Tag: oxygen vacancies

A durable catalyst featuring platinum nanoparticles embedded in indium oxide achieves stable carbon dioxide conversion to methanol for over 180 ...

A synthesized lithium, zirconium, and nickel multi-metal oxide nanocomposite exhibited concentration-dependent in vitro cytotoxicity against cultured HepG2 liver carcinoma cells ...

Researchers engineered a defect-rich cerium oxide and palladium nanozyme that generates localized reactive oxygen species to eliminate bacteria while sparing ...

Researchers found that incorporating boron into bismuth tungstate outperforms co-doping to boost both visible-light dye degradation and electrocatalytic oxygen evolution.

Density functional theory calculations show that surface mid-gap electronic states on silver tungstate lower energetic barriers to drive mild sulfide ...

A CeO2-Cu composite catalyst achieved 100% glycerol conversion and 90.34% lactic acid selectivity at 190 °C while resisting copper aggregation ...

A ternary MoS2/cobalt ferrite/ceria nanocomposite with 40 mol% ceria reached 1141.41 F g−1 at 1.8 A g−1 and retained 97.1% ...

A one-step plasma method anchors copper single atoms on nitrogen-doped TiO2, achieving a hydrogen evolution rate of 7.82 mmol per ...

Researchers engineered a polymer-coated, co-doped vanadium dioxide cathode that significantly enhances capacity and cycling durability in aqueous zinc-ion batteries.

A new review argues that rare earth metals such as cerium, yttrium, europium, and terbium can steer the complex electrochemical ...