Countries worldwide are seeking to decarbonize the planet by 2050 to mitigate climate
change. Green hydrogen (H 2) from water electrolysis is vital to worldwide decarbonization …

Current H 2 production systems mainly rely on the steam reformation of fossil fuels, whereby
CO 2 and H 2 are generated by exhausting their finite source in industry. In this paper, the …

For the sake of people's health and the safety of the environment, more efforts should be
directed towards the fabrication of gas sensors that can operate effectively at room …

In this work, ZnO has been synthesized with a variety of nanomorphologies, including
nanorods (NRs), nanodiscs (NDs), and nanorods/nanodiscs (NRs/NDs), to enhance CO2 …

In this study, we examined whether catalysts with many defects have excellent photoactivity.
We prepared ZnO nanoplates with varying degrees of defects in a short time of 4 h by …

Although lead halide perovskite materials have fascinating properties, the poisonous lead
element and poor stability prevent their potential applications as photocatalysts. In this study …

Under the influence of visible light, the photoelectrochemical (PEC) method of water splitting
offers a green method for producing sustainable hydrogen. In this work, several volume …

The impact of geometric features, light absorption spectra, and electrochemical active
surface area on photoelectrochemical properties was investigated in this work. Nanoforests …

Hydrogen is recognized as the most promising renewable energy source and can be
efficiently produced through water photo-electrolysis green process. This study investigates …

One of the emerging and environmentally friendly technologies is the photoelectrochemical
generation of green hydrogen; however, the cheap cost of production and the need for …