CO 2 electrolysis technology powered by renewable electricity is a sustainable strategy to
reduce anthropogenic carbon emissions while producing valuable chemicals. Unfortunately …

The development of single-atom catalysts with effective interfaces for biomass conversion is
a promising but challenging research area. In this study, a Ru1/CoO x catalyst was …

The semiconducting behavior of mixed-valence copper sulfides arises from the pronounced
covalency of Cu–S bonds and the exchange coupling between CuI and CuII centers …

Graphene-based semiconductor materials are commonly used in CO 2 reduction
experiments to provide stability against climate change and energy crises. The lack of …

The development of cost‐effective and efficient catalysts for the hydrogen evolution reaction
(HER) has been a subject of intense research for sustainable and clean energy in recent …

Heterometal-doped nickel-oxy-hydroxides or high-entropy multimetallic oxides show notable
electrocatalytic activity. Herein, a readily available Anderson-type polyoxometalate (POM) …

The selective electrocatalytic oxidative upgradation of 5-hydroxymethylfurfural (HMF) is a
promising approach to synthesize 2, 5-furandicarboxylic acid (FDCA), an alternative bio …

Despite nickel foam (NF) being often used as electrode support, the commonly adapted
pretreatment strategy (high acid concentration and ultrasonication) may result in …

Organic polymers have attracted considerable interest in designing a multifunctional
electrocatalyst. However, the inferior electro-conductivity of such metal-free polymers is often …

Mixed-valence iron chalcogenides with the common formula Fe3X4 (X= Se, S, O) exhibit
unique electronic properties due to the presence of FeII and FeIII in their sub-lattices, making …