The status of the electrode/electrolyte interface determines the key properties of electrocatalytic systems - activity, selectivity, and stability. The status of the interface itself is determined by numerous factors: the electrode material composition, surface morphology, and the electrolyte effects. In this work, the role of these effects on the electrocatalytic properties is elucidated for several specific cases, namely reactions significant for energy conversion in the so-called “hydrogen economy”.
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The status of the electrode/electrolyte interface determines the key properties of electrocatalytic systems - activity, selectivity, and stability. The status of the interface itself is determined by numerous factors: the electrode material composition, surface morphology, and the electrolyte effects. In this work, the role of these effects on the electrocatalytic properties is elucidated for several specific cases, namely reactions significant for energy conversion in the so-called “hydrogen ec...
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