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(b) Bilayer graphene.
(a) The bilayer graphene structure.
(a) Monolayer graphene and (b) bilayer graphene.
(b) Control device without the bilayer graphene.
This produces small, flat monolayer, or bilayer, graphene domains.
The right (left) ribbon corresponds to a monolayer (bilayer) graphene.
b Schematic illustration of scattering mechanisms in bilayer graphene.
Figure 1 Two-dimensional Raman intensity map for bilayer graphene.
So, for designing electronic devices, bilayer graphene is more efficient.
This process produces atomically flat monolayer or bilayer graphene domains, concave bilayer graphene domains, and bulging few-layer graphene domains.
Indicating the bilayer graphene resistors have intrinsic semiconductor properties and magnetic field-induced high resistance behavior in bilayer graphene.
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