Unknown quantum electronic conductance across nanojunctions made of silicon-doped
carbon wires between carbon leads is investigated. This is done by an appropriate …

A model is presented for the quantum transport of electrons, across finite atomic wire
nanojunctions between electric leads, at zero bias limit. In order to derive the appropriate …

A model calculation is presented for the heat transport across an extended atomic well
boundary separating two ultrathin solid films, due to the phonons coherent elastic scattering …

We calculate, theoretically, the coherent phonons transmission and the thermal transfer
through sandwiched metallic thin films in semiconductor lattices. The model system consists …

In this paper, we introduce a theoretical approach, based on the matching technique, to
study the magnetic properties and the spin dynamics in ferromagnetic thin film A containing …

Ferromagnetic phase diagrams were, for a long time, unsuccessfully determined
theoretically, despite the important Callen's 1963 [21] theoretical model. A great variety of …

An analytical model is presented for the electronic conductance in a one dimensional atomic
chain across an isolated defect. The model system consists of two semi infinite lead atomic …

A theoretical study is presented for the coherent transport properties of a magnetic
nanocontact. In particular, we study a symmetric nanocontact between two identical …

This paper describes spinwaves localized states and the coherent magnon transport via
magnetic interface between two different Heisenberg ultrathin ferromagnets films A/B and …

We investigated the vibration properties of integrated nanostructure on crystalline surface.
The embedded chain of molecules is parallel to y-axis and takes three different positions …