Abstract:For an insight into the photo-electrochemical intensification kinetics and its solvent effect during transition-metal catalyzed iodization reaction, photo-modulatable electrochemical potential oscillation was successfully achieved in acetonitrile solvent for the first time. Such an oscillation behavior cannot be observed in a similar iodization reaction system using aqueous solvent, which is different from classical B-Z oscillation or iodine-clock oscillation. The oscillation reaction cannot only be modulated … Show more
This study employs a multivariate statistical analysis in chemical and electrochemical oscillators to determine the precise effect of the experimental parameters.
This study employs a multivariate statistical analysis in chemical and electrochemical oscillators to determine the precise effect of the experimental parameters.
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