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A galvanostatic anodization is used to prepare long TiO2 nanotube arrays (TNTAs). TNTAs of over 100μm in length, with similar nanotube size and structural regularity to the classic TNTAs made from potentiostatic mode, are achieved at 10mAcm−2. After a post-anodization in a H3PO4-based electrolyte, the TNTAs with long nanotubes exhibit good adhesion to Ti substrate. The as-prepared long TNTAs yield...
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