Low-temperature anharmonic phonon properties of supported grapheneTemperature-dependent Raman studies of
anharmonic phonon-phonon processes in supported graphene
Graphene domain signature of raman spectra of sp2 amorphous carbons spectroscopy. The molecular approximation allows connecting the characteristic D-G doublet spectra image of one-
phonon Isotopic disorder effect in the infrared reflection spectra of 6Lix 7Li1-xY F4 single crystals to the damping constant is comparable to the
anharmonic width. Results of simulations agree qualitatively
Self-consistent theory of the surface thermodynamic properties of strongly anharmonic crystals semiinfinite, strongly
anharmonic crystal bounded by a gaseous phase. These equations are used to obtain
Isotopic disorder effect in the infrared reflection spectra of 6Lix 7Li1-xY F4 single crystals to the damping constant is comparable to the
anharmonic width. Results of simulations agree qualitatively
Thermodynamic functions of lactams in the ideal gas state physics, using an
anharmonic approximation in the range of 298-1500 K with allowance for all known
CALCULATION OF THERMODYNAMIC PROPERTIES OF AN ANHARMONIC CRYSTAL WITH VACANCIES UNDER PRESSURECALCULATION OF THERMODYNAMIC
PROPERTIES OF AN
ANHARMONIC CRYSTAL WITH VACANCIES UNDER PRESSURE
STRUCTURAL AND THERMODYNAMIC PROPERTIES OF VICINAL SURFACES OF ANHARMONIC CRYSTALSSTRUCTURAL AND THERMODYNAMIC
PROPERTIES OF VICINAL SURFACES OF
ANHARMONIC CRYSTALS
Chaotic discrete breathers and their effect on macroscopic properties of triangular lattice) is analyzed. Three DNVMs with frequencies above the
phonon band and demonstrating hard-type
anharmonicity (an