Self-Powered Photonic Sensor Using Cholesteric Liquid Crystal Elastomer-Based Sandwiched Architecture with Mechanochromism and Triboelectric Response

Wearable flexible sensors have aroused great interest owing to their widespread use in medical monitoring, wearable sensing, and human-computer interaction. However, conventional flexible sensors have a single signal response and are susceptible to mechanical damage, thus limiting their potential ap...

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Главный автор:	Cheng Xue (201783) (author)
Другие авторы:	Haonan Sun (8931770) (author), Yuting Tang (312729) (author), Jie Wei (264772) (author), Jinbao Guo (2581807) (author)
Опубликовано:	2025
Предметы:	Biophysics Medicine Molecular Biology Neuroscience Biotechnology Mental Health Infectious Diseases Plant Biology Space Science Chemical Sciences not elsewhere classified thin silver nanowire structural color shift single signal response fast electric response electric signal response conventional flexible sensors based sandwiched architecture monitoring human motion middle clce layer powered wearable sensor powered sensors triboelectric response wearable sensing medical monitoring flexible wearables consequent sandwiched clce layer based self response time work demonstrates widespread use visualization signals two sides thus limiting structure sensor special demand smart healthcare promising applications potential applications mobility problems mechanical damage laminating poly healing performance finger tapping computer interactions computer interaction clce layers applied pressure 139 ms
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Self-Powered Photonic Sensor Using Cholesteric Liquid Crystal Elastomer-Based Sandwiched Architecture with Mechanochromism and Triboelectric Response

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