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In this work, the mechanism of oxygen reduction in Bilirubin oxidase (BOD) is analyzed using a rotating ring-disc electrode (RRDE).
A quantitative electrochemical investigation of the formation of copper oxide films on Cu70Zn30 in [NH3 + (NH4 2SO4] solutions was carried out on the basis of measurements obtained using a rotating ring-disc electrode.
The radical generation was further confirmed by the measurement of the half-wave potential for the cathodic reduction and the pH dependence of the decay rate using a rotating ring-disc electrode.
Formation of H2O2 by the ORR in acidic medium was investigated by linear voltammetry using a rotating ring-disc electrode, whose glassy carbon disc contained a microporous layer of the catalyst.
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The electrochemical analysis was accomplished using a rotating ring-disk electrode.
The amount of H2O2 generated in the reaction was detected using a rotating ring-disk electrode.
A rotating ring-disc electrode was used to quantify the incorporation of the NMP in the PPy films.
The electrochemical behavior of 25 pyrylium perchlorates and 2 benzopyrylium perchlorates in acetonitrile was investigated using voltammetry and oscillopolarography at a rotating disc electrode, voltammetry at a rotating ring-disc electrode, cyclic voltammetry and coulometry of the potentiostatic reduction.
A rotating ring-disc electrode (RRDE) system was used to study the electroreduction processes, including a systematic study (including quantitative NMR analysis) to identify product species formed at the disc and detected at the ring.
A rotating ring-disc electrode (RRDE) technique was used to quantitatively detect the intermediate H2O2 in an acid electrolyte solution at different potentials and temperatures.
The flux of a product generated by an electrochemical reaction at the disc of a rotating ring-disc electrode is detected by the current of the product at the ring electrode after some transfer time.
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