| [1] | ���Ľ�,���º�,������,��.LiCoO2�缫������ӵ���ɢ����[J].���ϴ�ѧѧ��(��Ȼ��ѧ��),2004,35(4):568-572. | | [2] | LIANG Hong-ying,QIU Xin-ping,CHEN Hai-long,et al.Analysis of high rate performance of nanoparticled lithiumcobalt oxides prepared in molten KNO3for rechargeablelithium-ion batteries[J].Electrochemistry Communications.2004,6(8):789-794 | | [3] | ���Ľ�,���º�,������,��.LiCoO2����ò��ṹ����绯ѧ���ܵ�Ӱ��[J].���ϴ�ѧѧ��(��Ȼ��ѧ��),2004,35(2):222-227. | | [4] | YING Jie-rong,CHANG Yin,WAN Chun-rong.Preparationand characterization of high-density spherical LiCoO2cathode material for lithium ion batteries[J].Journal ofPower Sources.2004,129(2):264-269 | | [5] | WANG G X,BEWLAY S L,KONSTANTINOV K,et al.Physical and electrochemical properties of doped lithium ironphosphate electrodes[J].Electrochimica Acta,2004,50(2/3):441-445. | | [6] | DANIELA Z,MARIA C,SILVERA S,et al.Factor affectingrate performance of undoped LiFePO4[J].ElectrochimicaActa,2004,49(25):4 259-4 271. | | [7] | LU Chung-hsin,LIN Shang-wei.Influence of the particle sizeon the electrochemical properties of lithium manganese oxide[J].Journal of Power Sources.2001,97/98:458-460 | | [8] | FAN Jiang.Studies of 18650 cylindrical cells made withdoped LiNiO2positive electrodes for military applications[J].Journal of Power Sources.2004,138(1/2):288-293 | | [9] | SHI Li-hong,WANG Qing.Electrochemical performance ofNi-deposited graphite anodes for lithium secondary batteries[J].Journal of Power Sources.2001,102:60-67 | | [10] | �����.������,������,��.�綯��������ӵ�ظ�����������[J].���,2002,32(s1):43-46. | | [11] | ZAGHIB K,SONG X,GUERFI A,et al.Purification processof natural graphite as anode for Li-ion batteries:Chemicalversus thermal[J].Journal of Power Sources.2003,119-121(1):8-15 | | [12] | MITSUHIRO H,KEIKO A,MASAFUMI M,et al.Amorphous titanium oxide electrode for high-rate dischargeand charge[J].Journal of Power Sources.2004,126(1/2):139-143 | | [13] | SUZUKI,SHINYA,HIBINO,et al.High rate lithiumintercalation properties of V2O5/carbon/ceramic-fillercomposites[J].Journal of Power Sources.2003,124(2):513-517 | | [14] | ����,���Ź�,�Ŵ��.�л��ܼ�������ӵ�����ܵ�Ӱ��[J].���,2004,34(1):30-32. | | [15] | YUKIO S,MINORU H,SATOSHI S,et al.Application tolithium battery electrolyte of lithium chelate compound withboron[J].J Power Sources.2001,97/98:561-565 | | [16] | XU Zhong-yu,ZHENG Hong-he.Research progress oncompatibility of electrolyte with carbon negative electrode inlithium ion batteries[J].Chinese Journal of Power Sources,2000,24(5):295-301. | | [17] | ׯȫ��,��ɽ,����Ԫ,��.����ӵ���л����Һ�о�[J].�绯ѧ,2001,7(4):403-412. | | [18] | Ф����,����ƽ,���,��.����ӵ�ض�Ԫ�������Һ�ĵ絼��Ϊ�о�[J].���,2004,34(4):270-272. | | [19] | PANKAJ A,MARC D,ANTONI S,et al.Comparisonbetween computer simulations and experimental data forhigh-rate discharges of plastic lithium-ion batteries[J].Journal of Power Sources.2000,88(2):219-231 | | [20] | ������,�⾧Ө,���,��.��������ظ߱��ʷŵ��о�[J].��Դ����,2003,27(s1):201-204. |
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2006, Vol. 23 
