Selective laser sintering of nanoparticles enables the direct and rapid formation of a
functional layer even on heat-sensitive flexible and stretchable substrates, and is rising as a …

Thermoelectric (TE) materials can convert any kind of heat into electricity through the
Seebeck effect. Harvesting body heat and generating electricity by TE wearable devices can …

Abstract Bismuth telluride (Bi2Te3) is a promising thermoelectric material for applications
near room temperature. To increase the thermoelectric performance of this material, its …

Group IV materials are promising candidates for highly reliable and human-friendly thin-film
thermoelectric generators, used for micro-energy harvesting. In this study, we investigated …

Silicon-germanium is an important high-temperature thermoelectric material for thermal to
electric energy conversion. This paper focuses on the study of nanograin thermoelectric Si …

Flexible and reliable thermoelectric generators (TEGs) will be essential for future energy
harvesting sensors. In this study, we synthesized p-and n-type SiGe layers on a high heat …

Highly reliable, thin-film thermoelectric generators are strongly desired for future sensor
advancements. Al-induced layer exchange is a unique method for producing thermoelectric …

We investigate a method for fabricating layers that exhibit both high optical absorption and
promising thermoelectric properties. Using plasma-enhanced chemical vapor deposition …

Flexible thermoelectric generators are leading candidates for next‐generation energy‐
harvesting devices. Although SiGe, an environmentally‐friendly semiconductor, is the most …

SiGe alloys are a promising material for highly reliable, human-friendly thin-film
thermoelectric generators for micro-energy harvesting. However, it is difficult to obtain high …