Imaging individual reactions reveals voltage-dependent catalyst design trade-offs
A single-turnover imaging method reveals that, during water dissociation on gold, regions with the strongest voltage response tended to have ...
A single-turnover imaging method reveals that, during water dissociation on gold, regions with the strongest voltage response tended to have ...
Operando Raman spectroscopy and molecular dynamics reveal that ordered interfacial water layers actively control CO2 reduction selectivity at industrial current ...
Chinese researchers report that copper catalysts prepared by a formic acid reduction method, especially on silica supports, deliver superior performance ...
Researchers at the Indian Institute of Science built a machine learning framework mapping nearly 10,000 reactions in CO2 hydrogenation on ...
Researchers have coupled ethane and carbon monoxide directly into propionic acid over a copper catalyst at room temperature, achieving selectivity ...
Chinese researchers report a carbon-layer-modified copper catalyst that converts furfural to furfuryl alcohol with 99.17 percent selectivity and remains stable ...
A Yale–Antwerp team coupled non-thermal plasma activation with copper gas diffusion electrodes, boosting C3+ hydrocarbon and oxygenate production from CO2 ...
A new Nature Protocols paper from the Chinese Academy of Sciences presents a standardized workflow combining operando spectroscopy and rational ...
Researchers have shown that electrochemically generated copper(I) catalyst can drive click chemistry reactions on gold biosensor surfaces with tunable efficiency ...
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© 2025 Scienmag - Science Magazine