Composite metal oxide semiconductors are promising candidates for photoelectrochemical
water splitting (PEC WS) toward environmentally friendly hydrogen production. Among them …

Abstract Dihydrogen (H 2), commonly named 'hydrogen,'is considered as a promising
renewable fuel that does not emit carbon dioxide upon combustion. Nonetheless, since …

The fabrication of the semiconductor photoanode with good chemical stability, sufficient light
harvesting ability, and fast charge carrier separation and transportation capability is crucial …

InGaN nanorods are highly desirable candidates for photoelectrochemical water splitting
photoelectrodes because of their inherent material properties. However, their use is …

III-V materials have gained great interest in materials science community since a few
decades due to their versatile properties. Experimenting with the crystal phase, dimensional …

Cu2O has emerged as a promising material for sustainable hydrogen production through
photoelectrochemical (PEC) water splitting, while inefficient charge separation remains one …

In recent years, the development of wafer-level GaN nanowires photocatalyst loaded onto
silicon substrates has progressed rapidly depending on its simplicity of instrumentation …

In this study, we undertake a Bayesian optimization of the Hubbard U parameters of wurtzite
GaN and InN. The optimized Us are then tested within the Hubbard-corrected local density …

This chapter focuses on the availability of resources in e-waste from different equipment,
their processing techniques, and recycling applications of energy generation and building …

The complete photochemical reduction of CO2 depends on several factors related to the
catalyst–electrolyte interface that need to work synergistically to form the desired products; …