© 2014 American Chemical Society. The study of proton-coupled electron transfer reactions is of great current interest. In this work, the catechol redox process was studied voltammetrically in the pH range from 1.0 to 14.0 using a glassy carbon electrode. Analysis of the peak potentials and currents together with Tafel analysis allowed the inference of the likely transition states and electrode reaction mechanism. Modification of the glassy carbon electrode surface with sparse coverages of alumina particles was shown to lead to strong apparent catalysis of the catechol redox process at low pH. A possible mechanism for this is proposed
The electrochemical systems of both grafted catechol as a pH-responsive electrophore and immobilized...
This thesis reports theoretical and experimental work with the primary aim of developing new electro...
The electrochemical reactions of dopamine, catechol and methylcatechol were investigated at tetrahed...
© 2015 American Chemical Society. The voltammetric behavior of glassy carbon electrodes modified wit...
The voltammetric behavior of glassy carbon electrodes modified with either submonolayer quantities o...
The voltammetric behavior of glassy carbon electrodes modified with either submonolayer quantities o...
The electrochemical reactions of dopamine, catechol and methylcatechol were investigated at tetrahed...
The oxidation of flavonoids is of great interest because flavonoids act as antioxidants scavenging f...
In this work, catechol and some of its derivatives have been studied by means of cyclic voltammetry ...
International audienceThe use of catechols, and more specifically of dopamine, as a specific redox m...
International audienceThe electrochemical systems of both grafted catechol as a pH-responsive electr...
In 0.05 mol/L phosphate buffer solution (pH 7.0), carbon nanotubes modified electrode exhibits rapid...
Electro-oxidation of catechol has been investigated in the absence of nucleophile. The studies were ...
Electrocatalysis of molecules is a hot research topic in biological and energy-related chemistry. He...
The electrochemical systems of both grafted catechol as a pH-responsive electrophore and immobilized...
The electrochemical systems of both grafted catechol as a pH-responsive electrophore and immobilized...
This thesis reports theoretical and experimental work with the primary aim of developing new electro...
The electrochemical reactions of dopamine, catechol and methylcatechol were investigated at tetrahed...
© 2015 American Chemical Society. The voltammetric behavior of glassy carbon electrodes modified wit...
The voltammetric behavior of glassy carbon electrodes modified with either submonolayer quantities o...
The voltammetric behavior of glassy carbon electrodes modified with either submonolayer quantities o...
The electrochemical reactions of dopamine, catechol and methylcatechol were investigated at tetrahed...
The oxidation of flavonoids is of great interest because flavonoids act as antioxidants scavenging f...
In this work, catechol and some of its derivatives have been studied by means of cyclic voltammetry ...
International audienceThe use of catechols, and more specifically of dopamine, as a specific redox m...
International audienceThe electrochemical systems of both grafted catechol as a pH-responsive electr...
In 0.05 mol/L phosphate buffer solution (pH 7.0), carbon nanotubes modified electrode exhibits rapid...
Electro-oxidation of catechol has been investigated in the absence of nucleophile. The studies were ...
Electrocatalysis of molecules is a hot research topic in biological and energy-related chemistry. He...
The electrochemical systems of both grafted catechol as a pH-responsive electrophore and immobilized...
The electrochemical systems of both grafted catechol as a pH-responsive electrophore and immobilized...
This thesis reports theoretical and experimental work with the primary aim of developing new electro...
The electrochemical reactions of dopamine, catechol and methylcatechol were investigated at tetrahed...