Conspectus During the last few decades, the design of catalytic systems for CO2 reduction
has been extensively researched and generally involves (1) traditional approaches using …

The “greenhouse effect” caused by presence of the large amounts of carbon dioxide (CO 2)
is becoming extremely serious for the environment. Therefore, it is crucial to advance the …

The catalytic efficacy of the monobipyridyl (η6-para-Cymene) Ru (II) half-metallocene,[(p-
Cym) Ru (bpy) Cl]+ was evaluated in both mixed homogeneous (dye+ catalyst) and …

Covalent triazine frameworks (CTFs) have great potential for photocatalysis. However, the
electron-hole recombination and the lack of efficient catalytic sites constrain the activity and …

An inorganic intergrowth bulk heterojunction (IIBH) NiO (Ti)/Ti3O5 (Ni, Ga) has been
constructed by two-stage topological pyrolysis method based on the structure memory effect …

The quenching of photogenerated carriers in photocatalysis is an intrinsic adverse effect that
cannot be coupled with the surface reaction step, which has a longer lifetime. To this end …

Hydrogen (H 2) is increasingly recognized as a key player in the journey towards carbon
neutrality, with ammonia (NH 3) and formic acid (FA) emerging as significant hydrogen …

The electrochemical reduction (ECR) of CO2 to CO by nickel-N4-Schiff base complexes as
catalysts was investigated using density functional theory (DFT). Three nickel complexes, 1 …

A novel electrophilic phosphorylmethylating reagent, S-([diethoxyphosphoryl] methyl)
dibenzothiophenium salt, has been successfully synthesized with readily available starting …

Hydrogen (H2) is increasingly recognized as a key player in the journey towards carbon
neutrality, with ammonia (NH3) and formic acid (FA) emerging as significant hydrogen …