Thermoelectric materials have gained wide attention to realize multilevel efficient energy
management to alleviate the increasingly severe energy crisis. Oxide ceramics were well …

Thermoelectric (TE) materials can be used in the conversion of heat to electricity and vice
versa, which can enhance the efficiency of the fuel, in addition to supplying solid alternative …

This review focusses on the development of thermoelectric composites made of oxide or
conventional inorganic materials, and polymers, with specific emphasis on those containing …

As a well-known n-type perovskite thermoelectric oxides, SrTiO 3 has always captured
attention to find strategies for achieving high thermoelectric performance. In this paper, a …

Enormous efforts are invested in develo** multi‐energy harvesting technology with simple
configuration and high conversion efficiency, and light‐assisted nanogenerators are …

The paper presents the results of preparing biphase SrTiO 3–TiO 2 ceramics as a promising
system for n-type thermoelectrics using the features of a two-dimensional electron gas …

Despite substantial interest, most of the two-dimensional (2D) materials are not magnetic in
their pristine form. Several standard approaches, such as adsorption of atoms, introduction …

It is well known that the performance of thermoelectric measured by figure of merit ZT
linearly depends on electrical conductivity, while it is quadratic related to the Seebeck …

Abstract SrTiO 3 and biphasic SrTiO 3–TiO 2 ceramics were obtained by reactive spark
plasma sintering (SPS) of mixtures of strontium carbonate SrCO 3 and titanium dioxide TiO …

The structure of the TiO 2 (rutile)/SrTiO 3 interface is modeled using the density functional
theory method. Based on calculations, the most stable structure of the heterointerface is …