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Transparent, Mechanically Robust, Low-temperature- tolerance, and Stretchable Ionogels Enhanced by Konjac Glucomannan toward Wireless Strain Sensors

2023-05-29

Abstract excerpt

Electronic skins ( E -skins) are capable of detecting human health and movement, which has promising potential in the fields of human-machine interactions and artificial intelligence. However, traditional hydrogels-based E -skins suffer from poor mechanical strength, low conductivity, and instability owing to the evaporation of water. Herein, to advance the unsatisfaction of E -skins above, a semi-interpenetrating...

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Literature Corpus work
5658a1be-d9f9-51eb-9f29-bb43af00e254
DOI
10.21203/rs.3.rs-2968834/v1
Open publication

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Transparent, Mechanically Robust, Low-temperature- tolerance, and Stretchable Ionogels Enhanced by Konjac Glucomannan toward Wireless Strain SensorsDOI 10.21203/rs.3.rs-2968834/v1
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