In a recent SURF experiment on the formation of silica films templated with cat-anionic/polymer complexes we found that the film growth and evolution occurs on a faster time scale than we were able to capture on this instrument. In addition the structures formed in addition to developing higher order diffraction peaks at high Q, also evolved into structures showing peaks on the boarderline of the minimum Q available on SURF. We would therefore like to use INTER to obtain faster time-resolved measurements on a wider simultaneous Q range in order to better understand the growth and evolution of structures in both titania and silica films templated with mixed cat-anionic surfactant/polymer complexes.