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In der heterogenen Katalyse und bei der Entwicklung von Brennstoffzellen ist die schnelle und genaue Vorhersage der chemischen Reaktivität von äußerster Wichtigkeit. D. Loffreda et al. zeigen in ihrer Zuschrift auf S. 8456 ff., dass die Adsorptionsenergien von sauerstoffhaltigen Verbindungen auf verschiedenen Platin‐Nanopartikeln und ‐Oberflächen durch die generalisierte Koordinationszahl, ein nicht‐elektronischer...
Platinum is a prominent catalyst for a multiplicity of reactions because of its high activity and stability. As Pt nanoparticles are normally used to maximize catalyst utilization and to minimize catalyst loading, it is important to rationalize and predict catalytic activity trends in nanoparticles in simple terms, while being able to compare these trends with those of extended surfaces. The trends...
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