Polarons are formed in polar or ionic solids, either molecular or crystalline, due to local
distortions of the lattice induced by charge carriers. Polaron hop** is the primary …

Combining the self‐sacrifice of a highly crystalline substance to design a multistep chain
reaction towards ultrathin active‐layer construction for high‐performance water splitting with …

Owing to their excellent thermal stability, non-toxicity, and low cost, oxide-based
thermoelectric materials have considerably expanded research interests and industrial …

Antisite (B-site) disorder in double perovskite lattice is responsible for various magnetic
phenomena such as exchange bias, spin glass, memory effect, colossal magnetoresistance …

We developed a bifunctional electrode of Pr0. 8Sr1. 2 (Fe, Ni) 0.8 Nb0. 2O4− δ (RP
PSFNNb) fashioned with in situ exsolved Ni-Fe alloy nanoparticles (NPs) for electrochemical …

The development of new magnetic refrigerants demands an effective investigation of
materials with a large magnetocaloric effect in a wide temperature range. Herein, we report …

Pr 2 CoFeO 6-based double perovskite exhibits intrinsic low thermal conductivity and high
Seebeck coefficient, but its low electrical conductivity induces unsatisfied thermoelectric …

Literature reports on magnetic transition of LaFe 0. 5 Co 0. 5 O 3 are highly ambiguous. The
present study is an endeavour to address that particular issue of this ferrite perovskite. Here …

Transition metal chalcogenides such as CoS2 have been reported as competitive catalysts
for oxygen evolution reaction. It has been well confirmed that surface modification is …

To probe the applications in spintronics and sustainable energy devices of ZnMn 2 X 4 (X=
S, Se, Te) spinels, their structural, elastic, electronic and thermoelectric properties have …