Abstract
Electrodeposition of Sr-Ti alloyed films from an aqueous acidic bath was carried out onto stainless steel, copper, brass and fluorine-doped tin oxide coated glass substrates. The changes in current with time during deposition at different fixed potentials and the effect of potential on the growth of the deposit were studied. Sr-Ti alloyed films with thicknesses of 4–5 micrometers were obtained for the deposition period of 30 min. X-ray diffraction patterns and the microstructural properties of the films were determined. The as-deposited Sr-Ti alloyed films were oxidized at higher temperatures in order to obtain SrTiO 3 oxide films.
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