Sentence examples for modified electrodes exhibit from inspiring English sources
The surface modified electrodes exhibit better rate capability and cycling performance compared to non-treated electrodes.
The study showed that cobalt nanoparticles modified electrodes exhibit faster electron transfer behaviour than their oxides.
These modified electrodes exhibit promising electrocatalytic activity towards the oxidation of tyrosine (TYR), guanine (GU), adenine (AD) and thymine (THY) present in pH 7.4 aqueous solutions.
The resulting modified electrodes exhibit well-defined redox responses with the formal potential of 0.241 V (versus SCE) at a scan rate of 20 mV s−1 in 0.5 M KCl solution.
All the modified electrodes exhibited high resistance to electrode surface passivation.
All the modified electrodes exhibited improved electrocatalytic oxidation of nitrite than the unmodified electrodes by a two-electron mechanism producing nitrate ions.
The electrochemically reduced GO (ERGO) modified electrodes exhibited excellent electron transfer properties for GOD and enhanced the enzyme activity and stability by the assistance of chitosan.
The data have shown that certain solution proportions of the two compounds yield modified electrodes exhibiting intermediate electrochemical behaviour of the corresponding pure SAMs.
The modified electrodes exhibited a decrease of electroactivity, as found by cyclic voltammetry (CV) and electrochemical impedance spectroscopy (EIS), in comparison to bare electrodes according to the length of the aromatic π-system.
The modified electrodes exhibited a linear response over wide range of 4-nitrophenol concentrations from 30 to 90 μM, with a detection limit of 8.23 μM (s/n = 3).
The cation-exchanging raw clay film modified electrodes exhibited accumulation properties for Ru(NH3 63+ species while rejecting Fe CN 63−, whereas the anion-exchanging organoclay coatings acted as a barrier against Ru(NH3 63+ while increasing dramatically the concentration of Fe CN 63− species at the electrode surface.
