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(A) 8 1 An Introduction to Graphene Nanotube (B) Nanoribbon Li-NH3 (a) Intercalation and exfoliation Graphene nanoribbon Selective etching (d) Electrical Electron beam Ejected stoms 200 nm 200 nm 200 nm (b) Chemical H2SO4+KMnO4 (f) (e) Physico-chemical (c) Catalytic Nanoparticle Figure 1.4 (A) Schematic representation of the several ways to unzip carbon nan- otubes and produce graphene nanoribbons. (Reproduced with permission from [62].) (B) Characteristic AFM images of graphene nanoribbons by unzipping carbon nanotubes. (Reproduced with permission from [64].) Nanotube Nanoribbon 10 nm Current Moving electrodePDF Image | An Introduction to Graphene
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