Owing to their capabilities of solid-state conversion between heat and electricity, zero-
emission, and high flexibility, flexible thermoelectric devices (F-TEDs) have exhibited great …

As the heaviest chalcogen atom, tellurium (Te) is endowed with a high Seebeck coefficient
and low lattice thermal conductivity, which are the key factors that contribute to a high ZT …

Bi 2 Te 3 based alloys are the state-of-art thermoelectric materials at/near room
temperatures. However, the performance of n-type Bi 2 Te 3 is much difficult to improve as …

To harvest low-grade heat energy from human body, flexible thermoelectric generators
(TEGs) are highly necessitated and have attracted significant interests. However, developing …

Flexible thermoelectrics, including flexible thermoelectric materials and devices, can
generate electricity by utilizing the small temperature difference between the human body …

Several conjugated polymers have been designed for applications in thermoelectrics (TEs)
to improve doping efficiency and charge transport. However, optimizing the compatibility of …

The performance of a thermoelectric device fabricated with centimeter-scale monolayer
graphene (active size,∼ 7× 1 cm 2) was investigated in this study. The carrier type and …

Although the PEDOT: PSS/graphene (PP/GR) thermoelectric (TE) system has a high
electrical conductivity (σ), it faces great issues regarding its high thermal conductivity (k) and …

Hybrid organic/inorganic materials have emerged as promising thermoelectric (TE)
materials since they inherit the individual strengths of each component, enabling rational …

Contemporary thermoelectric literature is rife with material structure-related terminologies
like interfaces and grain boundaries, signaling the significance of these structures. Interfaces …