Thermoelectric materials are functional materials that utilize the movements of charge
carriers to achieve the direct interconversions between heat and electricity. Recently, high …

The potential widespread adoption of thermoelectric (TE) technology in energy harvesting
applications hinges upon the high-performance, reliable, and cost-effective module …

High-entropy engineering effectively reduces lattice thermal conductivity (κ L) in
thermoelectric (TE) materials; however, the chemical complexity of multiple elements in high …

With the ongoing climate and energy crises, thermoelectric conversion has slowly emerged
as a clean and reliable alternative energy source for small Internet of Things (IoT) devices …

The recent surge in reports on high-efficiency thermoelectric generator modules brings two
conflicting feelings: excitement and confusion. The confusion comes from the fact that there …

Thermoelectric materials and devices are gaining recognition as a promising solution to the
global energy crisis. However, widespread adoption is hindered by challenges such as high …

Abstract Half-Heusler (HH)-based alloys are promising candidates for high-temperature
thermoelectric (TE) energy conversion materials due to their excellent adaptability in high …

Thermoelectric (TE) materials play a crucial role in converting energy between heat and
electricity, essentially for environmentally friendly renewable energy conversion …

Thermal energy harvesting for high-speed moving objects is particularly promising in
providing an efficient and sustainable energy source to enhance operational capabilities …

Thermoelectric materials are crucial components in thermoelectric devices employed for
environmentally friendly solid‐state cooling and waste heat recovery, demanding not only …