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In article number 1705879, Limin He, Hongwei Zhu, and co‐workers report a versatile bubble‐derived strategy to fabricate 3D lightweight graphene foams and large‐area 2D graphene porous membranes. Compressive and tensile strain sensors based on the porous materials are demonstrated, exhibiting promising applications in wearable devices for monitoring of human motion.
Graphene‐based porous structures have triggered tremendous attention due to their promising application in many fields. Recent progress has yielded structures with stochastic porous networks, which limit their controllability and potential performance. It still remains a big challenge for the scalable production to integrate the 2D building block into engineered porous architectures in multidimensions...
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