We perform analytical and numerical analysis of the electronic and phonon spectrum
evolution of graphene during formation of a boundary with a “zigzag” chirality. It is …

Electron spectra of graphene with local and extended defects Page 1 Journal of Physics:
Conference Series PAPER • OPEN ACCESS Electron spectra of graphene with local and …

The electron local density of states (LDOS) are calculated for graphene with isolated
vacancies, divacancies and vacancy group of four nearest-neighbor vacancies. A strong …

It is shown that in graphite the spectral density of phonons polarized along the c axis has a V
shaped feature similar to the so-called Dirac singularity characteristic of the electron density …

Phonon and electron spectra of graphene nanofilms and nanotubes with defects are
analyzed. The electron and phonon local densities of states (LDOSs) are calculated for …

Graphite, graphene, and compounds based on them are of great interest both as objects of
fundamental research and as some of the most promising materials for modern …

The features of phonon spectra and their effect on the vibrational heat capacity of linear
chains of inert gas atoms adsorbed onto a substrate, which is the surface of nanotubes …

The conditions of the existence and the main characteristics (frequencies, intensities, and
attenuation parameters) of discrete vibrational levels caused by structural defects of linear …

The low-temperature heat capacity of cryocrystals containing impurity clusters is investigated
theoretically and experimentally. Such defects might essentially enrich the low-frequency …

The study of vibrational characteristics of chains of rare gas atoms adsorbed in the grooves
between nanotubes in nanobundles is reduced to the analyses of the phonon spectrum and …