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A transmission electron microscopy study of crack formation and propagation in electrochemically cyc
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2018-08-21 10:00 1064阅读次数
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Subsurfacedefectsandlocalcompositionalchangesthatoccurredingraphiteanodessubjectedtocyclicvoltammetrytests(vs.Li/Li+,usinganelectrolyteconsistingof1MLiClO4ina1:1volumetricmixtureofethylenecarbonateand1,2-dimethoxyethane)wereinvestigatedusinghigh-resolutiontransmissionelectronmicroscopy(HR-TEM).Cross-sectionsofanodespreparedbyfocusedionbeam(FIB)mil领indicatedthatgraphitelayersadjacenttosolidelectrolyte(SEI)/graphiteinterfaceexhibitedpartialdelaminationduetotheformationofinterlayercracks.TheSEIlayerformedonthegraphitesurfaceconsistedofLi2CO3thatwasidentifiedby{110}and{002}crystallographicplanes.Lithiumcompounds,LiC6,Li2CO3andLi2O,wereobservedonthesurfacesofseparatedgraphitelayers.Depositionofthesecointercalationcompoundsnearthecracktipcausedpartialclosureofpropagatinggraphitecracksduringelectrochemicalcyc领,andpossiblyreducedthecrackgrowthrate.Graphitefibresthatwereobservedtobridgecrackfaceslikelyprovidedanadditionalmechanismfortheretardationofcrackpropagation.
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A transmission electron microscopy study of crack formation and propagation in electrochemically cyc
- Subsurfacedefectsandlocalcompositionalchangesthatoccurredingraphiteanodessubjectedtocyclicvoltammetrytests(vs.Li/Li+,usinganelectrolyteconsistingof1MLiClO4ina1:1volumetricmixtureofethylenecarbonateand1,2-dimethoxyethane)wereinvestigatedusinghigh-resolutiontransmissionelectronmicroscopy(HR-TEM).Cross-sectionsofanodespreparedbyfocusedionbeam(FIB)mil领indicatedthatgraphitelayersadjacenttosolidelectrolyte(SEI)/graphiteinterfaceexhibitedpartialdelaminationduetotheformationofinterlayercracks.TheSEIlayerformedonthegraphitesurfaceconsistedofLi2CO3thatwasidentifiedby{110}and{002}crystallographicplanes.Lithiumcompounds,LiC6,Li2CO3andLi2O,wereobservedonthesurfacesofseparatedgraphitelayers.Depositionofthesecointercalationcompoundsnearthecracktipcausedpartialclosureofpropagatinggraphitecracksduringelectrochemicalcyc领,andpossiblyreducedthecrackgrowthrate.Graphitefibresthatwereobservedtobridgecrackfaceslikelyprovidedanadditionalmechanismfortheretardationofcrackpropagation.[详细]
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2018-08-21 10:00
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C60 in Water Nanocrystal Formation and Microbial Response
- 作者:J.D.FORTNER,D.Y.LYON,C.M.SAYES,A.M.BOYD,J.C.FALKNER,E.M.HOTZE,L.B.ALEMANY,Y.J.TAO,W.GUO,K.D.AUSMAN,V.L.COLVIN,ANDJ.B.HUGHES (DepartmentofCivilandEnvironmentalEngineering,RiceUniversity,Houston,Texas77005,DepartmentofChemistry,RiceUniversity,Houston,Texas77005,DepartmentofBiochemistryandCellBiology,RiceUniversity,Houston,Texas77005,CenterforBiologicalandEnvironmentalNanotechnology,RiceUniversity,Houston,Texas77005,andSchoolofCivilandEnvironmentalEngineering,GeorgiaInstituteofTechnology,Atlanta,Georgia30332) 摘要:Uponcontactwithwater,underavarietyofconditions,C60spontaneouslyformsastableaggregatewithnanoscaledimensions(d=25-500nm),termedhere“nano-C60”.Thecolor,hydrophobicity,andreactivityofindividualC60aresubstantiallyalteredinthisaggregateform.Herein,weprovideconclusivelinesofevidencedemonstratingthatinsolutiontheseaggregatesarecrystallineinorderandremainasunderivatizedC60throughouttheformation/stabilizationprocessthatcanlaterbechemicallyreversed.ParticlesizecanbeaffectedbyformationparameterssuchasratesandthepHofthewateraddition.Onceformed,nano-C60remainsstableinsolutionatorbelowionicstrengthsof0.05/formonths.Inadditiontodemonstratingaggregateformationandstabilityoverawiderangeofconditions,resultssuggestthatprokaryoticexposuretonano-C60atrelativelylowconcentrationsisinhibitory,indicatedbylackofgrowth(≥0.4ppm)anddecreasedaerobicrespirationrates(4ppm).Thisworkdemonstratesthefactthattheenvironmentalfate,distribution,andbiologicalriskassociatedwiththisimportantclassofengineerednanomaterialswillrequireamodelthataddressesnotonlythepropertiesofbulkC60butalsothatoftheaggregateformgeneratedinaqueousmedia.[详细]
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2018-08-31 10:11
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