空间限域铅离子与钙钛矿纳米晶间的可逆转换与信息存储应用（英文）-豆柴文库

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空间限域铅离子与钙钛矿纳米晶间的可逆转换与信息存储应用（英文）
Title:ReversibleConversionandInformationStorageApplicationsofSpatiallyConfinedLeadIonsinPerovskiteNanocrystals
Abstract:
Perovskitenanocrystalshaveemergedaspromisingmaterialsforarangeoftechnologicalapplicationsduetotheiruniquepropertiessuchashighphotoluminescencequantumefficiency,tunablebandgap,andexceptionaloptoelectroniccharacteristics.Recentresearchhasfocusedontheutilizationofperovskitenanocrystalsforinformationstorageapplicationsbyexploitingthereversibleconversionbetweenleadionsandtheperovskitecrystallattice,underspatialconfinement.Thispaperaimstoreviewthedevelopmentsinthisarea,discussingthereversibleconversionbetweenleadionsandperovskitenanocrystals,andthepotentialapplicationsofthisphenomenonforinformationstorage.
1.Introduction
1.1Background
1.2Objectives
2.LeadIonsinPerovskiteNanocrystals
2.1PerovskiteNanocrystals:SynthesisandCharacterization
2.2LeadIonsinPerovskiteCrystalLattice
2.3ReversibleConversionMechanismsbetweenLeadIonsandPerovskiteNanocrystals
3.SpatialConfinementofLeadIons
3.1ConfinementTechniquesforLeadIons
3.2InfluenceofConfinementonReversibleConversion
4.InformationStorageApplications
4.1ReversibleConversionasBinaryStorage
4.2ReversibleConversionasMultilevelStorage
4.3AdvantagesandChallengesofusingPerovskiteNanocrystalsforInformationStorage
5.FuturePerspectivesandConclusion
5.1EmergingTechnologiesandAdvances
5.2ChallengesandOpportunities
5.3ConcludingRemarks
Thepaperwillanalyzethesynthesisandcharacterizationtechniquesofperovskitenanocrystalsandthereversibleconversionmechanismsbetweenleadionsandtheperovskitecrystallattice.Itwillalsoexplorevariousspatialconfinementtechniquesforleadionsandtheirinfluenceonthereversibleconversion.Additionally,thepaperwilldiscussthedifferentinformationstorageapplicationsenabledbythisphenomenon,includingbinaryandmultilevelstorage.Theadvantagesandchallengesofusingperovskitenanocrystalsforinformationstoragepurposeswillalsobediscussed.
Inconclusion,thereversibleconversionbetweenleadionsandpe