清洁可再生能源材料（英文版）
出版时间:
2012-12
版次:
1
ISBN:
9787030352606
定价:
120.00
装帧:
精装
开本:
16开
纸张:
胶版纸
页数:
309页
正文语种:
英语
8人买过
-
Sincethebeginningofthe20thcentury，therehavebeengreatimprovementsinthedailylifeofhumanthroughtheuseofpetroleumasabasicmaterial.However，wenowfacetheproblemofpetroleumsupplyanddepletion.Meanwhile，globalwarming，themostthreateningproblem，stimulatestheresearchtowardsalternativefuelsourcesusingeco-andrenewableenergytypicallysuchassolarenergy.Materialtechnologyplaysaparticularlyimportantroleinthefieldofenergy.Rapiddepletionoffossilfuelsandgrowingenvironmentalconcernsmakeenergyoneofthegreatestchallengesfacinghumankindinthe21stcentury.Weneedsustainableenergyproductionandefficientlyusenaturalenergytomeetsocio-economicandenvironmentaltargets.Tocovervarioustopicsinsuchaninterdisciplinaryarea，itishightimetoprovidetimelyreviewofanumberofimportantdevelopmentsinthisfield.
Thescienceofenergy-harvestingmaterialsisexperiencingphenomenalgrowthandattractinghugeinterest.Eco-andRenewableEnergyMaterialsshowcasesthebasicprincipleandthelatestdevelopmentsofthematerialstechnologies，whicharerelatedtopreventglobalwarmingandsecureenergyresourcesfromtheviewpointofmaterialsscience.Chapter1byChenghuiLiprovidesaconciseoverviewofthedevelopmentofsiliconbasedphotovoltaicmaterials.
Withtheconsiderationoftheuniquenessofperylenes，ChenLiandKlausMulleninChapter2reviewthedevelopmentofperylenesinorganicphotovoltaics.JianguoLiuetalillustratecarboncorrosionintheelectrocatalystsofpolymerelectrolytemembranefuelcellinChapter3.Chapter4byTingyueGuandcoworkerssummarizesvariousrecentadvancesinbio-fuelcellresearchusingvariousbiomassfeedstocks.YonggangWangetalinChapter5surveynewprogressinusingnanostructuredmaterialsascathodesandanodestodeveloplithium-ionbatterieswithhighenergydensity，highratecapability，andexcellentcyclingstability.InChapter6，DechunZouetalsummarizetheupdatedfabricationanddevelopmentoffiexiblesolarcells.Chapter7byZhaoshengLiandcoworkersintroducehistoryandoperatingprinciplesofthephotoelectrochemicalcellforhydrogengeneration.InChapter8，HuantingWangetaldescribetheapplicationofmetal-organicframeworkstoCO2capture.TheyalsoreviewinChapter9recentactivitiesinthedevelopmentofCO2selectiveseparationmembranes，focusingonthefabricationandseparationperformanceofcurrentpolymericmembranesandtheirmodification，inorganicmembranesandmixed-matrixmembranes. Chapter1SiliconBasedPhotovoltaicMaterials
1.1Introduction
1.2Wafer-basedcrystallinesilicon
1.2.1Mono-crystallinesilicon
1.2.2Multi-crystallinesilicon
1.2.3Sheetandribbonsilicon
1.3Thin-filmsilicon
1.3.1Hydrogenatedamorphoussilicon（a-Si:H）
1.3.2Hydrogenatedmicrocrystallinesilicon（c-Si:H）
1.4Nano-structuredsilicon
1.4.1Siliconnanowire
1.4.2Siliconquantumdots
1.5Conclusionandperspective
Reference
Chapter2PerylenesinOrganicPhotovoltaics
2.1Introduction
2.2Perylenepigmentsinsolarcells
2.3Perylenedyesinsolarcells
2.4Perylenecontainedpolymers/oligomersinsolarcells
2.4.1Perylenecontainedheterojunctionsolarcells
2.4.2Perylenecontainedsingle-molecularsolarcells
2.5PerylenesinGratzelsolarcells
2.5.1Thederivativesofperylenediimides
2.5.2Thederivativesofperylenemonoimides
2.5.3Perylenebasedmultichromophores
2.6Conclusionandoutlook
Acknowledgements
References
Chapter3CarbonCorrosioninPolymerElectrolyteMembraneFuelCellCatalystsanditsMitigationStrategies
3.1Introduction
3.2Carboncorrosion
3.2.1Thereasonsandconsequences
3.2.2Mechanismofcarboncorrosion
3.2.3Testmethodsandcharacterization
3.3Mitigationstrategiestocarboncorrosion
3.3.1Systemstrategy
3.3.2Corrosion-resistantcatalystsupport
Acknowledgements
References
Chapter4ConvertingLow-gradeBiomasstoProduceEnergyUsingBio-fuelCells
4.1lntroduction
4.2Theoreticalprinciplesofbio-fuelcells
4.3Designsforscalingup
4.4Materialsinbio-fuelcells
4.4.1Fuels
4.4.2Biocatalysts
4.4.3EnzymesinEFCs
4.4.4MicrobesusedinMFCs
……
Chapter5NanostructuredElectrodeMaterialsforLithium-ionBatteries
Chapter6FiberSolarCells
Chapter7SemiconductorsforPhotoelectrocheMicalHydrogenGeneration
Chapter8TheApplicationofMetal-OrganicFrameworkstoCO2Capture
Chapter9CO2SelectiveSeparationMembranes
-
内容简介:
Sincethebeginningofthe20thcentury，therehavebeengreatimprovementsinthedailylifeofhumanthroughtheuseofpetroleumasabasicmaterial.However，wenowfacetheproblemofpetroleumsupplyanddepletion.Meanwhile，globalwarming，themostthreateningproblem，stimulatestheresearchtowardsalternativefuelsourcesusingeco-andrenewableenergytypicallysuchassolarenergy.Materialtechnologyplaysaparticularlyimportantroleinthefieldofenergy.Rapiddepletionoffossilfuelsandgrowingenvironmentalconcernsmakeenergyoneofthegreatestchallengesfacinghumankindinthe21stcentury.Weneedsustainableenergyproductionandefficientlyusenaturalenergytomeetsocio-economicandenvironmentaltargets.Tocovervarioustopicsinsuchaninterdisciplinaryarea，itishightimetoprovidetimelyreviewofanumberofimportantdevelopmentsinthisfield.
