一维纳米结构材料:概念、应用和展望(英文版)
出版时间:
2009-07
版次:
1
ISBN:
9787312022012
定价:
58.00
装帧:
平装
开本:
16开
纸张:
胶版纸
页数:
272页
字数:
303千字
正文语种:
英语
2人买过
-
纳米材料是20世纪80年代中期一个迅速发展的材料科学领域,受到人们广泛的关注。《一维纳米结构材料概念、应用和展望(英文版)》选择性的汇集了国内外中国科技大学校友在一维纳米材料的最新科技研究成果。书中介绍了一维纳米材料包括纳米线、纳米管和纳米带等当今研究的趋势、相关技术与未来发展方向,是化学、物理和材料等学科的基础理论研究与应用技术的前沿集成反映。
《一维纳米结构材料概念、应用和展望(英文版)》适合于高等学校、科研院所以及相关企业从事纳米材料研发的科研人员和管理工作者,同时也可作为相关专业的师生和爱好者学习参考用书。 PrefaceofAlumnisSerials
Preface
Chapter1LipidNanotubesandPeptideNanotubes:FormationandApplicationsforScaffoldingNanomaterials
Abstract
1.1Introduction
1.2FormationofLNTs
1.3FormationofPNTs
1.4Templatingnanostructures
1.4.1LNT-templatingnanostructures
1.4.2PNTstemplatingnanostructures
1.5Conclusion
Acknowledgments
References
Chapter2IntroductionofNanodevicesBasedonZnONanowires/Nanobelts
Abstract
2.1Introduction
2.2TransportpropertiesofZnOnanowires/nanobelts
2.2.1FieldeffecttransistorbasedonZnONWs
2.2.2SchottkydiodesbasedonZnONBs/NWs
2.3PiezoelectronicsbasedonZnONWs/NBs
2.3.1PiezoelectricityandstructureofZnO
2.3.2Piezoelectricnanogenerators
2.4OptoelectronicsbasedonZnONWs
2.4.1UVdetector
2.4.2Nanowirebasednano]asers
2.4.3NanowirearrayLED
2.5ChemicalandbiologicalsensorsbasedonZnOnanowires
2.6Dopingmodification,fieldemissionandmechanicalproperties
2.6.1MetaldopingofZnO
2.6.2FieldemissionpropertiesofZnOnanowirearrays
2.6.3NanobalancebasedonZnOnanowire
2.7Summary
References
Chapter3ElasticPropertiesofOne-dimensionalMetalNanoparticlesStudiedbyTime-resolvedSpectroscopy
3.1Introduction
3.1.1Metalnanoparticles
3.1.2Time-resolvedspectroscopy
3.2Theory
3.3Experimentalapparatusandtechniques
3.3.1Synthesisofaunanorods
3.3.2Transientabsorptionapparatus
3.4Experimentalresults
3.4.1Characterizationofaunanorods
3.4.2Transientabsorptionexperiment
3.4.3Elasticpropertiesofgoldnanorods
3.4.4Discussionoftheelasticmoduliofmetalnanorods
3.5Summaryandconclusion
Acknowledgment
References
Chapter4Microwave-assistedRapidPreparationofOne-dimensionalNanostructures
Abstract
4.1Microwave-assistedionicliquid(MAIL)method
4.1.1Preparationofelemental1-Dnanostructures
4.1.2Preparationof1-Dnanostructuresofmetaloxides
4.1.3Preparationofmetalchalcogenide1-Dnanostructures
4.1.4Preparationofnanostructureswithothermorphologies
4.2Microwave-assistedpolythiolreduction(MPTR)method
4.3Microwave-assistedpolyolmethod
4.4Microwave-assistedpolyol-watermethod
4.5Microwave-assistedaqueoussolutionmethod
References
Chapter5SomeRecentDevelopmentsintheSolution-PhaseSynthesisofOne-DimensionalInorganicNanostructures
Abstract
5.1Introduction
5.2Coordinationcompounds,structuralcharacteristicstodirectanisotropicgrowth
5.2.1Simplecomplexes
5.2.2Linearcoordinationclustercompounds
5.2.3Metal-polymercoordinationchains
5.2.43-Dcoordinationpolymers
5.3Surfactant-basedsystems:microreactorstoconfineanisotropicgrowth
5.3.1Rod-likemicelles
5.3.2Inorganic-surfactantintercalatedmesostructures
