An increased cerium content may result in more pronounced peaks associated with cerium oxide vibrations, indicating a successful doping process and the potential for improved photocatalytic activity. (2B 0.1CE0.06AG): A higher boron concentration could lead to shifts in the Raman peaks, suggesting changes in the electronic environment of the photocatalyst and possibly affecting its optical properties. (2B 1CE 0.06AG): The Raman spectra for this photocatalyst might reveal complex peak patterns due to the interplay between boron and cerium, reflecting the altered structural symmetry and potential for enhanced photocatalytic performance. (1B 1CE 0.1AG): The increased silver content could be detected as a distinct set of peaks or an overall enhancement in the Raman signal, pointing to the plasmonic effects of silver and its impact on the photocatalyst's ability to harness visible light.