Thermoelectric technology provides a promising solution to sustainable energy utilization
and scalable power supply. Recently, Ag2Q‐based (Q= S, Se, Te) silver chalcogenides …

Traditional inorganic thermoelectric materials exhibit excellent thermoelectric performance
but poor flexibility. As a new type of flexible inorganic thermoelectric material, Ag 2 S owns a …

Abstract Ag 2 Q-based (Q= S, Se, Te) silver chalcogenides show great potential in
thermoelectrics due to their suitable band gaps, high electron mobilities, and even …

Silver sulfide in monoclinic phase (α-Ag 2 S) has attracted significant attention owing to its
metal-like ductility and promising thermoelectric properties near room temperature …

Lots of research on thermoelectric materials (TEs) has focused on improving their
thermoelectric (TE) properties to achieve efficient energy conversion. However, the …

In this paper, the electronic structure and transport properties of a ductile thermoelectric
material α-Ag2S are examined using first-principles calculations combined with the …

Control over the carrier type of semiconductor quantum dots (QDs) is pivotal for their
optoelectronic device applications, and it remains a nontrivial and challenging task. Herein …

The phonon structure of the silver sulfide Ag2S was investigated, experimentally using
Raman spectroscopy, and theoretically using the density‐functional perturbation theory for …

The formation energy and electronic properties of intrinsic defects in Ag 2 S are studied
using first-principle calculations. Three possible intrinsic defect configurations are …

Using first-principles calculations based on density functional theory, electronic properties of
Ag 2 S and Cu doped Ag 2 S were investigated. The calculated results show that Ag 2 S …