The present study examined the influence of pulse c urrent parameters on the characteristics of anodize d aluminum anodic film. The baths contained H 2 SO 4 (10% ww) and bath volume was 1 L. Anodizing was ca rried out for 30 min at a current density of 1.0 A/dm 2 and bath temperature of 10°C. The anodic film was affected by electrolyte power dissolution and the length of time the anodic film was in contact with the electrolyte without applied current. The results confirmed that the cell nano-structure of a nodic film is approximately hexagonal. The structur e was strongly affected by the frequency and duty cycle of the pul se current
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