We describe the current state of experimental studies of the effects of applied high pressure
or stress on the thermoelectric properties and performance parameters of thermoelectric …

First-principles calculations are presented to resolve the possible pressure-dependent
phases of Mg 2 Si. Although previous reports show that Mg 2 Si is characterized by the cubic …

We propose a model of a thermoelectric module in which the performance parameters can
be controlled by applied tuneable stress. This model includes a miniature high-pressure …

Magnesium silicide (Mg2Si) is a promising eco-friendly thermoelectric material, which has
been extensively studied in recent times. However, its phase behavior at high pressures and …

Within the exploration of sustainable and functional materials, narrow bandgap magnesium
silicide semiconductors have gained growing interest. Intriguingly, squeezing silicides to …

High-pressure and high-temperature (HPHT) synthesis provides an effective way to tune the
band structure of materials and improve their electronic properties. To investigate the …

High pressure high temperature technology is an effective route for preparing thermoelectric
materials. In this work, a series of multi-doped Mg 2.02− x Al x Si 1− 3 y Bi 2 y Sb y (x= 0.03 …

In this paper, the analysis of electrochemical corrosion performance and mechanical
strength of weld joints of aluminum 6061 in two-heat treatment conditions was performed …

Abstract Mg 2 Si 0.995 Sb 0.005 compound was prepared by the high-pressure high-
temperature (HPHT) method. The simultaneous synthesis and consolidation in one step …

Mg 2 Si with narrow band gap has attracted increasing interest for its great potential
applications. Theoretical calculations have predicted the metallization of Mg 2 Si under high …