Increasing interest in tetrazoles and tetrazole based materials in the recent century has been
followed by enormous research efforts devoted for the synthesis of various kinds of materials …

Abstract Herein, Pd and Pt-catalysts loaded on non-oxide support (gC 3 N 4) were prepared
and compared for CO and toluene co-oxidation, and Pt/C 3 N 4 presented excellent catalytic …

The present work elucidated the role of oxygen species in toluene oxidation over Co 3 O 4-
base catalysts. Co 3 O 4 nanoneedles, nanoflowers, nanocubes, and nanoplates (denoted …

The mechanism of synergistic treatment of VOCs and NH 3 is poorly understood, it urgently
needed to study the co-adsorption/in-situ catalytic oxidation mechanism. In this study, we …

Promoting the catalytic activity by engineering oxygen vacancies is a fascinating strategy in
heterogeneous catalysis. Herein, a series of metal oxide catalysts with different metal doping …

Enhancing oxygen activation through defect engineering is an effective strategy for boosting
catalytic oxidation performance. Herein, we demonstrate that quenching is an effective …

Constructing the interfacial active sites between noble metals and oxides is an effective way
to enhancing the catalytic performance of noble metal-supported catalysts. Meanwhile, ultra …

To realize the directional conversion of biomass to produce hydrogen-rich syngas, biomass
gasification with a complex reaction system was decoupled into two sub-processes. NiFe 2 …

To study the promoting effect of strong metal–support interactions (SMSIs) on the catalytic
oxidation of ethyl acetate, a series of Pd/CeO2 catalysts with different CeO2 support …

Oxygen vacancy engineering is a proven method to promote catalytic performance. In this
paper, a series of alkaline earth metal-doped layered MnO 2 catalysts were prepared to …