The demand for energy generation and environmental remediation has inspired the design
of green photocatalysis. Owing to their high surface area, superior charge mobility, and high …

Nanomaterials derived from metal tungstates featuring transition metals have emerged as a
focal point in electrochemical research due to their abundant natural sources, cost …

Environmental pollutants such as organic dyes are major focal areas of the current era. For
this reason, excellent photocatalytic substances are needed time to degrade such water …

Graphene has become an ideal reinforcement for reinforced metal matrix composites due to
its excellent mechanical properties. However, the theory of graphene reinforcement in …

Earth abundant metal sulphides such as Cu 2 S and NiS 2 are potential materials to be used
as photocatalysts because of their advantageous optical and biological aspects. In this …

The development of highly active and recoverable heterogeneous catalysts for
peroxymonosulfate (PMS) activation to remove the persistent presence of antibiotics in …

In this research, we attempted to modify the bandgap of anodic titanium oxide by in situ
incorporation of selected elements into the anodic titanium oxide during the titanium …

In this work, a monolithic NiS 2/In 2 S 3@ PDMS/NF gas diffusion photocatalyst is
elaborately designed and synthesized. The synergy of structure and component gives …

The effect of the structural distribution of monolayer graphene in the metal matrix on the
mechanical properties of the composites was investigated using classical molecular …

This study explores the role of porosity in the impact deposition of a ceramic-reinforced
metal-matrix (ie, Al/B 4 C) composite coating fabricated via cold spraying. The Johnson …