碳纳米管和石墨烯(英文版)

碳纳米管和石墨烯(英文版)
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作者: , ,
出版社: 科学出版社
2015-07
版次: 1
ISBN: 9787030400529
定价: 108.00
装帧: 精装
开本: 16开
纸张: 胶版纸
页数: 255页
正文语种: 英语
分类: 自然科学
7人买过
  •   Thenanosaenceandtechnologyhashadanextraordinaryseasonofdevelopmentandexcitementinthelastfewdecades.Furthermore,advancedcarbonnanomaterialisoneofthemostactiveandhotresearchfieldsintheworld.Thepotentialapplicationsofadvancedcarbonnanomaterialsnowenjoyworldwideattention.Especially,carbonnanotubesandgrapheneappeartotakealeadintheirapplications.Carbonnanotubesandgraphenearenanostructuredcarbonmaterialshavinglargeaspectratios,extremelyhighYoung'smodulusandmechanicalstrength,aswellassuperiorelectricalandthermalconductivities.Incorporationofasmallamountofcarbonnanotubesorgrapheneintometalsandceramicsleadstotheformationofhighperformanceandfunctionalnanocompositeswithenhancedmechanicalandphysicalproperties.   Dr.ZhaoTingkaiisaprofessorofmaterialsscienceandengineer-ingatNorthwesternPolytechnicalUniversity(NPU)inXi'an,China.HereceivedhisPhDdegreefromXi'anJiaotongUniversity(XJTU,China)in2005andstudiedasapostdoctoralresearchfellowatXJTUfrom2005to2007,andvisitedNorthwesternUniversity(Evanston,USA)andUniversityofOxford(Oxford,UK)asvisitingscholar.Hisresearchgroupmainlyinvestigatesthesynthesis,struc-tureandperformanceofadvancedcarbonmaterialssuchascarbonnanotubes(aspeciallyamorphouscarbonnanotubes),graphene,carbonfoamaswellaspitchmodification,andtheirapplicationsonsolarcell,Iithiumionbattery,electrochemicaldevicesandmilitaryfields.Hehasalsocontributedtotheareaofnon-ferrousmetalshydro-metallurgy. Foreword
    Preface
    Acknowledgements
    Chapter1Carbonnanomaterials
    1.1Fundamentalconceptsofnanomaterialsandcarbon
    1.1.1Nanomcter
    1.1.2Definitionofnanomaterials
    1.1.3Thehistoryofcarbon
    1.2Allotropesofcarbon
    1.2.1Diamond
    1.2.2Graphite
    1.2.3Lonsdaleite
    1.2.4Buckminsterfullerene
    1.2.5Amorphouscarbon
    1.2.6Carbonnanotubes
    1.2.7Glassycarbon
    1.2.8Carbonnanofoam
    1.2.9Carbonnanobud
    1.2.10Graphene
    1.2.11Otherpossiblecarbonforms
    1.3Thedevelopmentofcarbonnanomaterials
    1.4Theclassificationofcarbonnanomaterials
    References

    Chapter2Synthesisofcarbonnanotubes
    2.1ThehistoryanddiscoveryofCNTs
    2.1.1HistoryofCNTs
    2.1.2DiscoveryofCNTs
    2.2TheclassificationofCNTs
    2.3ThestructureandpropertiesofCNTs
    2.3.1Structure
    2.3.2Properties
    2.4OverviewofCNTsynthesismethods
    2.4.1ADmethod
    2.4.2LAmethod
    2.4.3CVDmethod
    2.4.4Ballmilling
    2.4.5Natural,incidentalandcontrolledflameenvironments
    2.4.6Othermethods
    2.5Temperature-controlledarcdischarge(TC-AD)method
    2.5.1PreparationofSWCNTsbyTC-AD
    2.5.2PreparationofACNTsbyTC-AD
    2.5.3Preparationofotherformscarbonnanomaterials
    2.6Growthmechanismofcarbonnanotube
    2.6.1MechanismofcrystallineCNTformation
    2.6.2MechanismofACNTsformation
    References

