The presence of hazardous pollutants in water sources as a result of industrial activities is a
major environmental challenge that impedes the availability of safe drinking water …

A facile, rapid, and scalable electrophoretic deposition approach is developed for the
fabrication of large-area chemically derived graphene films on conductive substrates based …

Nanoparticle films have become a promising low-cost, high-surface-area electrode material
for solar cells and solar fuel production,. Compared to sintered nanoparticle films, oriented …

Hetero-element doping (eg, N, F, C) of TiO2 is inevitably accompanied by significantly
increased structural defects due to the dopants' nature being foreign impurities. Very …

Owing to several appealing properties such as environmental compatibility, ease of
synthesis, photostability, high surface area, non toxicity, and chemical stability, titania (TiO 2) …

The surface properties of the electrode materials play a crucial role in determining the
performance and efficiency of energy storage devices. Graphene oxide and nanostructures …

Here we report a facile surface modification route, metal ion coordination, to improve the
photoactivity of carbon nitride. The metal ions coordinating into the plane of g-C3N4 …

Titania nanotube arrays have attracted significant scientific interests due to the interrelation
of material functional properties with a controllable nanostructure. Superior properties of well …

Metal insulator transitions in strongly correlated materials, induced by varying either
temperature or dopant concentration, remain a topic of enduring interest in solid-state …

Catalytic conversion of nitrate (NO 3−) pollutants into ammonia (NH 3) offers a sustainable
and promising route for both wastewater treatment and NH 3 synthesis. Alkali cations are …