Researchers have theoretically designed a two-dimensional hybrid honeycomb-kagome germanene monolayer that opens an intrinsic electronic bandgap and delivers efficient catalytic ...
Researchers developed a bilayer photoanode combining ferroelectric lead titanate nanoplates and nickel-cobalt layered double hydroxide nanosheets to prevent stainless steel ...
A 3 wt% Pt/Fe3O4 catalyst with an actual platinum loading of 2.09% achieved HER and OER overpotentials of 72 and ...
Scientists have engineered high-performance iron-carbon electrocatalysts for rechargeable zinc-air batteries by using precursor coordination chemistry to establish direct sulfur-to-iron electronic ...
A new review details how graph neural networks are accelerating the discovery of electrocatalysts for green hydrogen production by learning ...
A sol-gel manganese-iron phosphide catalyst reached oxygen evolution overpotentials of 115 and 498 millivolts in alkaline water electrolysis while remaining ...
Researchers fabricated a sponge-supported nickel boride electrode doped with just 0.02 atomic percent platinum that splits simulated seawater at industrial ...
Researchers synthesized crystalline CoNiBâ‚‚ nanoflower electrocatalysts in twenty seconds using molten boron oxide, achieving an overpotential of 271 mV at ...
Ruthenium placed at octahedral cobalt sites in spinel Co3O4 activates a dual-metal reaction pathway that sustains acidic oxygen evolution for ...
A defect-and-entropy co-engineered high-entropy layered double hydroxide cuts the oxygen evolution overpotential to 256 mV at 10 mA/cm2 and runs ...
A new open-access review examines how noble-metal-free oxide–graphene nanocomposites can be designed as electrocatalysts for direct seawater electrolysis.
Researchers show that zinc-driven local coordination flexibility, not bulk magnetization alone, governs how strongly high-entropy spinel oxide catalysts respond to ...
A nickel–cobalt alloy catalyst anchored on nitrogen-doped carbon nanotubes achieved low overpotentials for both water-splitting half-reactions and ran stably in ...
A laboratory study found that a boron-modified high-entropy selenide catalyst combined active-site self-repair with a chloride-repelling selenate layer to sustain ...
Cooling a manganese dioxide electrocatalyst close to water’s freezing point suppressed permanganate-driven degradation more strongly than it reduced oxygen evolution ...
Researchers at Chengdu University have created a ceria-magnetite composite derived from a metal-organic framework that catalyzes both halves of water ...
Researchers have shown that substituting nickel for iron in a cobalt-free lanthanum strontium ferrite perovskite sharply improves both oxygen evolution ...
Researchers used room-temperature vanadium cation exchange to reconstruct MOF-derived cobalt hydroxide electrodes with oxygen vacancies that dramatically boost oxygen evolution, ...
An interpenetrated RuO2/Co3O4 heterostructure couples two oxygen evolution mechanisms through short interfacial Ru–O–Co bridges, delivering record activity and long-term stability ...
Researchers used nitrate and chloride ions to steer a one-step electrodeposition process that grows a durable Ni/Ni(OH)2 hybrid catalyst on ...
