Laser-Tuned Platinum-Copper Electrodes Turn CO2 Into Ethylene and Ethanol
Korean researchers used laser ablation to transform platinum-coated copper electrodes from hydrogen producers into selective catalysts for ethylene, ethanol, and ...
Korean researchers used laser ablation to transform platinum-coated copper electrodes from hydrogen producers into selective catalysts for ethylene, ethanol, and ...
A sulfur-modified carbon nitride and vanadium pentoxide heterostructure achieves efficient water splitting and near-complete sonophotocatalytic degradation of tetracycline, offering a ...
A new review argues that operando Raman spectroscopy, which watches catalysts transform in real time inside working electrolyzers, is the ...
Researchers optimized pulsed nickel electrodeposition on titanium to create a durable, noble-metal-free hydrogen evolution catalyst that performs across acidic, alkaline, ...
Researchers in China have shown that electrochemically texturing nickel before ultrasonic treatment in liquid gallium enables rapid, low-temperature synthesis of ...
Researchers recovered nearly all the cobalt from spent phone batteries and pressed it into a low-cost graphite electrode that split ...
Researchers at Banaras Hindu University have created a metal-free carbon dot and graphene nanocomposite that selectively converts oxygen into hydrogen ...
Researchers have developed a nitrogen-doped tin catalyst that enriches carbon-13 from natural-abundance carbon dioxide to over 14 percent at room ...
A nickel-based catalyst with asymmetric molybdenum–nickel atom pairs achieves over 2,000 hours of stable water oxidation at industrial current densities ...
Egyptian researchers have shown that doping sputtered nickel oxide thin films with 7 percent copper slashes the methanol oxidation onset ...
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© 2025 Scienmag - Science Magazine