纤维素基摩擦纳米发电机的制备及其在人机交互与能源收集中的应用研究

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作者简介：，硕士，副教授；研究方向：自动控制、塑料模具设计。

关键词：纤维素滤纸；能量收集；人机交互；摩擦纳米发电机图分类号：TS76 文献标识码：A DOI：10.11980/j.issn.0254-508X.2025.04.004

Research on the Preparationof Cellulose-based Triboelectric Nanogenerators and Their Applications in Human-machine Interaction and Energy Harvesting

YANG Jingjing* YANG Bin （Schoolof Inteligent Manufacturing，Guangdong Technology College，Zhaoqing，GuangdongProvince，526100） （*E-mail： 104159380@qq.com）

Abstract：Tisstudypresetedafulldegradabletrboelectricnanogenerator（TENG）basedoncellosefilerpaper，hicheatureda closed-lopologicalsignhaiteaedeeablebstratesiablefucallaestoupsstviotaliatiof conventioaldevices.Theherarcicalcompositearcitectureconsistedofpolyiylidenefuoride（PVD）modifiedcellosepaperasthe high-eficiencrbeletriclarndopperanoireembeddedcellosesubstateastefexibleltrode，sergisticalleigan outstanding output voltage of 198 V and power density of . The device successfully droved humidity meters，light-emitting diodes（LEDs），ndcalulatosurtheor，ytegatigmacneleainlgrits，selfowrduman-macineitefacesosrced.Through the recognition of finger movements，it achieved precise control over online gaming. Key words：cellulose filter paper;energy harvesting；human-machine interaction;triboelectric nanogenerator

全球能源需求的持续增长导致化石燃料过度开发，这不仅加剧了资源枯竭，更引发了严重的环境污染、温室效应等一系列生态问题。（剩余8973字）