The oxygen evolution reaction (OER) is a critical step for sustainable fuel production through
electrochemistry process. Maximizing active sites of nanocatalyst with enhanced intrinsic …

Misfit‐layered calcium cobaltite [Ca2CoO3‐δ] 0.62 [CoO2] is an outstanding p‐type
semiconducting thermoelectric with strong anisotropic properties. Texture engineering is …

Ca3Co4O9, a p-type thermoelectric material based on transition-metal oxides, has garnered
significant interest due to its potential in thermoelectric applications. Its unique misfit-layered …

Cobalt oxide, as one of the most fascinating examples of correlated electronic system,
exhibits several exotic transport characteristics, such as superconductivity, charge ordering …

In this study, we present a comprehensive analysis of the thermoelectric (TE) properties of
highly c-axis-oriented thin films of layered misfit cobaltates Bi2Sr2Co2O y. The films exhibit a …

The layered cobaltite [Ca 2 CoO 3] 0.62 [CoO 2], often expressed as the approximate
formula Ca 3 Co 4 O 9, is a promising candidate for efficient oxide thermoelectrics, but an …

The couplings among fundamental quantum parameters provide versatile freedom of
manipulations for useful electronic structures, based on which optimized oxygen evolution …

[Ca 2 CoO 3] 0.62 [CoO 2], a two dimensional misfit metallic compound, is famous for its rich
phases accessed by temperature, ie, high temperature spin-state transition, metal-insulator …

A noncoplanar spin ordering and a topological Hall effect (THE) may appear in triangular
lattice systems with 3/4-filling bands due to the nesting of the Fermi surface. One possible …

La termoelectricidad se ha estudiado durante más de dos siglos y su importancia recae en
el hecho de ofrecer un camino sostenible para recuperar y convertir el calor residual en …