5.4Etchingandtwinning:twocontributionstoinduceanisotropicgrowth
5.4.1Localizedoxidativeetchingonsingle-crystalseeds
5.4.2Twindefectstobreakcubicsymmetry
5.5Concludingremarks
Acknowledgements
References
Chapter6One-DimensionalNanoscaleHeterostruetures
Abstract
6.1Introduction
6.2Syntheticroutesfor1-Dnanoscaleheterostructures
6.2.1Vaporphasemethods
6.2.2Solutionmethods
6.2.3Lithography
6.2.4Electrospinning
6.2.5Templatedirectedmethods
6.3Typical1-Dnanoscaleheterostructures
6.3.1Co-axialnanowires
6.3.2Segmentednanowires
6.4Oonclusionandremarks
References
Chapter7BidMeetsNano:DNA-BasedSynthesisandAssemblyTowardOne-DimensionalNanostructures
7.1Introduction
7.2DNAtemplatedelectrolessdepositionformetallicnanowirefabrications
7.3DNAdirectedassemblyofnanoparticlelineararrays
7.3.1DNAencodedone-dimensionalarrayofgoldnanoparticles
7.3.2RCAfacilitatedassemblyoflong,sturdyandrigidDAEEarraysuitableforproteinorganization
7.4Onedimensionalself-assemblyonDNA-wrappedcarbonnanotub
7.5DNAnanotubes,constructionsandfunctionalizations
7.6OtherexamplesofDNA-basedonedimensionalnanostructures
7.7Outlook
Acknowledgements
References
Chapter8SoftChemistryRoutestoSynthesisofOne-DimensionalNanostructuresandTheirProperties
8.1Introduction
8.2Rareearthcompound1-Dnanostructures
8.31-Dnanostructurestemplatedbyorganicadditives
8.4Biomimeticsynthesisof1-Dnanostructures
8.5Otherfunctional1-Dnanostructuredmaterials
8.6Theformationmechanismof1-Dnanostructures
8.7Summaryandoutlook
Acknowledgement
References
-
内容简介:
纳米材料是20世纪80年代中期一个迅速发展的材料科学领域,受到人们广泛的关注。《一维纳米结构材料概念、应用和展望(英文版)》选择性的汇集了国内外中国科技大学校友在一维纳米材料的最新科技研究成果。书中介绍了一维纳米材料包括纳米线、纳米管和纳米带等当今研究的趋势、相关技术与未来发展方向,是化学、物理和材料等学科的基础理论研究与应用技术的前沿集成反映。
《一维纳米结构材料概念、应用和展望(英文版)》适合于高等学校、科研院所以及相关企业从事纳米材料研发的科研人员和管理工作者,同时也可作为相关专业的师生和爱好者学习参考用书。
-
目录:
PrefaceofAlumnisSerials
Preface
Chapter1LipidNanotubesandPeptideNanotubes:FormationandApplicationsforScaffoldingNanomaterials
Abstract
1.1Introduction
1.2FormationofLNTs
1.3FormationofPNTs
1.4Templatingnanostructures
1.4.1LNT-templatingnanostructures
1.4.2PNTstemplatingnanostructures
1.5Conclusion
Acknowledgments
References
Chapter2IntroductionofNanodevicesBasedonZnONanowires/Nanobelts
Abstract
2.1Introduction
2.2TransportpropertiesofZnOnanowires/nanobelts
2.2.1FieldeffecttransistorbasedonZnONWs
2.2.2SchottkydiodesbasedonZnONBs/NWs
2.3PiezoelectronicsbasedonZnONWs/NBs
2.3.1PiezoelectricityandstructureofZnO
2.3.2Piezoelectricnanogenerators
2.4OptoelectronicsbasedonZnONWs
2.4.1UVdetector
2.4.2Nanowirebasednano]asers
2.4.3NanowirearrayLED
2.5ChemicalandbiologicalsensorsbasedonZnOnanowires
2.6Dopingmodification,fieldemissionandmechanicalproperties
2.6.1MetaldopingofZnO
2.6.2FieldemissionpropertiesofZnOnanowirearrays
2.6.3NanobalancebasedonZnOnanowire
2.7Summary
References
Chapter3ElasticPropertiesofOne-dimensionalMetalNanoparticlesStudiedbyTime-resolvedSpectroscopy
3.1Introduction
3.1.1Metalnanoparticles
