UC Davis researchers developed stable platinum catalysts for hydrogenation, enhancing efficiency with nanoscale confinement techniques on cerium oxide islands.
This study presents a novel method for assembling lightweight pyrolytic carbon lattices, optimizing mechanical properties for aerospace sandwich structures.
Lithium-ion (Li-ion) batteries are an integral part of society, from cellphones and laptops to electric vehicles. While Li-ion batteries have been a major success to date, scientists worldwide are racing to design even better ?"beyond Li-ion" batteries in the shift toward a more electrified world.
This study presents a breakthrough catalyst for photo-driven CH4 carbonylation, achieving 96.5% selectivity for acetic acid under moderate conditions.
Attractive metal-metal bonding occurs in a variety of molecules made of metallic atoms such as Iridium (Ir). Current theoretical and experimental methods have shown the existence of two isomers for Ir-Ir molecular systems, but researchers have not been able to predict the proportions of these two isomers or how they interact.
Ehime University researchers investigate valence electron behavior in antiferromagnetic crystals, shedding light on quantum spin liquids and superconductivity.
UC Davis and SSRL researchers created MS-QuantEXAFS, advancing single-atom catalyst analysis by automating data processing and enhancing structural insights.
Astatine-211 (At-211) is one of a handful of promising alpha emitting radioisotopes for cancer therapy. Its short 7.2-hour half-life means that it must be handled quickly to minimize losses due to radioactive decay.
Innovative chlorination method using iron and sulfur catalysts at Rice University offers precise control and reduces environmental impact in chemical synthesis.
This study in Nature Communications reveals how xenon co-flow enhances step coverage in CVD for boron carbide films, improving uniformity and deposition rates.
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