Strain-Insensitive Supercapacitors for Self-Powered Sensing Textiles

Strain-Insensitive Supercapacitors for Self-Powered Sensing Textiles

Yarn-based supercapacitors and sensors can be easily integrated into textiles to form flexible and lightweight self-powered wearable electronic devices, which enable stable and continuous signal detection without an external power source. However, most current supercapacitors for self-powered system...

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Bibliographic Details
Main Author: Shasha Wang (346796) (author)
Other Authors: Yimeng Li (4002950) (author), Leqian Wei (13969625) (author), Jianhua Zhu (50548) (author), Qian Zhang (49333) (author), Lizhen Lan (19490006) (author), Liqin Tang (3984371) (author), Fujun Wang (96184) (author), Ze Zhang (47230) (author), Lu Wang (45927) (author), Jifu Mao (4429471) (author)
Published: 2025
Subjects:
Microbiology
Molecular Biology
Biotechnology
Space Science
superior reliability serve
striped coating structure
showing great potential
short response time
rehabilitation training applications
powered systems lack
94 f g
85 μwh cm
79 mf cm
54 μw cm
39 wh kg
22 w kg
nearly unchanged performance
external power source
insensitive yarn supercapacitors
high static strain
high specific capacitance
power pressure sensors
power density
insensitive supercapacitors
pressure sensor
performance strain
energy source
insensitive ability
high sensitivity
current supercapacitors
based supercapacitors
supercapacitor delivers
study presents
situ </
retains 96
polymerization strategy
form flexible
energy density
enable stable
67 kpa
3500 cycles
100 ms
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