Sentence examples for behavior of the electrodes from inspiring English sources
The supercapacitive behavior of the electrodes is tested in three electrode system with 0.1 M H2SO4 electrolyte by using cyclic voltammetery and charge discharge test.
The electrochemical behavior of the electrodes, measured in terms of current-voltage studied in artificial sweat, were compared to those of the Sudoscan™ technology.
The electrochemical behavior of the electrodes is also studied as a function of the active mass loading (from 1 to 4.5 mg cm−2).
The influence of Ni concentration and oxidation conditions on the anodic photoelectrochemical behavior of the electrodes in 1 M KOH (pH = 13.5) is reported.
Meanwhile, the electrochemical behavior of the electrodes coated with the as-prepared graphene derivative was explored in the presence of dopamine, ascorbic acid, uric acid and their mixture.
Because the electrodes take the form of orderly "carpets" of carbon fibers — unlike the randomly arranged carbon particles in other electrodes — it is relatively easy to use a scanning electron microscope to observe the behavior of the electrodes at intermediate states of charge.
A detailed electrochemical study was performed to elucidate how surface morphology and redox reaction behaviors underlying these electrodes influence the cyclic behavior of the electrode.
The overall emphasis of this work is to demonstrate the effect of mixed transition oxides in their bulk forms on the supercapacitance behavior of the electrode material.
It has been emphasized that the synergistic effect, due to the presence of multiple transition oxides, enhanced the overall capacitance behavior of the electrode material.
