Titanium dioxide (TiO 2) has been proved to be a leading semiconductor material to removal
of environmental pollutants. However, it suffers from low photocatalytic efficiency under …

The advantages of heterogeneous catalysis over homogeneous one, for example,
repeatable use of catalysts, easy separation of catalysts from products, etc., have been well …

Titanium dioxide (TiO2) is the most investigated crystalline oxide in the surface science of
metal oxides. Its physical and chemical properties are dominantly determined by its surface …

Titanium dioxide is a very important semiconductor with a high potential for applications in
photocatalysis, solar cells, photochromism, sensoring, and various other areas of …

The direct release of untreated wastewaters from various industries and households results
in the release of toxic pollutants to the aquatic environment. Advanced oxidation processes …

The development of a high-efficiency TiO2 photocatalyst is of great importance to a variety of
solar light conversion and application fields; the desired high efficiency can be achieved by …

Selective photocatalytic conversions are offering an alternative green route for replacing
environmentally hazardous processes with safe and energy efficient routes. This paper …

A facile hydrothermal approach has been developed to prepare defective TiO2− x
nanocrystals using Ti (III)-salt as a precursor and L-ascorbic acid as reductant and structure …

TiO2 mesoporous nanocrystalline microspheres assembled from uniform nanoparticles
were synthesized by a facile and template-free hydrolytic precipitation route in normal …

TiO2, in the rutile phase with a high concentration of self-doped Ti3+, has been synthesized
via a facile, all inorganic-based, and scalable method of oxidizing TiH2 in H2O2 followed by …