Thermoelectric conversion technology based on thermoelectric materials can directly
convert heat and electricity and is extensively used in waste heat recovery, semiconductor …

Bismuth sulphide is one of the promising thermoelectric material due to its low thermal
conductivity, less toxicity, and abundance in nature. This work analyzed an Al-substituted Bi …

Bi 2 S 3-based materials without containing expensive, toxic, and rare components are
considered more attractive for the realization of large-scale practical applications. Under this …

Abstract Bi 2 S 3 thermoelectric (TE) material has received extensive attention due to its
earth-abundant and low-cost elements. This study has been successfully synthesized a …

Abstract Bismuth sulphide (Bi 2 S 3) is a V-VI group semiconductor prominent in mid-
temperature (303 K to 623 K) thermoelectric applications. The performance of n-type …

Filled-skutterudite materials are promising candidates for thermoelectric applications in the
intermediate-temperature range to recover waste heat. In this work, mechanical alloying and …

Bi 2 S 3 is considered a promising n-type thermoelectric (TE) material due to its inherent
extremely low thermal conductivity and earth-abundant elements. Herein, we have …

Doping is a recognized way to modulate charge carrier properties for thermoelectric
performance enhancement. Bismuth sulphide (Bi2S3) is a promising environmentally …

Thin film technology has emerged as a cornerstone in optoelectronics, enabling the
fabrication of compact, lightweight devices with enhanced performance and efficiency …

The performance of thermoelectric materials (ZT), their capability of converting a
temperature gradient into electricity, is dependent not only on their composition but also how …