Synergistic Dynamic Conductivity and Interfacial Hydrogen Bonding in Liquid Metal Composites for Ultrastable Strain Monitoring

Liquid metal (LM)-based flexible strain sensors face critical challenges, including LM leakage, high surface tension, and conductive network fracture under high strain, which severely limit their particle applications. To overcome these limitations, this study developed an innovative sensor by integ...

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Bibliographic Details
Main Author:	Jianyu Xu (459140) (author)
Other Authors:	Peixian Huo (22810766) (author), Junsheng Zheng (1534264) (author), Miaomiao Wang (2173534) (author), Qiao Wang (174321) (author), Cuijuan Pang (22810769) (author)
Published:	2025
Subjects:	Biophysics Microbiology Biotechnology Infectious Diseases Space Science Chemical Sciences not elsewhere classified synergistic dynamic conductivity operational range could liquid metal composites key sustainability feature enable pathway reconstruction diverse physiological activities conductive paste onto conductive network fracture conductive line width 500 loading cycles interfacial oxide films including lm leakage interfacial hydrogen bonding adhesive casein gel high surface tension hydrogen bonding lm surface oxide layer lm sensors versatile platform study developed severely limit sensor ’ sensor achieves reliable monitoring pbs environments particle applications naoh dissolution mediated adhesion material via joint motion innovative sensor full recyclability flexible electronics effectively tuned coil geometry carboxyl groups
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Synergistic Dynamic Conductivity and Interfacial Hydrogen Bonding in Liquid Metal Composites for Ultrastable Strain Monitoring

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