传感材料与传感技术丛书·化学传感器：仿真与建模（第5卷·电化学传感器上册影印版）

作者: [摩尔多瓦] 科瑞特森科韦（Korotcenkov,G.）编

出版社: 哈尔滨工业大学出版社

出版时间: 2015-01

版次: 1

ISBN: 9787560348988

定价: 90.00

装帧: 平装

开本: 16开

纸张: 胶版纸

页数: 408页

正文语种: 英语

丛书: 传感材料与传感技术丛书

分类: 工程技术

4 张插图图片

4人买过

　　Thisseries,ChemicalSensors:SimulationandModeling,istheperfectcomplementtoMomentumPress'ssix-volumereferenceseries,ChemicalSensors:FundamentalsofSensingMaterialsandChemicalSensors:ComprehensiveSensorTechnologies,whichpresentdetailedinformationaboutmaterials,technologies,fabrication,andapplicationsofvariousdevicesforchemicalsensing.Chenucal.sensorsareintegraltotheautomationofmyriadindustrialprocessesandevery-daymonitoringofsuchactivitiesaspublicsafety,engineperformance,medicaltherapeutics,andmanymore.
　　Despitethelargenumberofchemicalsensorsalreadyonthemarket,selectionanddesignofasuitablesensorforanewapplicationisadifficulttaskforthedesignengineer.Carefulselectionofthesensingmaterial,sensorplatform,technologyofsynthesisordepositionofsensitivematerials,appropriatecoatingsandmembranes,andthesamplingsystemisveryimportant,becausethosedecisionscandeterminethespecificity,sensitivity,responsetime,andstabilityofthefinaldevice.Selectivefunctionalizationofthesensorisalsocriticaltoachievingtherequiredoperatingparameters.Therefore,indesigningachemicalsensor,developershavetoanswertheenormousquestionsrelatedtopropertiesofsensingmaterialsandtheirfunctioninginvariousenvironments.Thisfour-volumecom-prehensivereferenceworkanalyzesapproachesusedforcomputersimulationandmodelinginvariousfieldsofchemicalsensinganddiscussesvariousphenomenaimportantforchemical.sensing,suchassurfacediffusion,adsorption,surfacereactions,sintering,conductivity,masstransport,interphaseinteractions,etc.Inthesevolumesitisshownthattheoreticalmodelingandsimulationoftheprocesses,beingabasicforchemicalsensoroperation,canprovideconsiderableassistanceinchoosingbothoptimalmaterialsandoptimalconfigurationsofsensingelementsforuseinchemicalsensors.Thetheoreticalsimulationandmodelingofsensingmaterialbehaviorduringinteractionswithgasesandliquidsurroundingscanpromoteunderstandingofthenatureofeffectsresponsibleforhigheffectivenessofchemicalsensorsoperationaswell.Nevertheless,wehavetounderstandthatonlyveryafewaspectsofchemistrycanbecomputedexactly. 　　GhenadiiKorotcenkov,receivedhisPh.D.inPhysicsandTechnologyofSemiconductorMaterialsandDevicesin1976,andhisHabilitateDegree(Dr.Sci.)inPhysicsandMathematicsofSemiconductorsandDielectricsin1990.ForalongtimehewasaleaderofthescientificGasSensorGroupandmanagerofvariousnationalandinternationalscientificandengineeringprojectscarriedoutintheLaboratoryofMicro-andOptoelectronics,TechnicalUniversityofMoldova.Currently,Dr.KorotcenkovisaresearchprofessorattheGwangjuInstituteofScienceandTechnology,RepublicofKorea.
　　SpecialistsfromtheformerSovietUnionknowDr.Korotcenkov'sresearchresultsinthefieldofstudyofSchottkybarriers,MOSstructures,nativeoxides,andphotoreceiversbasedonGroupIIIH-Vcompoundsverywell.Hiscurrentresearchinterestsincludematerialsscienceandsurfacescience,focusedonnanostructuredmetaloxidesandsolid-stategassensordesign.Dr.Korotcenkovistheauthororeditorof11booksandspecialissues,11invitedreviewpapers,17bookchapters,andmorethan190peer-reviewedarticles.Heholds18patents,andhehaspresentedmorethan200reportsatnationalandinternationalconferences.
　　Dr.Korotcenkov'sresearchactivitieshavebeenhonoredbyanAwardoftheSupremeCouncilofScienceandAdvancedTechnologyoftheRepublicofMoldova(2004),ThePrizeofthePresidentsoftheUkrainian,Belarus,andMoldovanAcademiesofSciences(2003),SeniorResearchExcellenceAwardsfromtheTechnicalUniversityofMoldova(2001,2003,2005),afellowshipfromtheInternationalResearchExchangeBoard(1998),andtheNationalYouthPrizeoftheRepublicofMoldova(1980),amongothers. PREFACE
ABOUTTHEEDITOR
CONTRIBUTORS
PART1:SOLID-STATEELECTROCHEMICALSENSORS
1SURFACEANDINTERFACEDEFECTSINIONICCRYSTALS
1Introduction
1.1SolidElectrolytesandElectrodesforElectrochemicalSensors:ABriefOverview
1.2SurfaceandInterfacePropertiesofIonicSolids
2CalculationoftheSurfacePotentialandSurfaceDefectsUsingtheSternModel
2.1DescriptionoftheModel
2.2PureCrystalsoftheNaClType
2.3SurfacePotentialinNaClCrystalsContainingDivalentCations
2.4ComparisonwithExperimentalData
2.5SurfacePotentialandConcentrationofPointDefectsonGrainBoundariesofSuperionicOxideCeramics
2.6SurfaceDisorderinTermsofEnergyDiagrams
2.7DefectsonInterfaces
3SizeEffectsinNanocompositeSolidElectrolytes
4ApplicationsinSensors
5Conclusions
References

