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Cyclic voltammetric investigations revealed the surface modification of glassy carbon electrode by an electroactive polymer film.
Electrochemical oxidation of thiols in acetonitrile and application of this process for modification of glassy carbon electrodes were studied.
The modification of glassy carbon electrode was achieved by electrochemical reduction of in situ generated diazonium cations in acetonitrile.
Herein, we report an approach to the covalent modification of glassy carbon electrodes with electrochemically responsive tris N-phenylureido calix[6]arene-based pseudorotris N-phenylureido calix[6]arene-based
The modification of glassy carbon electrode and carbon powder was performed by electrochemical and chemical reduction of the diazonium ions, respectively.
The modification of glassy carbon (GC) electrode with deoxyribonucleic acid (DNA) and graphene is utilized as a new efficient platform for entrapment of methylene blue (MB).
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The electrochemical sensor was constructed by the modification of a glassy carbon electrode (GCE) with an aqueous ND dispersion.
The modification of the glassy carbon electrode (GCE) was carried out using two methods.
This study is devoted to the surface modification of a glassy polymer (polycarbonate) using a non-equilibrium AC-pulsed plasma treatment in a 2 mbar-nitrogen atmosphere.
The modification of a glassy carbon (GC) electrode with palladium (PdNPs) and platinum (PtNPs) nanoparticles is targeted to fabricate efficient anodes for the formic acid (FA) electro-oxidation (FAO).
This work describes for the first time the modification of a glassy carbon electrode with a hybrid material formed by the dispersion of multi-walled carbon nanotubes in the metallopolymer P4VP-Fe CN 5. P4VP-Fe CN 5
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