Morphology Genetic Materials Templated from Nature Species

图书标准信息

• 作者 张荻 编
• 出版社 浙江大学出版社
• 出版时间 2011-11
• 版次 1
• ISBN 9787308082648
• 定价 108.00元
• 装帧 精装
• 开本 16开
• 纸张 胶版纸
• 页数 250页
• 字数 453千字

【内容简介】

MorphologyGeneticMaterialsTemplatedfromNatureSpeciesprovidesacomprehensiveandup-to-datecoverageofresearchonbio-inspiredfunctionalmaterialsincludingmaterialsscienceandengineeringaspectsofthefabrication,properties,andapplications.Thebookdiscussesbio-inspiredstrategiesintegratingbiotemplate,biomineralization,andbiomimesisinnature,whichareadoptedtofabricatefunctionalmaterialswithhierarchicalbio-architecturesandinterrelatedoutstandingperformances,aswellasvaluableapplicationsinphotoelectricity,photonics,photocatalysis,chemicaldetection,bio-imaging,andphotoelectrontransfercomponents/devices.
Thebookisintendedforresearchersandgraduatestudentsinthefieldsofmaterialsscience,chemistry,nanotechnology,semiconductor,biotechnology,environmentalengineering,etc.

【目录】

1FunctionalMaterialsTemplatedfromNaturalPlants
1.1Introduction
1.2MorphogeneticMaterialsfromNaturalPlants
1.2.1Synthesisof（Fe203）,NickelOxide（NiO）andZincOxide（ZnO）fromNaturalPlants
1.2.2BiomorphicA1203andSnO2byUsingCottonasBioTemplates
1.2.3BiomorphicSynthesisofMetalOxideDopedwithMetal（N-TiO2,Ag-A1203）
1.2.4BiotemplateFabricationofSnO2andTiO2MaterialsbyaSonochemicalMethod
1.2.5BiomorphicFunctionalMetalOxidesfromPlantLeaves
1.3ApplicationsoftheSynthesizedBiomorphicMaterials
1.3.1AdsorbentsforCopperIonsRemovalwithSurfaceFunctionalizedSoybeanStraw
1.3.2PolymerFunctionalizedActivatedCarbon（fromRiceHusk）forCu2+Removal
1.3.3MagneticNanoparticlesFunctionalizedActivatedCarbonforDyeRemoval
1.3.4TiO2withHierarchicalStructuresFabricatedfromWoodforPhotocatalyst
1.3.5GasSensingPropertiesofWood-TemplatedOxides
1.4Summary
References

2Morph-GenetieMaterialsInspiredfromButterflyWingScales
2.1Introduction
2.2SynthesisApproachesofButterflyWingsReplicas
2.2.1ChemicalSolutionsSoakingMethod
2.2.2SonochemicalProcessingMethod
2.2.3SolvothermalNano-ComplexProcessingMethod
2.2.4Summary
2.3OpticalPropertiesofButterflyWings,HybridsorReplicas
2.3.1FabricationofIridescentZincOxideReplicasfromTransparentButterflyWingsTemplates
2.3.2FabricationofLarge-AreaIridescentInorganicReplicas
2.3.3FabricationofNanocompositewithNovelOpticalEffect
2.4GasSensorPropertiesofButterflyWings,HybridsorReplicas
2.4.1CharacterizationofthePorousHierarchicalGas-SensorMicrostructuresTemplatefromButterflyWings
2.4.2ResearchontheGas-SensorPropertiesoftheSnO2ReplicasofButterflyWings
2.5HighLightHarvestEfficiencyPhotoanodeUsedinSolarCells
2.6Conclusion
References

3Morph-GeneticMaterialsInspiredDiverseHierarchicalBio-Architectures
3.1Introduction
3.2FunctionalMetalOxidesNano-ArchitectureswithEggshellMembraneHierarchy
3.2.1BiotemplatingSol-GelTechniquesforHierarchicalMetalOxides
3.2.2HierarchicalNanostructuredSnO2asGasSensors
3.2.3Pd-PdONanoclustersReinforcedHierarchicalTiO2FilmswithExcellentPhotocatalysis
3.3Morph-GeneticMaterialswithDiatomastheTemplates
3.4Morph-GeneticMaterialswithBacteriaastheTemplates
3.5HybridNanocompositesDerivedfromReactiveNaturalScaffolds
3.5.1NaturalBiofibersBasedHybridNanocomposites
3.5.2HierarchicalMorph-GeneticNanocomposites
3.5.3IridescentNanocomposites:NovelPhotonicCrystals
References

4Morph-GeneticComposites
4.1Morph-GeneticCompositesBasedonPlantMaterials
4.1.1SynthesisofMorph-GeneticCompositesfromNaturalPlants
4.1.2PropertiesoftheSynthesizedBiomorphicMaterials
4.1.3Summary
4.2FunctionalNanostructures/BioscaffoldsNanocomposies
4.2.1NaturalBiofibersBasedOpticalNanocomposites
4.2.2HybridNanocompositeswithNaturalPhotonicCrystalsastheMatrices
References
Index