Peng Xu's scientific contributions
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Citations
... Extensive research has shown that, due to the combined effects of contact electrification and electrostatic induction, TENGs have proven to be an effective method for converting environmental mechanical energy into electrical energy [26,27]. TENGs possess numerous advantages, such as high efficiency, straightforward architecture, low cost, small size, a wide selection of materials, easy scalability, and a self-powering system that operates without needing an external power source [28][29][30][31][32]. TENGs, based on four fundamental operational modes, have been demonstrated and extensively applied to a variety of forms of mechanical energy, including wind [33][34][35], hydro [36][37][38][39], and kinetic energy [40][41][42], providing a sustainable power source for electronic devices [43] that consume low energy. ...
