Photocatalytic carbon dioxide (CO2) reduction for high-value hydrocarbon fuel production is
a promising strategy to tackle global energy demand and climate change. However, this …

How to control the synthesis and modification of nanomaterials is an important topic in the
past decades, which directly affects the physicochemical properties and wide application …

In this study, natural sepiolite was employed as the support of TiO 2 for improving the
photocatalytic degradation activity for indoor formaldehyde (HCHO) under solar light. The …

Recognizing the need for a hand-held device capable of quantitatively measuring the
concentration of bacteria in water, this paper describes a label-free method for rapid …

Superhydrophobic photocatalytic self‐cleaning films are fabricated via aerosol‐assisted
chemical vapor deposition (AACVD). First, superhydrophobic/SiO2 polymer films consisting …

The design and synthesis of novel materials with significant performance is the main goal for
the researcher working on wastewater treatment methods. Hence, in this work, the visible …

In this study, a systematic analysis of the changes brought about by low-energy ion beam
irradiation in NiO thin films has been carried out. NiO thin films, deposited on glass …

An energy-saving catalyst 4% Fe/Ce-Mn-TiO 2 was prepared via a simple one-step
impregnation-annealing process and used as a denitration catalyst at low temperature (≤ …

Photoelectrochemical water splitting offers a synergistic method for producing hydrogen
using solar energy and an external bias with no emissions. Since the water oxidation …

Titanium dioxide nanoparticles, or TiO₂ NPs, have shown potential in the fight against a
range of diseases, including bacteria, viruses, fungi and parasites. Doping metals with …