Sequential Reconstruction Unlocks Durable Oxygen Redox for High-Rate Green Hydrogen
A sequential leaching and reconstruction strategy creates a nickel oxyhydroxide catalyst that sustains lattice-oxygen redox for thousands of hours in ...
A sequential leaching and reconstruction strategy creates a nickel oxyhydroxide catalyst that sustains lattice-oxygen redox for thousands of hours in ...
A noble-metal-free MnOₓ(OH)ᵧ/GaN nanowire photocatalyst converts natural seawater and sunlight into hydrogen at 6.15 percent efficiency by using chloride ions ...
A coupled alkaline electrolysis and vacuum distillation system demonstrated at 250 kW uses electrolyzer waste heat to convert seawater into ...
A new Nature Energy study argues that Europe's green hydrogen transition depends on demand-side policies tailored to the geography of ...
A new Nature Energy analysis argues that designing hydrogen policies around geography — matching cheap renewable production sites to dense ...
A comprehensive new review details how two-dimensional MXene nanomaterials are advancing high-performance supercapacitors and electrocatalytic water splitting for sustainable energy ...
A University of the Basque Country study finds that the future global green hydrogen trade must balance economic, environmental and ...
Researchers have created a single-layer, edge-sharing 1T-RuO2 catalyst that achieves an ultralow 77 mV overpotential and over 1,100 hours of ...
A systematic study of well-defined nickel surfaces reveals how nickel oxide, nickel hydride, and nickel hydroxide species each contribute to ...
Researchers show that adding an optimized amount of Ti3C2Tx MXene to NiCo2O4 spinel dramatically improves the catalyst that limits the ...
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© 2025 Scienmag - Science Magazine