Over the past few decades, transition metal chalcogenides garnered global recognition for
their noteworthy contributions to the modeling and engineering of electronic, optoelectronic …

Looking at the literature survey, this seems to be the first report on growth of a copper
antimony diselenide (CuSbSe2) single crystal with a 5.8 cm length and 1.0 cm diameter by …

The investigation of state-of-the-art copper chalcogenides (Cu 2-y X; X= S, Se or Te) based
thermoelectric (TE) materials can direct to improve the performances of TE devices. Herein …

Reduced energy consumption and environmentally friendly, abundant constituents are
gaining more attention for the synthesis of energy materials. A rapid, highly scalable, and …

This work focuses on the development of ternary and quaternary chalcogenide compounds
featuring transition metal cations through careful engineering of the electronic and thermal …

Copper-based chalcogenides that comprise abundant, low-cost, and environmental friendly
elements are excellent materials for a number of energy conversion applications, including …

Materials based on the chalcopyrite structure can form semiconductors with a wide range of
properties. CuInX2, where X is S, Se, or Te, can be tuned by doping on sites such as the Cu …

Coinage metal chalcogenides offer ideal prerequisites for high thermoelectric performance
and sensor applications, with their usually low lattice thermal and high electrical …

Cu2− x S and Cu2− x Se (0≤ x≤ 0.2) alloys stand out as highly promising materials for
thermoelectric applications, owing to the phonon–liquid electron–crystal (PLEC) convention …

This research delves into the copper-based chalcogenides, unveiling the synthesis and
characterization of two stable ternary copper chalcogenides, Cu5Se7Te3 and Cu6SeTe3, at …