Mg3Sb2 is a thermoelectric compound composed of cheap and abundant elements. NIMS has successfully improved the ...

For optimal use, thermoelectric (TE) materials and modules must be adapted to the requirements of the system where they are integrated. Depending on the temperature range of the application, a ...

Last time I looked into this, the holy grail seems to be flexible thermoelectric combined with ... other side of the TED to a flexible meta‑material tuned to radiate heat in the specific IR ...

For example, controlling the grain boundary structure and composition in thermoelectric materials can enhance the figure of merit by reducing thermal conductivity while maintaining high electrical ...

When the sides of a thermoelectric material are exposed to different temperatures, a voltage is generated across the material. Conversely, applying a voltage can create a temperature difference, a ...

Thermoelectric materials, which convert heat into electricity ... They found that the ADCP of WSi 2 originates from its unique electronic structure, featuring mixed-dimensional Fermi surfaces.

QUT researchers develop a film that converts body heat into electricity, potentially eliminating the need for batteries in ...

Based on these guidelines, the research team aims to develop artificial materials with high thermoelectric performance for practical applications such as power generation using waste heat and ...

Each structure's power generation efficiency ... The research team utilized 3D printing techniques to create thermoelectric materials with complex shapes and high-density micro-layered flaws.

Thermoelectric materials can capture and convert waste ... They discovered that WSi 2 's distinct electronic structure, which includes mixed-dimensional Fermi surfaces, is the source of its ...