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Twelve‐pointed graphene grains are controllably fabricated on a liquid Cu surface by ambient pressure chemical vapor deposition, as described by G. Yu and co‐workers on page 6423. These novel‐shaped grains are characterized as single‐layer and single‐crystalline. The distinct nature of the alternating edge types (zigzag and armchair edges in sequence) in such a grain may result in their promising...
The controlled fabrication of single‐crystal twelve‐pointed graphene grains is demonstrated for the first time by ambient pressure chemical vapor deposition on a liquid Cu surface. An edge‐diffusion limited mechanism is proposed. The highly controllable growth of twelve‐pointed graphene grains presents an intriguing case for the fundamental study of graphene growth and should exhibit wide applications...
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