Nowadays, graphene is considered one important achievement as a consequence of its
high potential in nanotechnologyand in the development of new environmental and energy …

The remarkable physicochemical properties of graphene (GR) and derivatives can be
leveraged in the photocatalytic activity of GR-semiconductor photocatalysts. The hitherto …

In this paper, different NaOH concentrations (2, 5, 10, and 15 M) were used to treat {001}
TiO2. The effect of NaOH on the crystal structure, morphology, optical properties, light raw …

Efficiency of oxide semiconductors for photocatalytic degradation of organic pollutants is
highly dependent on their morphology, particle size, electron-hole recombination and …

The unbridled expansion of advanced agricultural and industrial facilities has led to the
release of large amounts of ammonia (NH3), one of the most pernicious malodorants …

The rGO-TiO 2 composite catalysts were successfully synthesized by adopting a simple
solvothermal method followed by heating at mild condition of 300° C for 1 h, in which …

In this paper, one-dimensional SiO 2-TiO 2 nanofibers with large surface area and high
anatase thermal stability were prepared by a facile and economical electrospinning …

Abstract TiO 2-RGO (TG) nanocomposite applied as photocatalysts have been synthesized
via a facile low-temperature wet chemistry process, during which the reduction of graphene …

In this work, the oxygen defect strategy was conducted to promote photo-splitting H 2 S into
hydrogen (H 2) on the typical anatase TiO 2 with active {0 0 1} facet for the first time. Density …

In the last years, the development of photocatalysts has gained a growing interest in the
photoelectrochemical conversion. Here, we report a hetero-junction organic/inorganic …