Ultrasoft Conducting Polymer Hydrogels with Large Biaxial Strain and Conformal Adhesion for Sensitive Flexible Sensors

Conducting polymer hydrogels have been considered as promising materials for flexible sensors. The integrated performances of ultrasoftness, high deformation, mechanical robustness, conformal adhesion, and high sensitivity are of great importance for their applications in wearable sensors but still...

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Bibliographic Details
Main Author:	Xiaojiao Shi (19870629) (author)
Other Authors:	Linli Xu (560183) (author), Qiuli Xu (10338746) (author), Na Li (6550) (author), Xinyu Li (568185) (author), Yubin Zhang (347822) (author), Zhihui Qin (446943) (author), Tifeng Jiao (591219) (author)
Published:	2024
Subjects:	Biophysics Genetics Biotechnology Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified tiny human movements styrene sulfonic acid still remains challenging excellent sensing reproducibility accurately monitoring large large biaxial strain broad strain range showing great potential flexible sensing devices ethylenedioxythiophene ): poly based wearable sensor obtained hydrogel shows good conformal adhesion folded ss chains conformal adhesion areal strain wearable sensors incorporating poly great importance flexible sensors tearing energy tear resistance silk sericin real time promising materials precise gathering pam chains mechanical robustness low modulus linked polyacrylamide integrated performances high deformation gauge factor electromyography signals covalently cross 5 kj 2000 %)
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Ultrasoft Conducting Polymer Hydrogels with Large Biaxial Strain and Conformal Adhesion for Sensitive Flexible Sensors

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