2SOLID-STATEELECTROCHEMICALGASSENSORS
1Introduction
2ElectrodePotentials
3TypesofElectrochemicalSensors
3.1EquilibriumPotentiometricSensors
3.2MixedPotentiometricSensors
3.3AmperometricSensors
4Applications
4.10xygenSensors
4.2CarbonDioxideSensors
4.3NOxSensors
4.4SOxSensors
4.5HydrogenSensors
Acknowledgments
References

PART2:ELECTROCHEMICALSENSORSFORLIQUIDENVIRONMENTS
3MODELINGANDSIMULATIONOFIONICTRANSPORTPROCESSESTHROUGHIDEALION-EXCHANGEMEMBRANESYSTEMS
1Introduction
2TheoreticalDescription
2.1IonicTransportinIdealIon-ExchangeMembraneSystems
2.2ElectricCurrentPerturbations
2.3AnalyticalSolutions
3TheNetworkModel
4NetworkSimulation
4.1TransientResponse
4.2ElectrochemicalImpedance
5Conclusion
Nomenclature

4MECHANISMOFPOTENTIALDEVELOPMENTFORPOTENTIOMETRICSENSORSBASEDONMODELINGOFINTERACTIONBETWEENELECTROCHEMICALLYACTIVECOMPOUNDSFROMTHEMEMBRANEANDANALYTE
5COMPUTERMODELINGOFTHEPOTENTIOMETRICRESPONSEOFION-SELECTIVEELECTRODESWITHIONOPHORE-BASEDMEMBRANES
6MODELSOFRESPONSEINMIXED-IONSOLUTIONSFORION-SENSITIVEFIELD-EFFECTTRANSISTORS
INDEX
内容简介:
　　Thisseries,ChemicalSensors:SimulationandModeling,istheperfectcomplementtoMomentumPress'ssix-volumereferenceseries,ChemicalSensors:FundamentalsofSensingMaterialsandChemicalSensors:ComprehensiveSensorTechnologies,whichpresentdetailedinformationaboutmaterials,technologies,fabrication,andapplicationsofvariousdevicesforchemicalsensing.Chenucal.sensorsareintegraltotheautomationofmyriadindustrialprocessesandevery-daymonitoringofsuchactivitiesaspublicsafety,engineperformance,medicaltherapeutics,andmanymore.
　　Despitethelargenumberofchemicalsensorsalreadyonthemarket,selectionanddesignofasuitablesensorforanewapplicationisadifficulttaskforthedesignengineer.Carefulselectionofthesensingmaterial,sensorplatform,technologyofsynthesisordepositionofsensitivematerials,appropriatecoatingsandmembranes,andthesamplingsystemisveryimportant,becausethosedecisionscandeterminethespecificity,sensitivity,responsetime,andstabilityofthefinaldevice.Selectivefunctionalizationofthesensorisalsocriticaltoachievingtherequiredoperatingparameters.Therefore,indesigningachemicalsensor,developershavetoanswertheenormousquestionsrelatedtopropertiesofsensingmaterialsandtheirfunctioninginvariousenvironments.Thisfour-volumecom-prehensivereferenceworkanalyzesapproachesusedforcomputersimulationandmodelinginvariousfieldsofchemicalsensinganddiscussesvariousphenomenaimportantforchemical.sensing,suchassurfacediffusion,adsorption,surfacereactions,sintering,conductivity,masstransport,interphaseinteractions,etc.Inthesevolumesitisshownthattheoreticalmodelingandsimulationoftheprocesses,beingabasicforchemicalsensoroperation,canprovideconsiderableassistanceinchoosingbothoptimalmaterialsandoptimalconfigurationsofsensingelementsforuseinchemicalsensors.Thetheoreticalsimulationandmodelingofsensingmaterialbehaviorduringinteractionswithgasesandliquidsurroundingscanpromoteunderstandingofthenatureofeffectsresponsibleforhigheffectivenessofchemicalsensorsoperationaswell.Nevertheless,wehavetounderstandthatonlyveryafewaspectsofchemistrycanbecomputedexactly.
作者简介:
