Xuewen Wang

Nanyang Technological University, Northwestern Polytechnical University, Taiyuan University of Technology

论文数

10

总引用数

829

H-Index

8

关于

暂无简介。

研究焦点

Materials science9 · 814 次引用
Nanotechnology8 · 673 次引用
Composite material3 · 657 次引用
Bending2 · 642 次引用
Computer science6 · 596 次引用
Artificial intelligence5 · 566 次引用
Robot4 · 540 次引用
Optoelectronics3 · 529 次引用
Layer (electronics)2 · 523 次引用
Electronic skin2 · 503 次引用
Embedded system1 · 501 次引用
Capacitive sensing1 · 501 次引用

主要成就

8
H 指数
10
论文
829
总引用数
83
篇均引用
🏆 最高被引论文
Flexible Capacitive Tactile Sensor Based on Micropatterned Dielectric Layer
501 次引用 · 2016
📈 最高产年份: 2023 (3 论文)
🤝 主要合作者: 80
🏛 所属机构: Nanyang Technological University, Northwestern Polytechnical University, Taiyuan University of Technology

代表论文

  1. 1
    Flexible Capacitive Tactile Sensor Based on Micropatterned Dielectric Layer
    501 次引用 · 2016
  2. 2
    Versatile Electronic Skins for Motion Detection of Joints Enabled by Aligned Few‐Walled Carbon Nanotubes in Flexible Polymer Composites
    141 次引用 · 2017
  3. 3
    Nanoengineering Ultrathin Flexible Pressure Sensor with Superior Sensitivity and Perfect Conformability
    75 次引用 · 2023
  4. 4
    Empowering Human‐Machine Interfaces: Self‐Powered Hydrogel Sensors for Flexible and Intelligent Systems
    30 次引用 · 2025
  5. 5
    Dual-Mode Sensor and Actuator to Learn Human-Hand Tracking and Grasping
    26 次引用 · 2019
  6. 6
    Bioinspired Environment‐Adaptable and Ultrasensitive Multifunctional Electronic Skin for Human Healthcare and Robotic Sensations
    22 次引用 · 2023
  7. 7
    Large Area and Flexible Flexion Sensing Matrix for Detection of Strain Distribution in Bendable and Curved Surface
    15 次引用 · 2025
  8. 8
    A multivariate fusion collision detection method for dynamic operations of human-robot collaboration systems
    15 次引用 · 2024
  9. 9
    Bioinspired Environment‐Adaptable and Ultrasensitive Multifunctional Electronic Skin for Human Healthcare and Robotic Sensations (Small 41/2023)
    2 次引用 · 2023
  10. 10
    Single Te Nanoribbon for Disrupting Conventional Sensitivity‐Power Limits of Flexible Strain Sensors
    2 次引用 · 2025

主要合作者

ZXZhaoqian Xie3 篇合著论文ZYZhuoqing Yang3 篇合著论文MWMengxi Wu3 篇合著论文JLJunshan Liu3 篇合著论文MLMing Li2 篇合著论文ZKZhan Kang2 篇合著论文CZChi Zhang2 篇合著论文ZLZheng Liu2 篇合著论文TZTing Zhang2 篇合著论文DYDong Ye2 篇合著论文MXManzhang Xu2 篇合著论文MLMengjing Liu2 篇合著论文DGDi Guo2 篇合著论文SCShuye Cao2 篇合著论文ZTZuoxiu Tie1 篇合著论文JWJing Wu1 篇合著论文QZQixuan Zhu1 篇合著论文ZXZuoping Xiong1 篇合著论文QNQiang Ni1 篇合著论文TYTao Ye1 篇合著论文
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