碳纳米管：从基础到应用

1PolymorphismandStructureofCarbons

P.Delhaes,J.P.Issi,S.BonnamyandP.Launois

1.1HistoricalIntroduction

1.2PolymorphismofCrystallinePhases

1.3Non-CrystallineCarbons

1.4TransportProperties

1.5DopedCarbonsandParentMaterials

1.6Conclusion

References

2SynthesisMethodsandGrowthMechanisms

A.Loiseau,X.Blase,J.-Ch.Charlier,P.GadeUe,C.Journet,Ch.LaurentandA.Peigney

2.1Introduction

2.2High-TemperatureMethodsfortheSynthesisofCarbonandBoronNitrideMWNTsandSWNTs

2.3CatalyticCVDGrowthofFilamentousCarbon

2.4SynthesisofMWNTandSWNTviaMedium-TemperatureRoutes..

2.5NucleationandGrowthofC-SWNT

2.6GrowthMechanismsforCarbonNanotubes:NumericalModelling..

2.7BxCyNzCompositeNanotubes

References

3StructuralAnalysisbyElasticScatteringTechniques

Ph.Lambin,A.Loiseau,M.MonthiouxandJ.Thibault

3.1BasicTheories

3.2AnalysisofGraphene-BasedStructureswithHREM

3.3AnalysisofNanotubeStructureswithDiffractionandHREM

3.4AnalysisoftheNanotubeStructurewithSTM

References

4ElectronicStructure

F.Ducastelle,X.Blase,J.-M.Bonard,J.-Ch.CharlierandP.Petit...

4.1ElectronicStructure:Generalities

4.2ElectronicPropertiesofCarbonNanotubes

4.3Non-CarbonNanotubes

4.4MonitoringtheElectronicStructureofSWNTsbyIntercalationandChargeTransfer

4.5FieldEmission

References

5SpectroscopiesonCarbonNanotubes

J.-L.Sauvajol,E.Anglaret,S.RolsandO.Stephan

5.1VibrationalSpectroscopies

5.2ElectronEnergy-LossSpectroscopy

5.3RamanSpectroscopyofCarbonNanotubes

5.4ApplicationsofEELStoNanotubes

References

6TransportProperties

S.Roche,E.Akkermans,O.Chauvet,F.Hekking,J.-P.Issi,R.Martel,G.MontambauxandPh.Poncharal

6.1QuantumTransportinLow-dimensionalMaterials

6.2QuantumTransportinDisorderedConductors

6.3AnInteractionEffect:theDensity-of-StatesAnomaly

6.4TheoryofQuantumTransportinNanotubes

6.5MeasurementTechniques

6.6TheCaseofCarbonNanotube

6.7ExperimentalStudiesofTransportinNanotubesandElectronicDevices

6.8TransportinNanotubeBasedComposites

6.9ThermalTransportinCarbonNanotubes

References

7MechanicalPropertiesofIndividualNanotubesandComposites

J.-P.Salvetat,G.Desarmot,C.GauthierandP.Poulin

7.1MechanicalPropertiesofMaterials,BasicNotions

7.2MechanicalPropertiesofaSingleNanotube

7.3ReinforcingCompositeMaterialswithNanotubes

References

8SurfaceProperties,Porosity,ChemicalandElectrochemicalApplications

F.Beguin,E.Flahaut,A.Linares-SolanoandJ.Pinson

8.1SurfaceArea,PorosityandReactivityofPorousCarbons

8.2SurfaceFunctionality,ChemicalandElectrochemicalReactivityofCarbons

8.3FillingofCNTsandIn-SituChemistry

8.4ElectrochemicalEnergyStorageusingCarbonNanotubes

References

Index

　　对于国内的物理学工作者和青年学生来讲，研读国外优秀的物理学著作是系统掌握物理学知识的一个重要手段。为了满足国内读者对国外优秀物理学著作的需求，科学出版社引进了一批国外优秀著作。本书便是其中的一部。该书介绍了碳的多态现象和相的微结构、合成方法和生长机制、结构的电子显微分析、分光镜分析、电子结构、输运性质、纳米管及其合成材料的力学性能和表面特性等内容。　　本书介绍了碳纳米管的基础，并包括了最新的研究进展和技术应用前景。在每章的开篇都是各个相关学科的导读(包括物理学、化学和材料学)，其后是对相关专题的详细讨论。主要内容有：碳的多态现象和相的微结构，合成方法和生长机制，结构的电子显微分析，分光镜分析，电子结构，输运性质，纳米管及其合成材料的力学性能和表面特性。本书兼顾实验和计算，可供从事碳纳米管研究的科研人员和学生参考。