Thescienceofenergy-harvestingmaterialsisexperiencingphenomenalgrowthandattractinghugeinterest.Eco-andRenewableEnergyMaterialsshowcasesthebasicprincipleandthelatestdevelopmentsofthematerialstechnologies，whicharerelatedtopreventglobalwarmingandsecureenergyresourcesfromtheviewpointofmaterialsscience.Chapter1byChenghuiLiprovidesaconciseoverviewofthedevelopmentofsiliconbasedphotovoltaicmaterials.
Withtheconsiderationoftheuniquenessofperylenes，ChenLiandKlausMulleninChapter2reviewthedevelopmentofperylenesinorganicphotovoltaics.JianguoLiuetalillustratecarboncorrosionintheelectrocatalystsofpolymerelectrolytemembranefuelcellinChapter3.Chapter4byTingyueGuandcoworkerssummarizesvariousrecentadvancesinbio-fuelcellresearchusingvariousbiomassfeedstocks.YonggangWangetalinChapter5surveynewprogressinusingnanostructuredmaterialsascathodesandanodestodeveloplithium-ionbatterieswithhighenergydensity，highratecapability，andexcellentcyclingstability.InChapter6，DechunZouetalsummarizetheupdatedfabricationanddevelopmentoffiexiblesolarcells.Chapter7byZhaoshengLiandcoworkersintroducehistoryandoperatingprinciplesofthephotoelectrochemicalcellforhydrogengeneration.InChapter8，HuantingWangetaldescribetheapplicationofmetal-organicframeworkstoCO2capture.TheyalsoreviewinChapter9recentactivitiesinthedevelopmentofCO2selectiveseparationmembranes，focusingonthefabricationandseparationperformanceofcurrentpolymericmembranesandtheirmodification，inorganicmembranesandmixed-matrixmembranes.
-
目录:
Chapter1SiliconBasedPhotovoltaicMaterials
1.1Introduction
1.2Wafer-basedcrystallinesilicon
1.2.1Mono-crystallinesilicon
1.2.2Multi-crystallinesilicon
1.2.3Sheetandribbonsilicon
1.3Thin-filmsilicon
1.3.1Hydrogenatedamorphoussilicon（a-Si:H）
1.3.2Hydrogenatedmicrocrystallinesilicon（c-Si:H）
1.4Nano-structuredsilicon
1.4.1Siliconnanowire
1.4.2Siliconquantumdots
1.5Conclusionandperspective
Reference
Chapter2PerylenesinOrganicPhotovoltaics
2.1Introduction
2.2Perylenepigmentsinsolarcells
2.3Perylenedyesinsolarcells
2.4Perylenecontainedpolymers/oligomersinsolarcells
2.4.1Perylenecontainedheterojunctionsolarcells
2.4.2Perylenecontainedsingle-molecularsolarcells
2.5PerylenesinGratzelsolarcells
2.5.1Thederivativesofperylenediimides
2.5.2Thederivativesofperylenemonoimides
2.5.3Perylenebasedmultichromophores
2.6Conclusionandoutlook
Acknowledgements
References
Chapter3CarbonCorrosioninPolymerElectrolyteMembraneFuelCellCatalystsanditsMitigationStrategies
3.1Introduction
3.2Carboncorrosion
3.2.1Thereasonsandconsequences
3.2.2Mechanismofcarboncorrosion
3.2.3Testmethodsandcharacterization
3.3Mitigationstrategiestocarboncorrosion
3.3.1Systemstrategy
3.3.2Corrosion-resistantcatalystsupport
Acknowledgements
References
Chapter4ConvertingLow-gradeBiomasstoProduceEnergyUsingBio-fuelCells
4.1lntroduction
4.2Theoreticalprinciplesofbio-fuelcells
4.3Designsforscalingup
4.4Materialsinbio-fuelcells
4.4.1Fuels
4.4.2Biocatalysts
4.4.3EnzymesinEFCs
4.4.4MicrobesusedinMFCs
……
Chapter5NanostructuredElectrodeMaterialsforLithium-ionBatteries
Chapter6FiberSolarCells
Chapter7SemiconductorsforPhotoelectrocheMicalHydrogenGeneration
Chapter8TheApplicationofMetal-OrganicFrameworkstoCO2Capture
Chapter9CO2SelectiveSeparationMembranes
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