This work reveals the synergy between homogeneous and heterogeneous catalysis for the efficient and selective H2O2 activation, realizing excellent AOPs with very low Fe2+ input, enhanced selectivity, and potential large-scale applications.
A brand-new porous and hierarchical nano/micro sheet-to-sheet morphology of FeMnZn/Mn-FeS (FMZS2) electrocatalyst endows optimal intrinsic activity, high specific surface area and favorable conductivity, which delivers great HER/OER performance.
This review summarizes the recent research progress in vanadium/manganese-based composite materials, focusing on green synthesis strategies employing the composite support materials CNTs, GO, MOF-derived carbon, MXenes and other hybrid carriers.
An OER catalyst was developed by ball milling todorokite-type δ-MnO2 manganese nodules, and its catalytic activity was investigated using operando XAFS to elucidate structure–activity relationships.
Two manganese-based catalysts, Mn4L8 and Mn4L6, were synthesized to explore the influence of different metal coordination modes on photocatalytic activity.