Oxygen evolution reaction (OER) is essential to the water splitting and CO2 reduction
reactions, while this reaction is kinetically sluggish and demands the efficient electrocatalyst …

This study developed visible light-driven ABO 3 type (perovskite) lanthanum chromite
(LaCrO 3) and Co–Ni co-doped (La 1-x Co x Cr 1-y Ni y O 3; LCCNO) photocatalyst using a …

Recently, there has been a huge research interest in developing robust, efficient, low-cost,
and earth-abundant materials for water and urea electrolysis for hydrogen (H2) generation …

Developing a facile strategy to activate the inert crystal face of an electrocatalyst is critical to
full‐facet utilization, yet still challenging. Herein, the electrocatalytic activity of the inert …

Electrocatalysts with outstanding electrochemical performance and ecofriendly nature are
desired for water-splitting studies to develop substantial hydrogen energy resources. In this …

Graphene-based materials have been regarded recently as a promising substance for
electrochemical energy conversion and storage devices owing to their unique structure and …

Defect engineering is a powerful strategy for enhancing the catalytic properties of monolayer
VSe 2. In this work, we used density functional theory (DFT) to investigate the impact of point …

Efficient photocatalysts possess significant potential for the technology of green hydrogen
(H2) production and environmental sustainability. Photocatalytic water splitting represents a …

Regulating the exposed crystal facets of electrocatalysts is an effective means to enhance
their electrocatalytic activity. However, related studies have focused mainly on traditional …

The improvement of charge separation and utilization efficiency plays a vital role in attaining
efficient photocatalytic conversion processes. In this study, MnCoSe 2/RP heterojunctions …