Researchers developed a dual-phase potassium-nickel vanadate composite from an annealed polyoxometalate precursor that achieves efficient hydrogen evolution in a neutral ...
Researchers developed an organic semiconductor photocatalyst sheet using microdomain underlayers that splits water into hydrogen and oxygen under simulated sunlight.
A comprehensive review shows how biomass-derived carbon nanostructures engineered with heteroatom dopants and tailored defects provide scalable, metal-free alternatives to ...
Researchers have theoretically designed a two-dimensional hybrid honeycomb-kagome germanene monolayer that opens an intrinsic electronic bandgap and delivers efficient catalytic ...
Hollow nickel sulfide spheres modified with electron-beam-induced sulfur vacancies achieved a low overpotential of 74.2 millivolts at 10 milliamperes per ...
A 3 wt% Pt/Fe3O4 catalyst with an actual platinum loading of 2.09% achieved HER and OER overpotentials of 72 and ...
A new review details how graph neural networks are accelerating the discovery of electrocatalysts for green hydrogen production by learning ...
Researchers fabricated a sponge-supported nickel boride electrode doped with just 0.02 atomic percent platinum that splits simulated seawater at industrial ...
A hydrothermally synthesized CdS-doped Ti3C2Tx MXene composite with 1 wt% CdS showed the best electrocatalytic hydrogen evolution performance in acidic ...
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 review outlines how integrated capture-conversion systems, impurity-tolerant catalysts, and electrolyzer engineering can make electrochemical CO2 reduction work with dilute ...
Researchers at Chengdu University have created a ceria-magnetite composite derived from a metal-organic framework that catalyzes both halves of water ...
Researchers have unveiled a hybrid electrode material that pulls double duty in the clean-energy economy, storing impressive amounts of charge ...
Scientists in China have synthesized the first hollow rare-earth-containing high-entropy carbide nanoparticles by one-pot molten-salt electroreduction, achieving a noble-metal-free hydrogen ...
A new review details how tunable porous and conjugated polymers are challenging platinum catalysts in electrochemical hydrogen production, with some ...
Researchers in China have synthesized five-metal high-entropy phosphide microrings that outperform lower-entropy counterparts for hydrogen evolution, offering controlled evidence that ...
Researchers have synthesized quaternary (RuMoVNb)Se2 alloy nanosheets that achieve near-platinum hydrogen evolution performance across the full pH range by combining ...
A quaternary NiO–In₂O₃–MoO₃/g-C₃N₄ nanocomposite uses interface-driven charge transfer to degrade dyes under visible light, detect antibiotics at nanomolar levels and ...
Researchers in India have shown how deposition potential, pH, and bath concentration switch nickel electrodeposition between instantaneous, progressive, and mixed ...
A new review in the Journal of Materials Science maps how machine learning, from graph neural networks to large language ...
