Surface vacancies and steps act as catalytic hotspots
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Surface vacancies and steps act as catalytic hotspots, where under-coordinated atoms on matter surfaces enhance adsorption and reaction rates.
Surface vacancies and steps act as catalytic hotspots, where under-coordinated atoms on matter surfaces enhance adsorption and reaction rates.
Surface quenching controls martensite formation near matter surfaces, yielding hard skins over tough cores for wear-prone mechanical components.
Surface-integrated metastructures manipulate waves, enabling cloaking, beam steering, and polarization control on engineered matter surfaces across spectra.
Grain boundary matter surfaces within polycrystals act as pathways for diffusion and corrosion, influencing mechanical strength and failure modes.
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