ZnS:Cu基液体桥接ACEL纤维器件的制备及应用

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关键词： ZnS：Cu ；ACEL纤维器件；液体桥接；共轭静电纺丝中图分类号：TN253 文献标识码：ADOI：10.37188/CJL.20250007 CSTR：32170.14.CJL.20250007

Preparation and Application of ZnS：Cu -basedLiquid Bridged ACELFiberDevice

LIU Mingyu 1，2，3 ， ZHANG Ying 1，2，3 ， CHEN Yi 1，2，3 ， LI Ziqing1，²， ZHANG Chao 1，2 ， WANG Xun 1，2，3 QIAN Tucongying¹²，HUYi 1，2，3*

（1.SchlofextileencandEngineeingInteaionalSilIsitute），EngineeingResearchCenteofEcoogicalDegd FinishingTechnology，MinistryofEducation，ZhejiangSci-TechUniversity，Hangzhou31Oo18，China; 2.KeyLaboratoryofDyeingandFinishingEnergySavingandEmissionReduction，ChinaTextileIndustryFederation Hangzhou310018，China； 3.ShengzhouInnovationResearch Institute，Zhejiang UniversityofScienceandTechnology，Shaoxing3124oo，China） （204号 CorrespondingAuthor，E-mail：huyi-v@zstu.edu.cn

Abstract：With therapid development of electronic devicesandthedemand forflexible wearabledisplaydevices，it isurgent to developa flexible electroluminescent fiber device.In thispaper，a ZnS Ω）：Ω Cu-based liquidbridged ACEL fiberdevice was prepared bythe method ofconjugate electrospinning.The testresults show that the device has good mechanical properties and electroluminescence properties.The efects of electrospinning layer numberandvoltageonthe luminescence propertiesoffibers wereinvestigated.Withtheincreaseofspininglayer number，theluminescence intensity of fibers increased firstand then decreased，and the electroluminescence performance was the best when the numberoflayers was3.Withtheincreaseofthedrivingvoltage，theluminanceofthefiber gradually increases，and theluminanceoftheluminousfibercanreach192.5cd·m-2 underthedrivingconditionof3.77V ⋅μm-1 and 10kHz The electroluminescent fibers prepared inthis workcan effectivelydistinguish diffrent liquid electrodes，and have he functionof identifying liquid typesandconcentrations inspecificscenarios.Inaddition，visual informationinteraction canbeachieved by embedding electroluminescent fibers into thefabric to formpaterns with information.

Key Words：ZnS：Cu；ACEL fiber device；liquid bridge;conjugate electrospinning

1引言

随着智能电子设备的快速发展，功能电子器件逐渐被开发并应用于可穿戴电子纺织品[-5]。（剩余14420字）