In this work, a harmonic lattice dynamics and scattering boundary method based atomistic modeling tool was created to calculate phonon spectra and modal
phonon transmission coefficients in nano - phononic structures and diameter - modulated nanowires.
However, the modal
phonon transmission coefficients across these geometrically irregular nanostructures and the effect of nanostructure geometry on thermal transport has not been fully understood.
Not exact matches
In partial
transmission any diamond
phonon can eat a metal
phonon, even diamond
phonons with frequencies far higher than can exist in the metal, so it hardly matters how stiff the metal is.»
«We realized that we could explain the data with what we call partial
transmission processes, where metal
phonons «feed» a much higher frequency diamond
phonon at the interface.