Sentence examples for modified electrodes demonstrated from inspiring English sources

The ZnO-TiO2 modified electrodes demonstrated an increase of the photocurrent activity under enhanced UV white light irradiation.

The modified electrode demonstrated good sensitivity, selectivity, and stability.

The modified electrode demonstrated a long lifetime for the detection of 2,4-dinitrophenol.

In addition, the NPs modified electrode demonstrated good sensitivity and stability towards the first reversible reduction step of the double charged paraquat ion.

Such modified electrode demonstrates a high catalytic activity and a good stability in the reaction of hydrogen peroxide electroreduction.

A lower oxidation potential and a larger peak current were observed for the 2-NAP oxidation at the Cu/GO modified electrode, demonstrating the synergistic electrocatalysis from Cu nanostructures and GO sheets.

The surface modified electrodes exhibit better rate capability and cycling performance compared to non-treated electrodes.

Measurements of the electron transfer rate constant values at these alumina-modified electrodes demonstrated very different alumina microstructures at the barrier layer region for these two types of alumina-modified electrodes.

Proposed ssDNA-modified electrodes demonstrated good selectivity towards UO22+ against common metal cations, with only Pb2+ and Ca2+ showing considerable interfering effect.

The better electrode kinetics accounts for the strengthened Li-ion intercalation behaviors of the modified electrodes, and demonstrates that ALD oxide coatings are able to enhance the mechanical integrity and structural stability of SnS2 electrodes, thus effectively impeding the pulverization of active particles and maintaining good electronic conduction paths and efficient charge transfer.

The practical utility of the present GC/Cu modified electrode was demonstrated by measuring the AA content in Vitamin C tablet, UA content in human urine and blood serum samples with satisfactory results.