Notice of Removal: Evaluation of wave velocity in c-axis oriented hydroxyapatite film by Brillouin scattering technique

説明

Hydroxyapatite (HAp) is a useful biocompatible material and is used for the surface coating of artificial bone. It has been reported that the oriented HAp promotes rapid recovery of the bone fracture[1], although most of coating HAp layers on the commercial artificial Titanium (Ti) bones are not oriented. As a new coating layer, our group has reported the highly oriented HAp film on Ti substrate fabricated by RF magnetron sputtering[2]. This study reports the evaluation of longitudinal wave velocities in the oriented HAp film, which are related to the elastic properties and the adhesion performance. The velocity in the oriented HAp film was experimentally observed by a Brillouin scattering technique.

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