The rapid advancement of the global industry has led to energy shortage and environmental
pollution. To mitigate against these issues, researchers and scientists are develo** simple …

Photocatalytic water splitting with solar light is one of the most promising technologies for
solar hydrogen production. From a systematic point of view, whether it is photocatalyst and …

Hydrogen is potentially one of the most attractive and environmentally friendly fuels for
energy applications. Safe and efficient generation, storage, and utilization of hydrogen …

The rapidly increase in the world's population has resulted in a corresponding increase in
the energy demand. This demand is largely being met by fossil fuels for power generation …

This review focuses on the efficiency of different nanomaterials used in photocatalytic
hydrogen production. Some 200 articles were reviewed for photocatalytic hydrogen …

Microporous and mesoporous silicas are combined with nanoparticulate CdS particles to
form hybrid photocatalysts that produce H2 from water/ethanol solutions under visible light …

The photocatalytic production of H2 from water splitting was demonstrated on
Ni/NiO/KNbO3/CdS nanocomposites using visible light irradiation at wavelengths> 400 nm …

The iron oxide photoanode was modified with a graphene–carbon nanotube (CNT)
composite conducting scaffold for efficient charge transfer from Fe2O3 particles to …

Abstract Quaternary compound semiconductor Cu 2 ZnSnS 4 (CZTS), which appears to be a
promising candidate for the absorber of a thin film type solar cell, was grown on …

The depletion of non-renewable resources and rise in global warming has caused great
concern to humankind. With a view to use renewable source of energy and to eliminate …