Abstract
Nanotubular and nanoporous structures of ZrO2 were synthesized by potentiostatic anodization with varying the temperatures of anode in the range of TA = 0 – 90 °C and electrolyte in the range of TEl = 20 – 50 °C. It was shown that difference between TA and TEl had significant influence on growth rate and morphology type of zirconia nanostructures. Optimal parameters of thermal modes for nanotubular ZrO2 synthesis were discussed.
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