A. Chernov, P. Fedotov, E. Obraztsova, P. Shilina, P. Kapralov, Kayleigh L Y Fung, C. Stoppiello, V. Belotelov, A. Khlobystov
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Graphene nanoribbons with incorporated Co atoms: Optical spectrum and magnetic response
Graphene nanoribbons are attracting much attention as a platform for optoelectronics. Properties of graphene nanoribbons depend on the width, edge type, edge atoms, etc. and can be significantly changed. Inducing magnetism to graphene nanoribbons would open up a new field for applications. In this work we study optical and magnetic properties of graphene nanoribbons with cobalt incorporated atoms that were grown inside single-walled carbon nanotubes from cobalt phthalocyanine molecules.
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