Rapid anodic oxidation of highly ordered TiO2 nanotube arrays

Fabrication, Modification, and Emerging Applications of TiO2Nanotube Arrays by Electrochemical Synthesis: A Review

“…In addition to the vital factor of the electrolyte and voltage to the high aspect ratio of the as-prepared nanotube, anodizing time and step, fluoride concentration, and pH and temperature also have a great synergistic effect on the morphology, structure, growth rate, crystallization, and even photoelectrochemical properties of the as-prepared TNAs [8,[37][38][39][40][41][42]. For example, the transition from porous TiO 2 to a nanotubular structure is not only dependent on water content [43,44] but also depends on the anodization voltage.…”

Effect of Anodization on Titanium-Porcelain Bonding

“…At the beginning, the small pits originated only in local regions and did not show any orderliness. With the anodization time increasing from 3 min to 7 min, the titanium oxide around the pits was continually dissolved [17]. The size of the nano-pores increased accordingly from 15 nm to 30 nm.…”

Fabrication of micro‐patterned titanium dioxide nanotubes thin film and its biocompatibility

“…1. At the first step, the micro‐patterns of grooves/ridges were prepared on the cleaned Ti foils by photolithography in advance [10]; at the second step, Ti‐nanotubes were prepared on the Ti grooves of the patterned samples by the method of anodic oxidation (20 V, 2 h) [11], after the remaining photoresist was removed as above, the Ti‐nanotubes/Ti micro‐strips were obtained (labelled as P‐Ti‐nanotubes). The flat Ti foils with nanotubes (labelled as Ti‐nanotubes) and Ti foils were fabricated as a control.…”