The arrangement of those bonds determines
the frequency of phonons that an atom can absorb.
Not exact matches
And in the same way that white light is actually composed
of many different colors
of light, these thermal
phonons are made up
of many different
frequencies — each carrying varying amounts
of heat.
the former calculated from the number and
frequency of the ion's
phonons (vibrational mechanical energy)
A central challenge
of thermal physics — and
of interfacial thermal conductance, specifically — is that
phonons exist over a wide
frequency range, and how
phonons interact with interfaces and other
phonons depends on their
frequencies.
«The simplest way for a
phonon to cross an interface is by a two -
phonon elastic processes: a
phonon comes in, a
phonon of the same
frequency goes out.»
Resume: Nanoscale phononic crystals can be used in many areas including high -
frequency signal processing and the control
of thermal
phonons.
Nanoscale phononic crystals can be used in many areas including high -
frequency signal processing and the control
of thermal
phonons.