Abstract
The initial studies of formation of the morphological and structural features of Zn-Si-containing calcium phosphate coatings during the Zn and Si co-substituted hydroxyapatite deposition on titanium substrate via micro-arc oxidation technique under the different applied pulsed voltages have been performed. With increasing of the applied voltage from 150 to 400 V the coating structure was transformed from X-ray amorphous state to crystalline-amorphous state with the growth of CaHPO4 phase amount from 58 to 87 vol%. In this case, the coating thickness had grown from 15 to 135 µm, and the surface morphology was varied with respect to the type, shape and size of the structural elements.
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