可穿戴储能纺织材料的研究进展-豆柴文库

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可穿戴储能纺织材料的研究进展
Title:ResearchProgressonWearableEnergyStorageTextileMaterials
Abstract:
Withtherapiddevelopmentofwearabletechnology,thedemandforwearableenergystoragedeviceshasbeenincreasing.Wearableenergystoragetextilematerials,whichintegrateenergystoragecapabilitiesintotextilesubstrates,haveemergedasapromisingsolutiontomeetthisdemand.Thispaperaimstoprovideanoverviewoftheresearchprogressmadeinthefieldofwearableenergystoragetextilematerials.Thediscussionincludesvarioustypesofenergystoragemechanisms,fabricationmethods,andpotentialapplicationsofthesematerials.Additionally,challengesandfutureresearchdirectionsarealsohighlighted.
Introduction:
Wearabletechnologyhasexperiencedsignificantgrowthinrecentyears,drivenbyadvancementsinelectronics,sensortechnology,andcommunicationsystems.However,thelimitedpowersupplyinwearabledeviceshasbeenamajorconstraintfortheiroperationandpracticality.Conventionalbatteriesareoftenbulkyanduncomfortabletowear,limitingthedesignpossibilitiesanduserexperience.Therefore,theintegrationofenergystoragecapabilitiesintotextileshasgainedsignificantattention,leadingtothedevelopmentofwearableenergystoragetextilematerials.
TypesofWearableEnergyStorageTextileMaterials:
Severaltypesofwearableenergystoragetextilematerialshavebeenexplored,includingsupercapacitors,batteries,andhybridsystems.Supercapacitorshaveattractedconsiderableinterestduetotheirhighpowerdensity,fastcharging,andlongcyclelife.Fabricatingsupercapacitorsintotextilematerialsusuallyinvolvesthedepositionofelectrodematerialsonflexiblesubstrates,suchasconductivetextilesorcarbonnanotube-basedyarns.Batteries,suchaslithium-ionbatteries,havealsobeenincorporatedintotextilesbyintegratingnanomaterials,likenanowiresornanoparticles,intothefabricstructure.Hybridsystems,whichcombinedifferentenergystoragemechanisms,haveshownpromisingresultsintermsofbothenergydensityandpoweroutput.
FabricationMethods:
Thereareseveralfabricationmethodsemployedtocreatewearableenergystoragetextilematerials.Themostcommonapproachesinclud