Understanding Ion Solvation Kinetics for Improved Catalyst Design

Solvation Kinetics at Electrocatalyst SurfacesRecent research at the Interface Science Department of the Fritz- Haber Institute has shed light on the electrosorption kinetics of ions and their reorganization at electrocatalyst surfaces. The study, which leverages transition state theory and modern spectroscopic techniques, reveals critical insights into how activation entropy and structural surface features like defects impact catalytic reactions. This […]

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Recent research at the Interface Science Department of the Fritz- Haber Institute has shed light on the electrosorption kinetics of ions and their reorganization at electrocatalyst surfaces. The study, which leverages transition state theory and modern spectroscopic techniques, reveals critical insights into how activation entropy and structural surface features like defects impact catalytic reactions. This…

Recent research at the Interface Science Department of the Fritz- Haber Institute has shed light on the electrosorption kinetics of ions and their reorganization at electrocatalyst surfaces. The study, which leverages transition state theory and modern spectroscopic techniques, reveals critical insights into how activation entropy and structural surface features like defects impact catalytic reactions. This…

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