Nanostructured electronic and photonic devices include a high density of material interfaces,
which can strongly impede heat conduction and influence performance and reliability …

The different mechanisms of resonant transport of phonons between two media in the
presence of an impurity intermediate layer are described. Particular attention is focused on …

We report a theoretical analysis of the phonon thermal conductance, κ (T), for single wall
carbon nanotubes (SWCN). In a range of low temperatues up to 100 K, κ (T) of perfect …

This review is devoted to describing nonequilibrium carrier systems and relaxational and
kinetic phenomena in three-dimensional point-contacts. Attention is focused on describing a …

Thermal conduction resistances are becoming increasingly complicated as advanced
materials, photonics, and electronic devices incorporate more nanostructured features (eg …

The resonance transport of phonons considered in the present work is characteristic of heat
transport between two media. This effect is essential one, for example, in transmission of …

The objective of this thesis is to develop a fundamental understanding of the role of the
interface in thermal transport in nanostructures. This task is accomplished using molecular …

In recent years, the quasi-particle spectra of various condensed systems, crystalline as well
as disordered and amorphous, became also the “object” of applications and technical …

Multi‐channel mechanism of resonance phonon transport through a Si‐Cu point contact is
studied. It is shown that the peaks of the reduced heat flux in the temperature range 4 K< T< …

Experimental results and a theoretical analysis of the heat flux in an Si–Cu pressure-made
3D point contact are given. The contributions of the quantum phonon transport, weak …