DOIAbstract
Vibrational excitations in pristine graphite and in graphite intercalation compounds are discussed. Modes associated with carbon atom intralayer motions and with the internal excitations of guest molecular species are emphasized
Vibrational excitations in pristine graphite and in graphite intercalation compounds are discussed. Modes associated with carbon atom intralayer motions and with the internal excitations of guest molecular species are emphasized
We review calculations and measurements of the phonon dispersion relation of graphite. First-princip...
707-711Variation in the phonon frequency distribution function has been computed, using recently sug...
Motivated by the recent discovery of superconductivity in Ca- and Yb-intercalated graphite (CaC6 and...
The atoms or molecules intercalated in a graphite intercalation compound are correlated spatially am...
Theoretical study is presented of effects of electron = phonon interactions on Raman spectra of acce...
We have investigated the phonon spectrum in stage 2 graphite intercalate with bromine by using inela...
We report the observation of intramolecular vibrations in stage-1 AlCl3-intercalated graphite compou...
The exciton-phonon coupling in highly oriented pyrolytic graphite is studied using resonant inelasti...
The symmetry group analysis is applied to classify the phonon modes of N-stacked graphene layers (NS...
The characteristic features of the phonon dispersion of a monatomic linear chain in a Born - von Kár...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
We review calculations and measurements of the phonon dispersion relation of graphite. First-princip...
707-711Variation in the phonon frequency distribution function has been computed, using recently sug...
Motivated by the recent discovery of superconductivity in Ca- and Yb-intercalated graphite (CaC6 and...
The atoms or molecules intercalated in a graphite intercalation compound are correlated spatially am...
Theoretical study is presented of effects of electron = phonon interactions on Raman spectra of acce...
We have investigated the phonon spectrum in stage 2 graphite intercalate with bromine by using inela...
We report the observation of intramolecular vibrations in stage-1 AlCl3-intercalated graphite compou...
The exciton-phonon coupling in highly oriented pyrolytic graphite is studied using resonant inelasti...
The symmetry group analysis is applied to classify the phonon modes of N-stacked graphene layers (NS...
The characteristic features of the phonon dispersion of a monatomic linear chain in a Born - von Kár...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
MasterVibrations in molecules and in condensed matter are described and discussed. Forces between ne...
We review calculations and measurements of the phonon dispersion relation of graphite. First-princip...
707-711Variation in the phonon frequency distribution function has been computed, using recently sug...
Motivated by the recent discovery of superconductivity in Ca- and Yb-intercalated graphite (CaC6 and...
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