Amorphous Ag 2 S 0.4 Te 0.6 shows outstanding ductility and promising thermoelectric
properties at room temperature [He et al., Sci. Adv. 6, eaaz8423 (2020)], while the origin of …

Abstract Ductile Ag 2 S 0.4 Te 0.6 shows promising thermoelectric properties and interesting
phase transitions and structural features above room temperature. In this work, our …

The stabilization at low temperatures of the Ag2S cubic phase could afford the design of
high-performance thermoelectric materials with excellent mechanical behavior, enabling …

By virtue of the excellent plasticity and tunable transport properties, Ag 2 S-based materials
demonstrate an intriguing prospect for flexible or hetero-shaped thermoelectric applications …

Most crystalline inorganic materials, except for metals and some layer materials, exhibit bad
flexibility because of strong ionic or covalent bonds, while amorphous materials usually …

Ag2Te x S1–x usually undergo various phase structures upon heating or cooling processes;
however, the correlation between the heat treatment, the phase structure, and the physical …

Recently, the discovery of ductility inorganic semiconductors Ag 2 S-based alloys have
drawn significant interest in hetero-shaped thermoelectric applications. In this work, Ag 2 S …

Abstract Ductile Ag 2 (Te, S) pseudobinary compounds have attracted great attention in
thermoelectric community since they can be fabricated into high-performance flexible and …

The phonon-glass electron-crystal is an ideal picture for thermoelectric materials. However,
amorphous solids such as ceramic and metallic glasses are often excluded from candidate …

Since the discovery of superior ductility in semiconducting Ag2S at room temperature, Ag2S‐
based inorganics attract ever‐increasing attention as ductile thermoelectrics (TEs) for …