ausblenden:
Schlagwörter:
Shil'nikov chaos; Potential oscillations; Formic acid oxidation; Bismuth ion; Pattern formation of interfacial potential; irreversibly adsorbed adatoms; electrochemical oxidation; formaldehyde oxidation; heterogeneous electrocatalysis; anodic-dissolution; oscillations; platinum; electrodissolution; system; waves
Zusammenfassung:
We report experimental observations of potential oscillations in electrocatalytic oxidation of formic acid with bismuth ion on the Pt ring electrode. Potential oscillations were investigated under galvanostatic conditions. The presence of bismuth ion enables to get the low and stable potential values at larger current range. Periodic and Shil'nikov chaotic potential oscillations were observed at fixed current. To extract information from the oscillation pattern, we used time series, reconstructed attractor, next-maximum map, pattern formation of interfacial potential above ring electrode.
