With increasingly strict environmental regulations and greater awareness of the need for
environmental protection, much attention has been given to air pollution caused by diesel …

The development of highly efficient catalysts for low-temperature NO x abatement still
existed as a scabrous issue. An acid-etched mullite-type SmMn2O5 catalyst (SM-E) was …

The emission of gaseous pollutants such as NO x, volatile organic compounds, and CO, is
considered as one of the most serious challenges for the environment and climate. Catalytic …

Revealing the catalytic oxidation mechanism of volatile organic compounds (VOCs) is
insightful for the development of efficient catalysts. However, because of the complicated …

Mn-based mullite catalyst GdMn 2 O 5 is developed via the hydrothermal method to
efficiently remove volatile organic compound acetone with a high efficiency and stability in …

Nanofiber catalysts are potentially promising to be equipped in the lean-burned vehicle
exhaust emission system considering its facile synthesis, low-cost, long durability in contrast …

The hydrothermal stability of NO oxidation is the key to the practical application of diesel
oxidation catalysts in diesel engines, which in the laboratory requires that NO activity does …

Catalyst with high performance has drawn increasing attention recently due to its significant
advantages in chemical reactions such as speeding up the reaction, lowering the reaction …

Ammonia leakage emissions are an important environmental issue in the management of air
pollutants. This paper summarizes the current development in the field of the selective …

Mn‐based mullite oxides AMn2O5 (A= lanthanide, Y, Bi) is a novel type of ternary catalyst in
terms of their electronic and geometric structures. The coexistence of pyramid Mn3+–O and …