    Chapter3PurificationandseparationofCNTs
    3.1OverviewofCNTpurificationmethods
    3.1.1Chemicaloxidation
    3.1.2Physicalpurification
    3.1.3Physicalandchemicalcombinationpurification
    3.2Two-steppurificationmethodofSWCNTs
    3.2.1EffectfactorsofSWCNTpurification
    3.2.2Characterization
    3.3OverviewofSWCNTseparation
    3.3.1Insituseparationofm-ors-SWCNTs
    3.3.2Post-treatmentmethods
    3.3.3CharacterizationofSWCNTs
    3.4DGUseparationofSWCNTs
    3.4.1Effectoftheseparationtemperature
    3.4.2Effectofthesurfactanttypes
    ……
    Chapter4Theapplicationsofcarbonnanotubes
    Chapter5Graphene
  • 内容简介:
      Thenanosaenceandtechnologyhashadanextraordinaryseasonofdevelopmentandexcitementinthelastfewdecades.Furthermore,advancedcarbonnanomaterialisoneofthemostactiveandhotresearchfieldsintheworld.Thepotentialapplicationsofadvancedcarbonnanomaterialsnowenjoyworldwideattention.Especially,carbonnanotubesandgrapheneappeartotakealeadintheirapplications.Carbonnanotubesandgraphenearenanostructuredcarbonmaterialshavinglargeaspectratios,extremelyhighYoung'smodulusandmechanicalstrength,aswellassuperiorelectricalandthermalconductivities.Incorporationofasmallamountofcarbonnanotubesorgrapheneintometalsandceramicsleadstotheformationofhighperformanceandfunctionalnanocompositeswithenhancedmechanicalandphysicalproperties.
  • 作者简介:
      Dr.ZhaoTingkaiisaprofessorofmaterialsscienceandengineer-ingatNorthwesternPolytechnicalUniversity(NPU)inXi'an,China.HereceivedhisPhDdegreefromXi'anJiaotongUniversity(XJTU,China)in2005andstudiedasapostdoctoralresearchfellowatXJTUfrom2005to2007,andvisitedNorthwesternUniversity(Evanston,USA)andUniversityofOxford(Oxford,UK)asvisitingscholar.Hisresearchgroupmainlyinvestigatesthesynthesis,struc-tureandperformanceofadvancedcarbonmaterialssuchascarbonnanotubes(aspeciallyamorphouscarbonnanotubes),graphene,carbonfoamaswellaspitchmodification,andtheirapplicationsonsolarcell,Iithiumionbattery,electrochemicaldevicesandmilitaryfields.Hehasalsocontributedtotheareaofnon-ferrousmetalshydro-metallurgy.
  • 目录:
    Foreword
    Preface
    Acknowledgements
    Chapter1Carbonnanomaterials
    1.1Fundamentalconceptsofnanomaterialsandcarbon
    1.1.1Nanomcter
    1.1.2Definitionofnanomaterials
    1.1.3Thehistoryofcarbon
    1.2Allotropesofcarbon
    1.2.1Diamond
    1.2.2Graphite
    1.2.3Lonsdaleite
    1.2.4Buckminsterfullerene
    1.2.5Amorphouscarbon
    1.2.6Carbonnanotubes
    1.2.7Glassycarbon
    1.2.8Carbonnanofoam
    1.2.9Carbonnanobud
    1.2.10Graphene
    1.2.11Otherpossiblecarbonforms
    1.3Thedevelopmentofcarbonnanomaterials
    1.4Theclassificationofcarbonnanomaterials
    References

    Chapter2Synthesisofcarbonnanotubes
    2.1ThehistoryanddiscoveryofCNTs
    2.1.1HistoryofCNTs
    2.1.2DiscoveryofCNTs
    2.2TheclassificationofCNTs
    2.3ThestructureandpropertiesofCNTs
    2.3.1Structure
    2.3.2Properties
    2.4OverviewofCNTsynthesismethods
    2.4.1ADmethod
    2.4.2LAmethod
    2.4.3CVDmethod
    2.4.4Ballmilling
    2.4.5Natural,incidentalandcontrolledflameenvironments
    2.4.6Othermethods
    2.5Temperature-controlledarcdischarge(TC-AD)method
    2.5.1PreparationofSWCNTsbyTC-AD
    2.5.2PreparationofACNTsbyTC-AD
    2.5.3Preparationofotherformscarbonnanomaterials
    2.6Growthmechanismofcarbonnanotube
    2.6.1MechanismofcrystallineCNTformation
    2.6.2MechanismofACNTsformation
    References

    Chapter3PurificationandseparationofCNTs
    3.1OverviewofCNTpurificationmethods
    3.1.1Chemicaloxidation
    3.1.2Physicalpurification
    3.1.3Physicalandchemicalcombinationpurification
    3.2Two-steppurificationmethodofSWCNTs
    3.2.1EffectfactorsofSWCNTpurification
    3.2.2Characterization
    3.3OverviewofSWCNTseparation
    3.3.1Insituseparationofm-ors-SWCNTs
    3.3.2Post-treatmentmethods
    3.3.3CharacterizationofSWCNTs
    3.4DGUseparationofSWCNTs
    3.4.1Effectoftheseparationtemperature
    3.4.2Effectofthesurfactanttypes
    ……
    Chapter4Theapplicationsofcarbonnanotubes
    Chapter5Graphene
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