macroelectrode

researchers designed a novel macroelectrode array for enhanced signal detection.

the macroelectrode's large surface area improves electrochemical measurements.

we fabricated a platinum macroelectrode for use in cyclic voltammetry.

the macroelectrode was modified with carbon nanotubes to increase conductivity.

a three-dimensional macroelectrode structure offers increased sensitivity.

the macroelectrode's performance was evaluated in a phosphate buffer solution.

we observed a significant increase in current using the macroelectrode.

the macroelectrode's design allows for efficient charge transfer.

electrolyte composition significantly impacts the macroelectrode's behavior.

the macroelectrode was integrated into a microfluidic device for analysis.

we used a glassy carbon macroelectrode for electrochemical impedance spectroscopy.