石英光纤表面Cu-石墨烯复合镀层的性能研究（英文）-豆柴文库

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石英光纤表面Cu-石墨烯复合镀层的性能研究（英文）
Title:PerformanceStudyofCu-GrapheneCompositeCoatingonQuartzFiberSurface
Abstract:
Inrecentyears,therehasbeenincreasinginterestinexploringnovelmaterialsandcoatingsforopticalfiberstoenhancetheirperformanceinvariousapplications.ThispaperpresentsacomprehensivestudyontheperformanceofaCu-graphenecompositecoatingonthesurfaceofquartzfiber.Theaimofthisresearchistoinvestigatetheeffectofthecompositecoatingonthemechanical,thermal,andopticalpropertiesofthefiber.TheresultsshowthattheCu-graphenecompositecoatingexhibitspromisingperformanceandhasthepotentialtoimprovetheoverallfunctionalityofquartzfibers.
1.Introduction
Quartzfibersarewidelyusedinvariousindustries,includingtelecommunications,aerospace,andsensingapplications,duetotheirexcellentopticalproperties.However,theirmechanicalandthermalstabilityisofteninsufficientfordemandingenvironments.Toaddresstheselimitations,theapplicationofcoatingsonthefibersurfacehasbeenextensivelyexplored.Amongvariouscoatingmaterials,Cuandgraphenecompositeshaveattractedsignificantattentionduetotheirexceptionalproperties,suchashighelectricalconductivity,mechanicalstrength,andthermalstability.ThisstudyaimstoinvestigatethepotentialbenefitsofaCu-graphenecompositecoatingonthequartzfibersurface.
2.ExperimentalProcedure
TheCu-graphenecompositecoatingwasfabricatedusingasimpleelectroplatingmethod.Thegraphenesheetswereobtainedviaachemicalvapordeposition(CVD)processandthendispersedinaCuplatingsolution.Thepreparedcompositecoatingwasappliedontothesurfaceofthequartzfiberthroughanelectroplatingprocess.Thecoatedfibersweresubjectedtovariouscharacterizationtechniquestoevaluatetheirmechanical,thermal,andopticalproperties.
3.ResultsandDiscussion
3.1MechanicalProperties:Thetensilestrengthandflexibilityofthecoatedfiberwereevaluatedusingauniversaltestingmachine.TheresultsdemonstratedthattheCu-graphenecompositecoatingsignificantlyimprovedthemechanicalintegrityofthefiber,withanotableincreaseintensilestrengthandflexibilitycomparedtouncoatedfibers.
3.2T