Reveals graphene continuity improves electrical conductivity in composites, suggesting design guidelines.
CGC Conductors In Research Article e11348, Wonmo Kang and co-workers reveal that graphene continuity and the geometry of copper matrices, as defined by their specific surface area, are critical parameters to improve the electrical conductivity of copper-graphene composites (CGCs). These findings uncover the underlying mechanisms and offer practical guidance for designing high-performance CGC conductor.
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Yao et al. (2026) studied this question.
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