基于皮肤-电极界面传感结构的可穿戴表皮电子传感器（英文）-豆柴文库

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基于皮肤-电极界面传感结构的可穿戴表皮电子传感器（英文）
Title:WearableEpidermalElectronicSensorbasedonSkin-ElectrodeInterfaceSensingStructure
Abstract:
Thefieldofwearableelectronicdeviceshasseensignificantadvancementsinrecentyears,withthedevelopmentofvarioustypesofsensorsformonitoringphysiologicalparameters.Onepromisingareaofresearchisthedesignanddevelopmentofwearableepidermalelectronicsensorsthatcanseamlesslyintegratewiththehumanskin.Thispaperaimstoexplorethedesign,fabrication,andapplicationofawearableepidermalelectronicsensorbasedonaskin-electrodeinterfacesensingstructure.
Introduction:
Theintegrationofwearableelectronicdeviceswiththehumanbodyhasgainedconsiderableattentionduetothegrowingdemandforpersonalizedhealthcareandmonitoringsystems.Traditionalwearabledevices,suchassmartwatchesorfitnesstrackers,primarilyfocusonmonitoringexternalparameterslikeheartrateorphysicalactivity.However,thepotentialofwearableepidermalelectronicsensorsliesintheirabilitytocollectvaluabledatadirectlyfromtheskin,providingamoreaccurateandcomprehensiveunderstandingofanindividual'shealth.
DesignandFabrication:
Thewearableepidermalelectronicsensorproposedinthispapercomprisesamulti-layeredstructure,includinganadhesivelayer,anencapsulationlayer,asensinglayer,andanelectrodelayer.Theadhesivelayerensuresthatthesensorremainsfirmlyattachedtotheskin,whiletheencapsulationlayerprotectsthesensor'scomponentsfromexternaldamage.Thesensinglayerconsistsofvariousbiocompatiblematerialsthatcandetectspecificanalytes,suchassweatcomponentsorbiomarkers,whiletheelectrodelayerfacilitatesthetransferofelectricalsignals.
Tofabricatethesensor,acombinationofmicrofabricationtechniquesandmaterialsengineeringisemployed.Thesensor'scomponentsaremeticulouslypatternedanddepositedontoflexiblesubstrates,allowingforconformalandcomfortableintegrationwiththeskin.Thechoiceofmaterialsandfabricationtechniquesensurescompatibilitywiththehumanbody,preventinganyadversereactionsordiscomfort.
FunctionalityandApplications:
Thewearableepidermalelectronicsensordemonstrates