Ultralong-Range Sensing of Non-Contact Triboelectric Nanogenerator via Synergistic Design of Porous Microspheres and High Dielectric Properties

Traditional sensors are often limited by their dependence on external power sources, reducing their scalability and applicability in remote or complex environments. Noncontact triboelectric nanogenerator (NC-TENG), based on the synergistic mechanisms of frictional electrification and electrostatic i...

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Autor Principal:	Shenzhuo Zhang (20960274) (author)
Outros autores:	Feijie Wang (12907787) (author), Suyang Wang (13244656) (author), Yuefan Liu (18365016) (author), Qianru Shen (22303129) (author), Zhixuan Mei (22303132) (author), Kaixin Liao (22303135) (author), Shiqiang Ouyang (18058314) (author), Junhua Zhao (82060) (author), Shufeng Ma (15236234) (author), Liqiang Wang (538790) (author)
Publicado:	2025
Subjects:	Biophysics Biochemistry Space Science Biological Sciences not elsewhere classified Physical Sciences not elsewhere classified tengs generally suffer teng ), based surface charge density external power sources avoiding physical contact 12 mv corresponding distance motion monitoring distance detection capabilities outputs electrical signals noncontact triboelectric nanogenerator frequency mechanical energy breath figure mechanisms synergistic enhancement effect thus enabling long term stable self structured nanofibrous membrane strong sensitivity dependence device achieves ultralong powered sensing systems sensing distance electrical energy synergistic mechanisms noncontact mode synergistic action range sensing smart cities significantly enhanced results indicate rayleigh instability powered operation porous microspheres porous microsphere often limited new solution molybdenum disulfide modified mxene microsphere structure frictional electrification electrostatic induction effective solution dielectric properties dielectric constant convert low constructing self complex environments aforementioned distances 225 μc
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Ultralong-Range Sensing of Non-Contact Triboelectric Nanogenerator via Synergistic Design of Porous Microspheres and High Dielectric Properties

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