Resumen

RUBIO-PEREDA, Pamela  y  TAKEUCHI, Noboru. Siliceno, una nueva mirada al silicio en dos dimensiones. Mundo nano [online]. 2013, vol.6, n.10, pp.35-44.  Epub 23-Jun-2021. ISSN 2448-5691.  https://doi.org/10.22201/ceiich.24485691e.2013.10.50963.

Silicene, a hexagonal two-dimensional material similar to graphene, has recently become the topic of active research in the field of nanoscience. Silicene could extend the possible applications of silicon, which in the last half century has been the most important material used by the electronics industry. This novel two-dimensional material promises to offer new applications in the next generation of electronic components, in which flexible devices will revolutionize the current technology. As in the case of graphene, the amount of theoretical investigations on this promising structure has increased very quickly. It is now a topic of interest, the study of the functionalization of the surface by adding different elements that could lead to applications in the field of sensors. Currently, several experimental groups are trying to synthesize this structure by employing various techniques. The results of both theoretical calculations and experimental methods have led to a profusion of publications, which have opened new lines of research for this novel nanostructure.

Palabras llave : Silicene; hexagonal structure; nanostructure.

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