　　GhenadiiKorotcenkov,receivedhisPh.D.inPhysicsandTechnologyofSemiconductorMaterialsandDevicesin1976,andhisHabilitateDegree(Dr.Sci.)inPhysicsandMathematicsofSemiconductorsandDielectricsin1990.ForalongtimehewasaleaderofthescientificGasSensorGroupandmanagerofvariousnationalandinternationalscientificandengineeringprojectscarriedoutintheLaboratoryofMicro-andOptoelectronics,TechnicalUniversityofMoldova.Currently,Dr.KorotcenkovisaresearchprofessorattheGwangjuInstituteofScienceandTechnology,RepublicofKorea.
　　SpecialistsfromtheformerSovietUnionknowDr.Korotcenkov'sresearchresultsinthefieldofstudyofSchottkybarriers,MOSstructures,nativeoxides,andphotoreceiversbasedonGroupIIIH-Vcompoundsverywell.Hiscurrentresearchinterestsincludematerialsscienceandsurfacescience,focusedonnanostructuredmetaloxidesandsolid-stategassensordesign.Dr.Korotcenkovistheauthororeditorof11booksandspecialissues,11invitedreviewpapers,17bookchapters,andmorethan190peer-reviewedarticles.Heholds18patents,andhehaspresentedmorethan200reportsatnationalandinternationalconferences.
　　Dr.Korotcenkov'sresearchactivitieshavebeenhonoredbyanAwardoftheSupremeCouncilofScienceandAdvancedTechnologyoftheRepublicofMoldova(2004),ThePrizeofthePresidentsoftheUkrainian,Belarus,andMoldovanAcademiesofSciences(2003),SeniorResearchExcellenceAwardsfromtheTechnicalUniversityofMoldova(2001,2003,2005),afellowshipfromtheInternationalResearchExchangeBoard(1998),andtheNationalYouthPrizeoftheRepublicofMoldova(1980),amongothers.
目录:
PREFACE
ABOUTTHEEDITOR
CONTRIBUTORS
PART1:SOLID-STATEELECTROCHEMICALSENSORS
1SURFACEANDINTERFACEDEFECTSINIONICCRYSTALS
1Introduction
1.1SolidElectrolytesandElectrodesforElectrochemicalSensors:ABriefOverview
1.2SurfaceandInterfacePropertiesofIonicSolids
2CalculationoftheSurfacePotentialandSurfaceDefectsUsingtheSternModel
2.1DescriptionoftheModel
2.2PureCrystalsoftheNaClType
2.3SurfacePotentialinNaClCrystalsContainingDivalentCations
2.4ComparisonwithExperimentalData
2.5SurfacePotentialandConcentrationofPointDefectsonGrainBoundariesofSuperionicOxideCeramics
2.6SurfaceDisorderinTermsofEnergyDiagrams
2.7DefectsonInterfaces
3SizeEffectsinNanocompositeSolidElectrolytes
4ApplicationsinSensors
5Conclusions
References

2SOLID-STATEELECTROCHEMICALGASSENSORS
1Introduction
2ElectrodePotentials
3TypesofElectrochemicalSensors
3.1EquilibriumPotentiometricSensors
3.2MixedPotentiometricSensors
3.3AmperometricSensors
4Applications
4.10xygenSensors
4.2CarbonDioxideSensors
4.3NOxSensors
4.4SOxSensors
4.5HydrogenSensors
Acknowledgments
References

PART2:ELECTROCHEMICALSENSORSFORLIQUIDENVIRONMENTS
3MODELINGANDSIMULATIONOFIONICTRANSPORTPROCESSESTHROUGHIDEALION-EXCHANGEMEMBRANESYSTEMS
1Introduction
2TheoreticalDescription
2.1IonicTransportinIdealIon-ExchangeMembraneSystems
2.2ElectricCurrentPerturbations
2.3AnalyticalSolutions
3TheNetworkModel
4NetworkSimulation
4.1TransientResponse
4.2ElectrochemicalImpedance
5Conclusion
Nomenclature

4MECHANISMOFPOTENTIALDEVELOPMENTFORPOTENTIOMETRICSENSORSBASEDONMODELINGOFINTERACTIONBETWEENELECTROCHEMICALLYACTIVECOMPOUNDSFROMTHEMEMBRANEANDANALYTE
5COMPUTERMODELINGOFTHEPOTENTIOMETRICRESPONSEOFION-SELECTIVEELECTRODESWITHIONOPHORE-BASEDMEMBRANES
6MODELSOFRESPONSEINMIXED-IONSOLUTIONSFORION-SENSITIVEFIELD-EFFECTTRANSISTORS
INDEX