Band alignment and Cu+ long-range migration suppression enable excellent and stabilized thermoelectric performance in copper sulfide via endotaxial CsPbBr3 nanoprecipitates | Synapse
March 3, 2026
Band alignment and Cu+ long-range migration suppression enable excellent and stabilized thermoelectric performance in copper sulfide via endotaxial CsPbBr3 nanoprecipitates
Key Points
Excellent thermoelectric performance is achieved through effective band alignment with CsPbBr3 nanoprecipitates.
A key metric is the suppression of Cu+ long-range migration, enhancing stability and efficiency.
Analysis focuses on the role of endotaxial nanoprecipitates in improving material properties in copper sulfide.
These findings imply potential applications in energy conversion technologies, highlighting the importance of material design.