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Demonstrates enhanced molecular sieving in graphene, indicating a novel postsynthetic control method.
acts solely as an etchant. This competitive growth-etching interplay enables the systematic contraction of nanometer-scale pores into angstrom-scale apertures. The resulting porous graphene exhibits remarkably enhanced molecular sieving behavior, providing a general framework for postsynthetic control of defect dimensions in two-dimensional materials.
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Kocaman et al. (2026) studied this question.
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