Thermoelectric materials generate electricity from thermal energy using the Seebeck effect
to generate a voltage and an electronic current from a temperature difference across the …

The thermoelectric effect in a semiconductor superlattice in a nonquantized electric field is
investigated for electrons of the lowest miniband in the linear approximation of Del T …

We have studied transverse thermomagnetic effects in a quantum well (QW) with parabolic
potential in the presence of a magnetic field parallel to the two-dimensional electron gas …

The introduction of an un-doped silicon layer (spacer) enhances significantly the
thermoelectric power factor in modulation-doped Si (Al)-MnSi1. 7-Si (Al) sandwich structure …

A good thermoelectric material should have a high Seebeck coefficient, a low electrical
resistivity, and a low thermal conductivity. For conventional thermoelectric materials …

Anisotropy of the thermoelectric power in superlattices on the scattering of charge carriers by
impurity ions is studied. The thermopower anisotropy is found to be significant at the small …

In this work, we propose an analytical approach which enables more accurate calculation of
Askerov functions arising from components of the thermoelectric power in superlattices …

В данной работе исследуется зависимость электропроводности двумерного
электронного газа в полупараболической квантовой ямы при рассеяние носителей тока …

A theoretical investigation of the photostimulated thermomagnetic effect by electrons in a
semiconductor superlattice (SL) in the lowest miniband is presented. The possibility of …

We developed a quantitative theory of transverse magnetoresistance for the two-
dimensional electron gas (2DEG) in a quantum well with parabolic confinement potential in …