The generation of solar H 2 emerges as a promising avenue for leveraging solar energy,
contributing to mitigating climate change and restricting fossil fuel combustion. The …

The multiferroic bismuth ferrite (BiFeO 3, denoted as BFO) semiconductors have attracted
prominent recognition due to their unique physical properties and prospective industrial …

Current energy crisis and environmental issues, including depletion of fossil fuels, rapid
industrialization, and undesired CO 2 emission resulting in global warming has created …

In the present work, samarium-doped nickel manganese oxide was produced by employing
a straightforward co-precipitation method. A peak with a 2θ of 36° corresponded to the (110) …

Transition metal-based perovskites have emerged as highly promising and economically
advantageous semiconductor materials due to their exceptional performance in …

This study investigated the zinc oxide (ZnO) based heterojunction photocatalysts for
improved hydrogen production from water splitting. A sol-gel route was adopted to produce …

Spinel-type transition metal oxide-based catalysts are crucial for efficient electrocatalytic
oxygen and hydrogen generation. Therefore, in this study, zinc manganite (ZnMn 2 O 4) …

Green hydrogen is the fuel of the future and it becomes a booming topic around the world
recently as its consideration as a promising environmentally pleasant electricity provider for …

Bismuth ferrite (BiFeO 3) holds great potentials in the photoelectrocatalysis due to the
advantages of low cost, narrow band gap and good chemical stability. However, the …

The production of H 2 from raw bio-oil with high yield and purity requires the development of
reforming technologies with low energy requirements, minimized CO 2 emissions, and …