Development of dye‐sensitised photocathodes for incorporation into tandem solar‐driven photoelectrochemical water splitting cells

This thesis concerns the study and development of efficient photoelectrodes for solardriven water splitting, with a focus on developing a novel p‐type dye‐sensitised photocatalyst system for hydrogen generation. To achieve the experimental requirements, one of the major achievements in my PhD work is establishing an in‐line quantitative gas characterisation system for photoelectrochemical water splitting.