Alumina materials, as one of the cornerstones of the modern chemical industry, possess
physical and chemical properties that include excellent mechanical strength and structure …

Methane is the most stable hydrocarbon with a regular tetrahedral structure, which can be
activated and oxidized above 1000° C in conventional combustion. Catalytic oxidation is an …

In this work, we have successfully triggered the aqueous auto‐redox reactions between
reductive Ce (OH) 3 and oxidative MnO4−/Pd2+ ions to form PdO/Mn3O4/CeO2 (PMC) …

In the present work, we report a facile oxalate-derived hydrothermal method to fabricate α-, β-
and δ-MnO 2 catalysts with hierarchically porous structure and study the phase-dependent …

Hydrogen, a clean energy carrier, can be produced from renewable sources such as
biomass and waste, but it is needed to develop new catalysts with high resistance against …

Improving sulfur resistance of palladium-based catalysts is crucial for the sustained and
efficient methane combustion. Herein, the surface property of catalysts was rationally …

The preparation of palladium-based catalysts with both high catalytic activity and
hydrothermal stability currently appears as a critical topic in methane combustion. Herein …

Catalytic combustion of methane is a promising technology to abate unburnt methane from
the expanding natural gas industry, and the catalytic performance depends on the electronic …

The development of efficient and stable non-noble metal-based catalysts for low-
temperature methane combustion is extremely important and still a profound challenge …

Supported precious-metal single-atom catalysts (PM SACs) have emerged as a new frontier
of high-performance catalytic material with 100% atom utilization efficiency. However, the …