJ[]. O hzuku T,Takeda S,Iwanaga M. Journal of Power Sources . 1999

[8] Positive electrodem aterials with high operating voltage for lithium batteries:LiCryM n2-yO 4(0≤y≤1)J[]. Sigala C,Guyom ard D,V erbaere A,etal. Solid State Ionics . 1995

[9] A novel cathodeLi2CoM n3O 8 for lithium ion batteries operating over 5volts. K awai H,Nagata M,Tukam oto H,et al. Journal of Materials Chemistry . 1998

[10] Synthesis and charac-terization ofLi[N i1/2M n3/2]O 4by twos-tep solid state reac-tionJ[]. O hzuku T,A riyoshiK,Y am am oto S. Journal of the Ceramic Society of Japan . 2002

[1] Im provem ent of electrochem ical propertiesof LiN i0.5M n1.5O 4 spinelJ[]. W u X,K im S.B. Journal of Power Sources . 2002

[2] O ptim izing prepa-ration conditions for 5V electrode perform ance,and struc-tural changes in Li1x-N i0.5M n1.5O 4 spinel. A lcantara R,Jaraba M,Lavela P,et al. ElectrochimA cta . 2002

[3] Preparation and charac-terization of nanoc-rystalline LiN i0.5M n1.5O 4 for 5V cathodem aterial by com posite carbonate processJ[]. Lee Y S,Sun Y K-,O ta S,et al. ElectrochemCom m un . 2002

[4] N anoc-rystallineLiN i0.5M n1.5O 4 synthesized by em ulsion drying m ethodJ[]. M yung S.T,Kom aba S,K um agai N,et al. Electrochimica Acta . 2002

[5] Synthesis andelectrochem istry of Li N ixM n2x-O 4. Zhong Q,Bonakdarpour A,Zhang M,et al. Journal of the Electrochemical Society . 1997

[6] Synthesis andelectrochem istry of Li N ixM n2x-O 4. Zhong Q,Bonakdarpour A,Zhang M,et al. Journal of the Electrochemical Society . 1997

[7] Solids-tate redox potentialsfor LiM[e1/2M n3/2]O 4M(e:3dt-ransition m etal)havingspinelf-ram ework structures:a series of 5volt m aterials foradvanced lithium i-on batteriesJ[]. O hzuku T,Takeda S,Iwanaga M. Journal of Power Sources . 1999

[8] Positive electrodem aterials with high operating voltage for lithium batteries:LiCryM n2-yO 4(0≤y≤1)J[]. Sigala C,Guyom ard D,V erbaere A,etal. Solid State Ionics . 1995

[9] A novel cathodeLi2CoM n3O 8 for lithium ion batteries operating over 5volts. K awai H,Nagata M,Tukam oto H,et al. Journal of Materials Chemistry . 1998

[10] Synthesis and charac-terization ofLi[N i1/2M n3/2]O 4by twos-tep solid state reac-tionJ[]. O hzuku T,A riyoshiK,Y am am oto S. Journal of the Ceramic Society of Japan . 2002