single-atom layer
single-atom catalyst
single-atom sites
single-atom doping
single-atom effect
single-atom supported
single-atom dispersed
researchers are synthesizing single-atom catalysts for improved efficiency.
the single-atom layer exhibits unique catalytic properties.
single-atom doping enhances the material's conductivity.
characterizing single-atom sites is crucial for understanding catalysis.
the single-atom catalyst demonstrates high activity and selectivity.
stabilizing single atoms on supports remains a significant challenge.
single-atom catalysts offer a promising route to sustainable chemistry.
we observed a strong correlation between single-atom density and performance.
the single-atom catalyst's performance surpasses traditional materials.
advanced microscopy techniques reveal the location of single atoms.
single-atom catalysts are being explored for various industrial applications.
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