In this study, ion beam treatment was investigated as a method for functionalizing the
surfaces of multi-walled carbon nanotubes (MWCNTs) employed in the production of …

Graphene is a two-dimensional crystal in which sp 2-hybridized carbon atoms have valence
bonds with three neighbors. Theoretically, other two-dimensional carbon structures were …

The interlayer thermal conductivity of two asymmetric bilayer carbon structures has been
studied within the nonorthogonal tight binding model. One layer of the first structure …

Hydrogen desorption and its migration on the graphene surface under the alternating
electric field have been investigated with the tight-binding molecular dynamics and a large …

The structure, stability, and interlayer heat transfer of Stone–Wales bilayer graphene have
been studied within a nonorthogonal tight binding model. The most stable configuration has …

Graphane is a fully hydrogenated graphene which is practically interesting for application in
electronics, hydrogen storage and transportation, in nanoscale devices. As it was previously …

As a result of a theoretical analysis of the possible structure of polymorphic varieties of
compounds obtained from the fluorination of L 4-8 graphene, the possibility of existence of 6 …

In the framework of the nonorthogonal tight-binding model, the possibility to form different
thermally stable elements of the hydrogen pattern at graphene and Stone—Wales graphene …

Неортогональный потенциал сильной связи дополнен дальнодействующими
слагаемыми, необходимыми для корректного описания межслоевого взаимодействия в …

The nonorthogonal tight-binding potential is augmented by long-range terms needed for a
correct description of the interlayer interaction in bilayer graphene. The molecular dynamics …