Compared with the conventional PDMS substrate, the fracture energy, tear strength, fracture stress, and fracture strain are 'enhanced' by 73 times, 7 times, 12 times, and 6.5 times, respectively. Finally, the E-P-E 'structured' substrate was 'fabricated' into a strain sensor 'for' human motion monitoring, 'exhibiting' stronger wearability and 'offering' a new research strategy for toughening elastic soft materials such as silicone rubber. This strategy 'holds' a broad application prospect in the field of wearable electronics and other domains.

Improving the Mechanical Properties of PDMS Substrate for Wearable Electronics

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