[1]Padh i A K,Nan jundaswamy K S,Goodenough J B.Phospho-olivines as positive-electrode m aterials for re-chargeab le lith ium batteries[J].J.E lectrochem.Soc.,1997,144(4):1188~1194.
[2]Hyung S K,ByungW C,W on I C.Cyc ling perform anceof L iFePO4cathode m aterial for lith ium secondary batter-ies[J].J.Power Source,2004,132:235~239.
[3]Thuckeray M.An unexpected conductor[J].NatureM ater.,2002,2:81~82.
[4]Park K S,Son J T,Chung H T,et al.Surface mod ifica-tion by silver coating for improving electrochem ical prop-erties of L iFePO4[J].Solid State Commun.,2004,129:311~314
[5]Huang H,Y in S C,Nazar L F.Approach ing theoreticalcapac ity of L iFePO4at room temperature at H igh Rates[J].E lectrochem and Solid-State Lett.,2001,4(10):A170~A172.
[6]Chung S Y,B lok ing J T,Ch iang Y M.E lectron ical con-ductive phosphor-olivines as lith ium storage electrodes[J].Nat.M ater.,2002,2:123~128.
[7]Zane D,Carewska M,Scacc ia S,et al.Factor affectingrate perform ance of undoped L iFePO4[J].E lectroch im-ica Acta,2004,49:4259~4271.
[8]W ang G X,Bew lay S L,Konstantinov K,et al.Physicaland electrochem ical properties of doped lith ium ironphosphate electrodes[J].E lectroch im ica Acta,2004,50:443~447.
[9]Chen Z,Dahn J R.Reduc ing Carbon in L iFePO4/Ccomposite electrodes to m axim ize spec ific energy,volu-m etric energy,and tap density[J].J.E lectrochem.Soc.,2002,149:A1184~A1189.
[10]Kom aba S,Sasak i T,M ik i Y,et al.E lectrochem icalcharacteristics and m anaganese d issolution of sp inelL i1.05M0.2Mn1.75O4(M=A l,Co,and Cr)cathode forrechargeab le lith ium ion batteries[J].E lectrochem is-try,2003,71(12):1236~1239.
[11]Tukamoto H,W est A R.E lectron ic conductivityof L iCoO2and its enhancem ent by m agnesium dop ing[J].J.E lectrochem.Soc.,1997,144:3164~3168. |