Abstract
In addition to the most common applications of macroporous film: Supplying a large surface area, PC-FTO (macroporous fluorine-doped tin oxide with photonic crystal structure) can be employed as a template to control the morphologies of WO(3) for exposing a more active facet, and enhance the overall photo-electron conversion efficiency for the embedded photoactive materials under changing illumination incidence through refracting and scattering. The optical features of PC-FTO film was demonstrated by DRUVS (diffuse reflectance UV-vis spectra). Plate-like WO(3) were directly synthesized inside the PC-FTO film as a control group photoanode, Ag(2)S quantum dots were subsequently decorated on WO(3) to tune the light absorption range. The impact of photonic crystal film on the photoactivity of Ag(2)S/WO(3) was demonstrated by using the photoelectrochemical current density as a function of the incidence of the simulated light source.