Catalytic combustion is an advanced technology to eliminate industrial volatile organic
compounds such as toluene. In order to replace the expensive noble metal catalysts and …

Transition metal oxides have drawn considerable interest due to their distinctive structure,
multiple notable oxidation states, non-toxicity, and environmental sustainability. In the field of …

To improve the reactivity and lifetime of catalysts in the catalytic ozonation of toluene, a
simple strategy was provided to regulate the morphology and microstructure of δ-MnO2 via …

Catalytic ozonation has gained considerable interest in volatile organic compound (VOC)
elimination due to its mild reaction conditions. However, the low activity and mineralization …

The co-doping effect of a rare earth (RE) metal and a transition metal (TM) on ceria oxidation
catalysis through the evaluation of samarium-copper co-doped catalysts with Ce-Sm-xCu-O …

Catalytic oxidation of o-xylene was investigated on CeO 2 nanocubes calcined at 350, 450,
550, and 650 C, among which the samples calcined at 550 C exhibited the highest activity …

BTX (benzene, toluene, and xylene) in atmosphere, mainly emitted from various industrial
processes and transportation activities, are of particular concern due to their potentially …

Meticulous surface engineering of layered structures toward new functionalities is a
demanding challenge to the scientific community. Here, we introduce defects on varied …

CeO2 samples were synthesized via the polymeric precursor method at different calcination
temperatures. Electric properties were investigated using positron annihilation lifetime …

SrWO4 (SWO) and Eu3+ doped SrWO4 (SEWO) scheelite samples were synthesized using
a polyol method. Crystallite sizes of the as prepared samples annealed at 300 and 500° C …