Prior to dipping the electrode in a dye solution, a SEM (HITACHI,
600-S) and an a-step surface profiler (Dekeak 6M) were used to
obtain the micrograph and the thickness of the film on a FTO-glass
substrate, respectively. Following soaking the substrate in a dye
solution, an UV–VIS–NIR spectrophotometer (Jasco, V-600) was
used to investigate the absorbance of a dye-covered working electrode.
Further, an energy dispersive spectrometer (EDS) (Horiba
EX-200) was used to obtain the weight and atomic percentages
of elements in a dye-covered working electrode.
Prior to dipping the electrode in a dye solution, a SEM (HITACHI,600-S) and an a-step surface profiler (Dekeak 6M) were used toobtain the micrograph and the thickness of the film on a FTO-glasssubstrate, respectively. Following soaking the substrate in a dyesolution, an UV–VIS–NIR spectrophotometer (Jasco, V-600) wasused to investigate the absorbance of a dye-covered working electrode.Further, an energy dispersive spectrometer (EDS) (HoribaEX-200) was used to obtain the weight and atomic percentagesof elements in a dye-covered working electrode.
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