埋入式镍网栅透明导电电极的制备及性能研究
Study on Performance of embedded Ni-mesh transparent conductive electrode
本文首次利用低成本选择性电沉积技术和膜翻转技术，在柔性基底上制备大幅面埋入式金属网栅透明导电电极(TCEs)。制备在PET基底上的埋入式镍网栅透明导电电极（Ni-mesh/PET TCEs）展现出优异的光电性能，在可见波段的透过率大于7%，电极的方块电阻仅有0.3Ω/sq，品质因子FOM~10000。得益于Ni沉积过程中形成的倒T型结构，使埋入式镍网栅电极具有优异的机械性能。新型埋入式Ni-mesh透明导电电极有望在柔性可穿戴电子器件中广泛应用。
novel approach to fabricate large-scale embedded metallic mesh transparent conductive electrodes (TCEs) on flexible substrates via low-cost and facile selective electrodepositing process combined with inverted film-processing methods is proposed for the first time. The optimized embedded Ni mesh TCEs on polyethylene terephthalate (PET) （Ni mesh/PET）exhibit excellent optoelectronic properties (Rs~0.2Ω/sq & T~84%), high figures of merit (FOM~1.0?104) and mechanical durability properties, which arise from the embedded inverted T-type shape of electrodeposited Ni mesh. The results reveal the strong potential applications of the new-typed Ni mesh/PET TCEs for future large-scale wearable electronics.
陈林森、刘艳花
电工材料电子元件、电子组件光电子技术
信息光学埋入式金属网栅透明导电电极电铸膜翻转
Information Opticsembedded metallic meshtransparent conductive electrodeselectrodepositinginverted film-processing
陈林森,刘艳花.埋入式镍网栅透明导电电极的制备及性能研究[EB/OL].(2017-04-21)[2025-08-02].http://www.paper.edu.cn/releasepaper/content/201704-275.点此复制
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