Atomic-resolution imaging of gold species at organic liquid-solid interfaces · S. Sullivan-Allsop et al.
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Sam Sullivan-Allsop1,2†, Nick Clark1,2†*, Wendong Wang2,3†, Rongsheng Cai1, William Thornley1, David G. Hopkinson4, James G. McHugh2,3, Ben Davies5, Samuel Pattisson6, Nicholas F. Dummer6, Rui Zhang1,2, Matthew Lindley1, Gareth Tainton1, Jack Harrison1,2, Hugo De Latour1,2, Joseph Parker1,2, Joshua Swindell1, Eli G. Castanon2,3, Amy Carl2,3, David J. Lewis1, Natalia Martsinovich7, Christopher S. Allen4,8, Mohsen Danaie4, Andrew J. Logsdail6, Vladimir Fal’ko2,3, Graham J. Hutchings5, Alex Summerfield2, Roman Gorbachev2,3,9*, Sarah J. Haigh1,2* The structure and dynamics of adsorbed atoms (adatoms) at solid-liquid interfaces determine the performance of advanced catalysts, electrochemical devices, molecular separation technologies, and metal extraction from waste streams. However, in situ investigations of atomically dispersed metals in various chemical environments have been prevented by insufficient imaging resolution and solvent incompatibility. …
摘自《科学》(Science)第392卷 第6793期 · 2026年4月2日,S. Sullivan-Allsop et al.。仅引用开头一小段供了解文章,版权归原刊所有,全文请阅读原刊。