3.1.2Time-resolvedspectroscopy
3.2Theory
3.3Experimentalapparatusandtechniques
3.3.1Synthesisofaunanorods
3.3.2Transientabsorptionapparatus
3.4Experimentalresults
3.4.1Characterizationofaunanorods
3.4.2Transientabsorptionexperiment
3.4.3Elasticpropertiesofgoldnanorods
3.4.4Discussionoftheelasticmoduliofmetalnanorods
3.5Summaryandconclusion
Acknowledgment
References
Chapter4Microwave-assistedRapidPreparationofOne-dimensionalNanostructures
Abstract
4.1Microwave-assistedionicliquid(MAIL)method
4.1.1Preparationofelemental1-Dnanostructures
4.1.2Preparationof1-Dnanostructuresofmetaloxides
4.1.3Preparationofmetalchalcogenide1-Dnanostructures
4.1.4Preparationofnanostructureswithothermorphologies
4.2Microwave-assistedpolythiolreduction(MPTR)method
4.3Microwave-assistedpolyolmethod
4.4Microwave-assistedpolyol-watermethod
4.5Microwave-assistedaqueoussolutionmethod
References
Chapter5SomeRecentDevelopmentsintheSolution-PhaseSynthesisofOne-DimensionalInorganicNanostructures
Abstract
5.1Introduction
5.2Coordinationcompounds,structuralcharacteristicstodirectanisotropicgrowth
5.2.1Simplecomplexes
5.2.2Linearcoordinationclustercompounds
5.2.3Metal-polymercoordinationchains
5.2.43-Dcoordinationpolymers
5.3Surfactant-basedsystems:microreactorstoconfineanisotropicgrowth
5.3.1Rod-likemicelles
5.3.2Inorganic-surfactantintercalatedmesostructures
5.4Etchingandtwinning:twocontributionstoinduceanisotropicgrowth
5.4.1Localizedoxidativeetchingonsingle-crystalseeds
5.4.2Twindefectstobreakcubicsymmetry
5.5Concludingremarks
Acknowledgements
References
Chapter6One-DimensionalNanoscaleHeterostruetures
Abstract
6.1Introduction
6.2Syntheticroutesfor1-Dnanoscaleheterostructures
6.2.1Vaporphasemethods
6.2.2Solutionmethods
6.2.3Lithography
6.2.4Electrospinning
6.2.5Templatedirectedmethods
6.3Typical1-Dnanoscaleheterostructures
6.3.1Co-axialnanowires
6.3.2Segmentednanowires
6.4Oonclusionandremarks
References
Chapter7BidMeetsNano:DNA-BasedSynthesisandAssemblyTowardOne-DimensionalNanostructures
7.1Introduction
7.2DNAtemplatedelectrolessdepositionformetallicnanowirefabrications
7.3DNAdirectedassemblyofnanoparticlelineararrays
7.3.1DNAencodedone-dimensionalarrayofgoldnanoparticles
7.3.2RCAfacilitatedassemblyoflong,sturdyandrigidDAEEarraysuitableforproteinorganization
7.4Onedimensionalself-assemblyonDNA-wrappedcarbonnanotub
7.5DNAnanotubes,constructionsandfunctionalizations
7.6OtherexamplesofDNA-basedonedimensionalnanostructures
7.7Outlook
Acknowledgements
References
Chapter8SoftChemistryRoutestoSynthesisofOne-DimensionalNanostructuresandTheirProperties
8.1Introduction
8.2Rareearthcompound1-Dnanostructures
8.31-Dnanostructurestemplatedbyorganicadditives
8.4Biomimeticsynthesisof1-Dnanostructures
8.5Otherfunctional1-Dnanostructuredmaterials
8.6Theformationmechanismof1-Dnanostructures
8.7Summaryandoutlook
Acknowledgement
References
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