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Cationic dye clay modified electrodes and anionic dye clay modified electrodes showed different electrochemical behavior.
The simple flame annealing of the modified electrodes showed poor reproducibility.
All the modified electrodes showed improved catalytic activities than the unmodified electrodes towards nitrite ions electrooxidation.
Surface electrochemical parameters of the modified electrodes showed that these MPc-SAMs are densely packed with flat orientations.
The modified electrodes showed excellent catalytic activity towards the oxidation of β-blockers at an unusually positive potential in buffer solution.
The modified electrodes showed stable and a well-defined redox couples at a wide pH range (2 12), with surface confined characteristics.
Similar(47)
The modified electrodes show excellent electrocatalytic activity toward hydrogen peroxide reduction at a reduced overpotential.
The results indicate that all modified electrodes show the enhanced reduction peak currents.
The reduction potential (Ep) of dioxygen at chemically modified electrodes shows dependence on pH.
For all electrodes the electroactive group immobilized successfully on deposited MCM-41 thin film and all of the constructed modified electrodes show the adequate and relatively stable currents.
Polarization curves of iron modified electrodes show increased protection against corrosion, particularly in the presence of 3,5-DMBD in the corrosion medium.
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