Jinhui Nie

Chinese Academy of Sciences, University of Chinese Academy of Sciences, Tokyo Institute of Technology

论文数

10

总引用数

887

H-Index

10

关于

暂无简介。

研究焦点

Materials science10 · 887 次引用
Triboelectric effect9 · 843 次引用
Computer science9 · 825 次引用
Artificial intelligence8 · 779 次引用
Robot6 · 699 次引用
Nanogenerator8 · 673 次引用
Composite material6 · 583 次引用
Nanotechnology6 · 575 次引用
Tactile sensor4 · 517 次引用
Robotics5 · 443 次引用
Engineering4 · 425 次引用
Optoelectronics4 · 388 次引用

主要成就

10
H 指数
10
论文
887
总引用数
89
篇均引用
🏆 最高被引论文
Stretchable Triboelectric–Photonic Smart Skin for Tactile and Gesture Sensing
256 次引用 · 2018
📈 最高产年份: 2018 (5 论文)
🤝 主要合作者: 44
🏛 所属机构: Chinese Academy of Sciences, University of Chinese Academy of Sciences, Tokyo Institute of Technology

代表论文

  1. 1
    Stretchable Triboelectric–Photonic Smart Skin for Tactile and Gesture Sensing
    256 次引用 · 2018
  2. 2
    A Self‐Powered Angle Sensor at Nanoradian‐Resolution for Robotic Arms and Personalized Medicare
    170 次引用 · 2020
  3. 3
    Fully Elastic and Metal‐Free Tactile Sensors for Detecting both Normal and Tangential Forces Based on Triboelectric Nanogenerators
    165 次引用 · 2018
  4. 4
    Inflammation-free and gas-permeable on-skin triboelectric nanogenerator using soluble nanofibers
    62 次引用 · 2018
  5. 5
    Self‐Powered Sensor Based on Bionic Antennae Arrays and Triboelectric Nanogenerator for Identifying Noncontact Motions
    52 次引用 · 2019
  6. 6
    Ionic polymer-metal composites actuator driven by the pulse current signal of triboelectric nanogenerator
    46 次引用 · 2019
  7. 7
    Directly Visualizing Tactile Perception and Ultrasensitive Tactile Sensors by Utilizing Body‐Enhanced Induction of Ambient Electromagnetic Waves
    44 次引用 · 2018
  8. 8
    Dual-Stimulus Smart Actuator and Robot Hand Based on a Vapor-Responsive PDMS Film and Triboelectric Nanogenerator
    42 次引用 · 2019
  9. 9
    Motion behavior of water droplets driven by triboelectric nanogenerator
    38 次引用 · 2018
  10. 10
    Achieving Zero Leakage, Ultralong Lifespan, and Intrinsic Opening Sensing in Microvalves Through Structural Superlubrication and Triboelectric Nanogenerator Technologies
    12 次引用 · 2025

主要合作者

ZRZewei Ren8 篇合著论文XCXiangyu Chen7 篇合著论文ZLZhong Lin Wang6 篇合著论文TJTao Jiang5 篇合著论文JSJiajia Shao3 篇合著论文SDShijie Dong2 篇合著论文LXLiang Xu2 篇合著论文JAJie An2 篇合著论文BCBaodong Chen2 篇合著论文SLShuyao Li2 篇合著论文HLHexing Li2 篇合著论文LZLi Zheng2 篇合著论文QLQingsong Lai1 篇合著论文GLGuoxu Liu1 篇合著论文YJYang Jiang1 篇合著论文LWLongfei Wang1 篇合著论文TGTong Guo1 篇合著论文YDYafei Ding1 篇合著论文YBYu Bai1 篇合著论文WDWenqian Du1 篇合著论文
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