Electric-Ray-Inspired Universal Island-Bridge Structure for Transforming Nonpyroelectric Substrates into Pyroelectric Sensors

Large-area, flexible pyroelectric sensors have received increasing attention in a range of applications including electronic skin, robotics, and military. However, existing flexible pyroelectric sensors struggle to achieve both high pyroelectric performance and excellent mechanical properties simult...

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Bibliographic Details
Main Author:	Peng Cheng (153428) (author)
Other Authors:	Jinhua Hong (1651411) (author), Xiaohui Zhu (209362) (author), Bao Cheng (12333860) (author), Lei Song (30203) (author), Xu Zhou (36698) (author), Peng Wen (1457005) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Biotechnology Developmental Biology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified study provides ideas received increasing attention detect heat sources pyroelectric sensors large pyroelectric sensor based excellent mechanical properties flexible pyroelectric sensors good pyroelectric effect transforming nonpyroelectric substrates inspired universal island high pyroelectric performance pyroelectric properties pyroelectric effect performance properties pyroelectric particles universal island nonpyroelectric substrates highly flexible percolation effect tensile rate substrates exhibit maximum distance film polarization electronic skin 8 cm
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Electric-Ray-Inspired Universal Island-Bridge Structure for Transforming Nonpyroelectric Substrates into Pyroelectric Sensors

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