Manganese oxide-based catalysts exhibit excellent low-temperature denitration efficiency,
making them potential candidates for application. Herein, the relationship between reaction …

Herein, a simple two-step synthetic method was developed for the synthesis of NiFe2O4
nano-microrods supported on Ketjenblack carbon (NiFe2O4/KB). A sodium tartrate-assisted …

Oxygen vacancies on the oxide surface are regarded to play critical roles in catalytic
oxidation reactions because they can alter the electronic and geometric properties of oxide …

A simple fabrication method that involves two steps of hydrothermal reaction has been
demonstrated for the growth of α-Fe2O3@ K-OMS-2 branched core–shell nanoarrays …

The electrocatalytic oxygen evolution reaction (OER) is important for many renewable
energy technologies. Developing cost-effective electrocatalysts with high performance …

Addressing the global environmental problem of water splitting to produce hydrogen fuel by
solar energy is receiving so much attention. In water splitting, the essential problem to solve …

Recent advancements in electron detectors and computing power have revolutionized the
rapid recording of millions of 2D diffraction patterns across a grid of probe positions, known …

Efficient utilization of atomic hydrogen (H⁎) is crucial for electrocatalytic dechlorination. We
synthesized a Pd/CuO x cathode by atomic reconstruction to boost H⁎ utilization, creating …

Addressing the global environmental problem of water splitting to produce hydrogen fuel by
solar energy is receiving so much attention. In water splitting, the essential problem to solve …