Diffraction Patterns Observed in Two‐layered Graphene and Their Theoretical Explanation

Galván, D. H.; Amarillas, A. Posada; Elizondo, Nora; Mejía-Rosales, Sergio; Pérez‐Tijerina, E.; José–Yacamán, Miguel

doi:10.1080/15363830902782282

Cited by 2 publications

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“…[4][5][6] Several TEM studies of superlattices in FLG have been reported. [12][13][14][15] In a recent TEM study, a superlattice was first produced by placing platinum clusters over a graphite surface. The FLG with a superlattice was then exfoliated by Scotch tape 12 and studied by TEM.…”

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confidence: 99%

“…[12][13][14][15] In a recent TEM study, a superlattice was first produced by placing platinum clusters over a graphite surface. The FLG with a superlattice was then exfoliated by Scotch tape 12 and studied by TEM. In another study, FLG samples were produced by milling natural graphite in an oxygen atmosphere and large superlattice Moire' structures similar to those observed by STM were observed in these samples.…”

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confidence: 99%

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Observation and interpretation of adjacent Moire patterns of different shapes in bilayer graphene

Jasiński

Dumpala

Суманасекера

et al. 2011

Applied Physics Letters

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In transmission electron micrography of few-layer thick graphene samples, two distinct regions, a region of superlattice and an adjacent region of parallel straight bands, are seen. These two features are explained as Moire patterns produced by (1) rotation of top part of one of the graphene layers and (2) a small change in the shape of the bottom part of the same layer. It is interesting to note that for the first time, Moire pattern of parallel straight bands is observed and satisfactorily explained. V

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