Electrochemical investigations of mono- and multilayers of phenoxazine dyes on graphite electrodes

Comparative investigation of NADH electrooxidation at graphite electrodes modified with two new phenothiazine derivatives

“…Taking into account that, in the case of multilayer surface coverage, Laviron's approach is affected by uncompensated ohmic resistance as well as by lateral interactions between surface confined species [36], another attempt to estimate the k s value only for DAEP was performed by using the Huck's method [37]. Thus, using the extrapolated values of the peak potential to zero peak current (Fig.…”

Raman spectroelectrochemical study of Toluidine Blue, adsorbed and electropolymerized at a gold electrode

“…The simplest and reliable technique for immobilization of azine type mediators is their adsorption at a suitable electrode like graphite. Redox dyes Nile Blue [5,6], Toluidine Blue [5,7,8], Meldola Blue [5,9,10], Coelestin Blue [11][12][13], Brilliant Cresyl Blue [5], and some others [14] have been immobilized by adsorption at graphite electrode, and used for electrocatalytic oxidation of NADH. It has been shown that a few tens of monolayers of the dye is usually adsorbed at a graphite surface [15].…”

Analogical Modelling and Numerical Simulation of the Adsorption Process for Poly-Phenothiazine Formaldehyde on Graphite Electrodes

“…(Gligor et al, 2008;Huck, 1999;Murray, 1984). 10 -14 mol/mm 2 ) was estimated from the integrated peaks of cyclic voltammograms at a slow scan rate (10 mV .…”