Simultaneous control of the stoichiometry, microstructure, and compositional homogeneity is
a prerequisite for understanding the properties of Ag2Se. These are difficult to attain …

Herein, we have successfully synthesized binary Ag2Se, composite Ag0: Ag2Se, and
ternary Cu+: Ag2Se through an ambient aqueous-solution-based approach in a one-pot …

The low-temperature modification of β-Ag2Se has proven to be useful as a near-room-
temperature thermoelectric material. Over the past years, research has been devoted to …

Ag2Se is considered as an attractive candidate for use in room-temperature thermoelectric
applications owing to its unique transport properties, such as glass-like thermal conductivity …

Ag2Se is a narrow band gap n-type semiconductor with high carrier mobility and low lattice
thermal conductivity. It has high thermoelectric performance near room temperature …

Ag 2 Se is an attractive candidate for room temperature thermoelectric applications because
of its extremely low thermal conductivity, large power factor, and excellent mechanical …

Herein, a facile solution chemical route has been developed for synthesis of Ag2Se-based
alloy nanocrystals. The maximum thermoelectric figure of merit reaches 0.7 at 317 K for …

With high carrier mobility and intrinsic low lattice thermal conductivity, Ag 2 Se compounds
have attracted increasing attention for thermoelectric application near room temperature …

Thermoelectric materials convert heat into electricity, with a broad range of applications near
room temperature (RT). However, the library of RT high‐performance materials is limited …

Ag2Se-based thermoelectric (TE) materials have attracted significant attention recently due
to their potential application near room temperature. Manipulating the stoichiometric ratio of …