In the present study, Cobalt oxide (Co 3 O 4)/Copper oxide (CuO) nanoflower catalysts were
synthesized through a one-step solvothermal method, and the impact of various factors …

With increasingly severe air pollution and improvement in people's environmental
awareness, air pollutant treatment, especially for soot particles (PMs), has become a …

Abstract Co 3 O 4@ SiO 2 yolk-shell materials containing Co 3 O 4 nanoparticles protected
against aggregation and easily accessible for gaseous reactants inside a mesoporous SiO 2 …

To improve catalytic activity and sulfur dioxide and water resistance of the 0.25 Pt/TiO 2
catalyst and explore the simple catalyst preparation method suitable for industrial …

Acid mine drainage is rich in metals (including transition metals), so the neutralization
treatment based on AMD for in situ regulation will ultimately result in sludge with potential …

A precious metal-free bimetallic Fe x Mn1–x (OH) y hydroxide catalyst was developed that is
capable of catalyzing aerobic C–H oxidation reactions at low temperatures, without the need …

NaBH4 is an attractive candidate for closed-loop hydrogen generation in small practical
applications owing to its ambient condition hydrogen release mechanism, non-toxic …

Designing new catalytic materials with bi-or trimetallic cores for higher catalytic performance
is a key aspect of current research. The current research describes the effect of an indium …

The synthesis of Co and Ce oxide nanoparticles using precipitation of precursor salt
solutions in the form of microdroplets generated with a nebulizer proved to be an efficient …

The oxygen vacancies and surface oxygen species play pivotal roles in CO catalytic
oxidation. In this study, Co3O4− CeO2 supported on resin based spherical activated carbon …