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Dr. Kang Liu Yishu Zhou Fang Yuan Dr. Xiaobao Mo Peihua Yang Qian Chen Jia Li Tianpeng Ding Prof. Jun Zhou 《Angewandte Chemie (International ed. in English)》2016,55(51):15864-15868
Herein we report a self‐powered multimodal temperature and force sensor based on the reverse electrowetting effect and the thermogalvanic effect in a liquid droplet. The deformation of the droplet and the temperature difference across the droplet can induce an alternating pulse voltage and a direct voltage, respectively, which is easy to separate/analyze and can be utilized to sense the external force and temperature simultaneously. In addition, an integral display system that can derive information from external temperature/force concurrently is constructed. Combined with advantages of excellent sensing properties and a simple structure, the droplet sensor has promising applications in a wide range of intelligent electronics. 相似文献
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