Co 3 O 4-based catalysts are promising systems for volatile organic compounds (VOCs)
elimination. In the last few years, significant efforts have been devoted to improving their …

Transition metal oxides have high photothermal conversion capacity and excellent thermal
catalytic activity, and their photothermal catalytic ability can be further improved by …

Volatile organic compounds (VOCs) cause severe environmental pollution and are
potentially toxic to humans who have no defense against exposure. Catalytic oxidation of …

The alternative use of electric energy by renewable energy to supply power for catalytic
oxidation of pollutants is a sustainable technology, requiring a competent catalyst to realize …

Designing reactive surface clusters at the nanoscale on metal‐oxide supports enables
selective molecular interactions in low‐temperature catalysis and chemical sensing. Yet …

Atmospheric pollutants can deteriorate air quality and put human health at risk. There is a
growing need for green, economical, and efficient technologies, among which catalytic …

Hydrogen is an ideal alternative to fossil fuels owing to its renewable, carbon-free, high-
energy-mass, and sustainable nature. The aim of this study was to develop a cost-effective …

The development of high-performance nonprecious metal catalysts that are resistant to
water and poisoning is of great importance for industrial methane treatment and is …

Abstract Metal-organic frameworks (MOF)-derived materials have been a research hotspot
in the field of gas sensor. In this work, the MOF-derived spindle-like In 2 O 3 mixed with the …

Abstract In this study, CuO@ SiO 2 core-shell catalysts were successfully synthesized and
applied to efficiently remove hazardous gaseous pollutant arsine (AsH 3) by catalytic …