Thermoelectric energy conversion is an all solid-state technology that relies on exceptional
semiconductor materials that are generally optimized through sophisticated strategies …

Thermoelectric materials, which can convert thermal behaviors into electrical properties, are
widely used in thermoelectric power generation, friendly refrigeration, and wearable …

A comprehensive method for indicating the length ratio of segmented thermoelectric
generator (TEG) is proposed to increase the output power and thermoelectric conversion …

Thermoelectrics, which transports heat for refrigeration or converts heat into electricity
directly, is a key technology for renewable energy harvesting and solid‐state refrigeration …

A comprehensive mathematical model is proposed to calculate the optimal leg length and
cross-section area of TEG unit to maximize the peak output power. The model shows that for …

Compared to conventional materials, thermoelectric (TE) nanostructured materials have a
greater commercial impact. The advancement of these materials is necessary to develop the …

Abstract Hybrid nanoparticles, fullerene (C 60) and polyaniline (PANI), were incorporated
into the polydivinylbenzene (PDVB), and their decoupling effect of electrical and thermal …

Improvement in thermoelectric parameters is reported with graphite incorporation in n-type
Bi 2 Te 3/graphite nanocomposite systems. In-depth thermoelectric properties of …

We derive a power factor and an efficiency factor for comprehensive evaluation of
thermoelectric generator (TEG) materials, and approve that only using the power factor (or …

Waste-to-energy conversion generally means incineration, and the combustion of organic
waste material for energy recovery involves generation of carbon dioxide. In contrast …