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The aforementioned results indicate that the optical transmittance and reflectance of modified devices are strongly influenced by the electrode modification conditions.
Due to the high loading of TH on the nanoprobe for tag release and effective electrochemical signal enhancement by the electrode modification of CNTs, ultrahigh sensitivity was achieved.
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It has been also employed to construct biosensors to detect hydrogen peroxide, nitrate, superoxide, and etc. Cyt c immobilization techniques, including physical adsorption, entrapment in hydrogel or polymers, layer-by-layer assembly, Langmuir Blodgett, and covalent attachment are discussed followed by various electrochemical methods applied in the electrode modification.
The electrode modification processes were characterized by scanning electron microscopy (SEM) and electrochemical methods.
The results of cyclic voltammetry showed that the voltammetric behavior of the redox probe was influenced by the electrode surface modification.
For the high controllability of dip-coating technique, the optical performance of devices can be adjusted by manipulating the electrode surface modification.
Second, it is possible to improve quantum capacitance by electrode modification (e.g., dopant of heteroatoms and defects).
We elaborated a detailed factorial design by using the electrode modified by the 50 50 (Ni Co) proportion and 5 s of deposition as central point in order to find out the best electrode modification.
After electrode modification, the 12 × 22 μm² electrodes were sensitive for frequencies ranging from 10 KHz to 2 5 MHz.
The electrode surface modification was characterized by scanning electron microscopy (SEM), electrochemical impedance spectroscopy (EIS) and cyclic voltammetry (CV) techniques.
The cycling stability of modified devices prepared under different electrode modification conditions were also evaluated by repeatedly applying sequential voltages.
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