Add to ORKGThe dispersion curves of the phonons propagating in polycrystalline suspensions of hard-sphere colloids are measured by Brillouin scattering and calculated by band structure techniques. Acoustic-like and optical-like experimental phonon dispersion relations are attributed to the interplay of the solvent matrix mode with the single-sphere vibration eigen-modes in these lattice structures
The phonon dispersion curves of cubic acetylene, tetragonal urea, and monoclinic sodium carbonate ar...
This program has been imported from the CPC Program Library held at Queen's University Belfast (1969...
The phonon properties of films fabricated from colloidal semiconductor nanocrystals play a major rol...
The dispersion curves of the phonons propagating in polycrystalline suspensions of hard-sphere collo...
Rich phonon spectra were observed experimentally by Brillouin spectroscopy in liquid, glassy, and cr...
In this work we have obtained by using group-theoretical techniques, the dispersion relations of zon...
Materials that can mold the flow of elastic waves of certain energy in certain directions are called...
The phonon dispersion relations calculated by atomic model: shell model and ab initio, and by microc...
We study the propagation of sound in complex colloidal systems. By combining Brillouin scattering wi...
Phonon dispersion curves are mostly determined by coherent neutron scattering from single crystals. ...
Phononic crystals, capable to block or direct the propagation of elastic/acoustic waves, have attrac...
Elementary excitations associated with atomic motion in non-crystalline solids and liquids are studi...
An improved method for light scattering from acoustic phonons in small, low- symmetry solids is desc...
A theoretical study is made of phonons in amorphous solids using a self-consistent phonon scheme. In...
Dispersion curves for the acoustic phonons have been measured in the [100], [111], and [1101 directi...
The phonon dispersion curves of cubic acetylene, tetragonal urea, and monoclinic sodium carbonate ar...
This program has been imported from the CPC Program Library held at Queen's University Belfast (1969...
The phonon properties of films fabricated from colloidal semiconductor nanocrystals play a major rol...
The dispersion curves of the phonons propagating in polycrystalline suspensions of hard-sphere collo...
Rich phonon spectra were observed experimentally by Brillouin spectroscopy in liquid, glassy, and cr...
In this work we have obtained by using group-theoretical techniques, the dispersion relations of zon...
Materials that can mold the flow of elastic waves of certain energy in certain directions are called...
The phonon dispersion relations calculated by atomic model: shell model and ab initio, and by microc...
We study the propagation of sound in complex colloidal systems. By combining Brillouin scattering wi...
Phonon dispersion curves are mostly determined by coherent neutron scattering from single crystals. ...
Phononic crystals, capable to block or direct the propagation of elastic/acoustic waves, have attrac...
Elementary excitations associated with atomic motion in non-crystalline solids and liquids are studi...
An improved method for light scattering from acoustic phonons in small, low- symmetry solids is desc...
A theoretical study is made of phonons in amorphous solids using a self-consistent phonon scheme. In...
Dispersion curves for the acoustic phonons have been measured in the [100], [111], and [1101 directi...
The phonon dispersion curves of cubic acetylene, tetragonal urea, and monoclinic sodium carbonate ar...
This program has been imported from the CPC Program Library held at Queen's University Belfast (1969...
The phonon properties of films fabricated from colloidal semiconductor nanocrystals play a major rol...