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Bilayer graphene is important for device applications due to its tunable band gap. In article number 1605927, Jianguo Wan and co‐workers report a method to rapidly synthesize bilayer Bernal graphene by atmospheric pressure chemical vapor deposition using polystyrene as the feedstock. A high surface coverage of nearly 100% for a near‐perfect AB stacking order is achieved.
The precise control of the domain structure, layer thickness, and stacking order of graphene has attracted intense interest because of its great potential for nanoelectronics applications. Much effort has been devoted to synthesize semiconducting Bernal (AB)‐stacked bilayer graphene because of its tunable band structure and electronic properties that are unavailable to single‐layer graphene. However,...
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