植物发供电技术的研究进展
谢林翰1, 李万忠1, 张倩倩1(
), 曹高萍2, 邱景义2, 明海2, 封伟3()
), 曹高萍2, 邱景义2, 明海2, 封伟3()
Research advances in plant-power generation technology
Linhan XIE1, Wanzhong LI1, Qianqian ZHANG1(), Gaoping CAO2, Jingyi QIU2, Hai MING2, Wei FENG3()
), Gaoping CAO2, Jingyi QIU2, Hai MING2, Wei FENG3()
图18. 摩擦电纳米发电机示意图、性能图及工作原理图; (a) 可完全生物降解的摩擦电纳米发电机的照片；(b) 水滴对植物扰动产生的开路电压和(c)短路电流；(d) 水滴在4个阶段对叶片的扰动；(e) 摩擦电纳米发电机工作机制示意图.Copyright ? 2020 American Chemical Society
Fig. 18. Schematic diagram, performance diagram and working principle diagram of triboelectric nanogenerator. (a) Photograph of a completely biodegradable triboelectric nanogenerator; Open circuit voltage (b) and short-circuit current (c) generated by water droplets perturbing plants; (d) Water droplets perturbating leaves in four stages; (e) Schematic diagram of working mechanism of the triboelectric nanogenerator. Copyright ? 2020 American Chemical Society
