Presenting the shape of sound through a dual-mode strain/tactile sensor
Kangqi Chang,
Jiancheng Dong,
Yanheng Mao
et al.
Abstract:Next-generation wearable electronics yearn for the sensitive components with cost-effectiveness, flexibility, sensitivity, and multi-functionality. In this work, an ultra-stretchable dual-mode strain/tactile sensor with high sensitivity and wide detection range is...
“…It reduces the complexity of the sensor device and thus correspondingly reduces the cost of their preparation. 5,6 The representative sensors are constructed by dispersing conductive nanomaterials in a flexible substrate and usually exhibit excellent electrical conductivity and mechanical strength. 7 However, due to the fragility of the nano conductive network, such sensors often fail under large deformations and cannot meet the requirements of measuring large deformations.…”
The MXene/ionic liquid synergistic network was constructed in this work to solve the problem of poor mechanical properties of ionogel at high ionic liquid content. And, the ionogel was applied to human-motion detection.
“…It reduces the complexity of the sensor device and thus correspondingly reduces the cost of their preparation. 5,6 The representative sensors are constructed by dispersing conductive nanomaterials in a flexible substrate and usually exhibit excellent electrical conductivity and mechanical strength. 7 However, due to the fragility of the nano conductive network, such sensors often fail under large deformations and cannot meet the requirements of measuring large deformations.…”
The MXene/ionic liquid synergistic network was constructed in this work to solve the problem of poor mechanical properties of ionogel at high ionic liquid content. And, the ionogel was applied to human-motion detection.
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