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    The preparation and electrochemical study of LiNisub class='a-plus-plus'0.6subCosub class='a-plus-plus'0.2subMnsub class='a-plus-plus'0.2subOsub class='a-plus-plus'2sub cathode material for lithium-ion battery
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    The preparation and electrochemical study of LiNisub class="a-plus-plus"0.6subCosub class="a-plus-plus"0.2subMnsub class="a-plus-plus"0.2subOsub class="a-plus-plus"2sub cathode material for lithium-ion battery
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    Effect of LiPOsub class='a-plus-plus'2subFsub class='a-plus-plus'2sub Electrolyte Additive on Surface Electrical Properties of LiNisub class='a-plus-plus'0.6subCosub class='a-plus-plus'0.2subMnsub class='a-plus-plus'0.2subOsub class='a-plus-plus'2sub Cathode
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    Electrochemical behavior of LiNisub class='a-plus-plus'0.6subMnsub class='a-plus-plus'0.2subCosub class='a-plus-plus'0.2subOsub class='a-plus-plus'2sub cathode in different aqueous electrolytes
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    The effect of chelating agent on synthesis and electrochemical properties of LiNisub class='a-plus-plus'0.6subCosub class='a-plus-plus'0.2subMnsub class='a-plus-plus'0.2subOsub class='a-plus-plus'2sub
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    Effect of LiPOsub class="a-plus-plus"2subFsub class="a-plus-plus"2sub Electrolyte Additive on Surface Electrical Properties of LiNisub class="a-plus-plus"0.6subCosub class="a-plus-plus"0.2subMnsub class="a-plus-plus"0.2subOsub class="a-plus-plus"2sub Cathode
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    Synthesis and Electrochemical Properties of Lithium-Ion Battery Cathode Materials Based on LiFePOsub class='a-plus-plus'4sub–LiMnsub class='a-plus-plus'2subOsub class='a-plus-plus'4sub and LiFePOsub class='a-plus-plus'4sub–LiNisub class='a-plus-plus'0.82subCosub class='a-plus-plus'0.18subOsub class='a-plus-plus'2/s
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    Synthesis and Electrochemical Properties of Lithium-Ion Battery Cathode Materials Based on LiFePOsub class="a-plus-plus"4sub–LiMnsub class="a-plus-plus"2subOsub class="a-plus-plus"4sub and LiFePOsub class="a-plus-plus"4sub–LiNisub class="a-plus-plus"0.82subCosub class="a-plus-plus"0.18subOsub class="a-plus-plus"2/s
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    Improving cyclic stability of LiNisub class='a-plus-plus'0.6subCosub class='a-plus-plus'0.2subMnsub class='a-plus-plus'0.2subOsub class='a-plus-plus'2sub-SiOsub class='a-plus-plus'class='a-plus-plus'xsub/graphite full c
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    Improve electrochemical performance of spinel LiNisub class='a-plus-plus'0.5subMnsub class='a-plus-plus'1.5subOsub class='a-plus-plus'4sub via surface modified by Lisub class='a-plus-plus'1.2subNisub class='a-plus-plus'0.2subMnsub class='a-plus-plus'0.6subOsub class='a-plus-plus'2sub layered materials
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  • Synthesis and electrochemical properties of Lisub class="a-plus-plus"3subVsub class="a-plus-plus"2sub (POsub class="a-plus-plus"4sub)sub class="a-plus-plus"3sub-Vsub class="a-plus-plus"2subOsub class="a-plus-plus"3sub/C as anode material for lithium-ion battery application
    锂离子电池用负极材料Lisub-class=“a-plus-plus”3subVsub-cclass=“a-plus”2sub（POsub-current=“a-plus-plus”4sub）sub-clin=“a-pls-plus”3sub-Vsub-Clin=“a-plus”2subOsub-custom=“a-plus-plus”3sub/C的合成与电化学性能
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    增強的電化性能 Lia-plus-plus'1.2plus+'Cosub class==±”0.54Oplus—plus’2 sub與Tisub類=`a- plus-plus'
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    Cusub class=“a-plus”2+对Li[Lisub class=“a-plus”0.2subNisub class=“a-plus”0.2 2sub在不同阶段
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    合成和电化学性质 ((CHa-plus-plus'3sub)Plus+'2plus +’17plus-plus”NbO \次级=‘a-плю+’62 sub)
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    Zr掺杂和Lia-plus-plus”2subO-2Ba-plus-plus”2subOplus-p lus”3sub层对LiNiplus/plus”0.5subCoplus+plus”＞0.2subMnplus_plus”0.3subO＜subclass＝”a-plus-prus“2sub阴极材料结构电化学性能的影响
  • Electrochemical performance of Lasub class='a-plus-plus'0.6subSrsub class='a-plus-plus'0.4subCosub class='a-plus-plus'0.2subFesub class='a-plus-plus'0.8subOsub class='a-plus-plus'3sub–Cesub class='a-plus-plus'0.9subGdsub class='a-plus-plus'0.1subOsub class='a-plus-plus'2-δsub composite SOFC cathodes fabricat
    拉a-plus-plus' 0.6 Srplus-plus’ 2°C复合SOFC阴极结构
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    α-Bi2subO3sub和Bplus+
  • Improving Electrochemical Performance and Structural Stability of LiNisub class='a-plus-plus'0.6subCosub class='a-plus-plus'0.2subMnsub class='a-plus-plus'0.2subOsub class='a-plus-plus'2sub via Nanoscale Coating with LiTiOsub class='
    提高LiNisub类='a-plus-plus'0.6sub class=`a-Plus+'2Sub类别=‘a- plus-plus’的电化学性能和结构稳定性,通过用LITIOsubclass='纳米涂层
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    对(Bia-plus-plus'1.6Plus+'0.4sub) Srsub class='A-plus +'2plus-plus’3Sub超导体的影响
  • Preparation and characterization of {[Lasub class='a-plus-plus'2sub(IA)sub class='a-plus-plus'4sub(Hsub class='a-plus-plus'2subO)sub class='a-plus-plus'4sub][class='a-plus-plus'μsub class='a-plus-plus'3sub-(IA)]sub class='a-plus-plus'2sub[Mn(Hsub class='a-plus-plus'2subO)sub class='a-plus-plus'4sub
    3. 下列各项的编制和定性:
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