… of biomedical titanium alloys with toxic-free components that are relying on molybdenum, iron
and niobium as β phase stabilizer and zirconium, … for many biomedical applications. One of …

… fluid revealed low corrosion rates and high protection property of the hydroxyapatite/titania
coated samples, making these structures promising for the coatings of bone replacements. …

… For anticorrosion and biomedical applications, several techniques … -zirconia sol-gel film,
which acted as a thin protective coating for AA2024, an alloy used for aeronautical applications. …

… Experimental hydroxyapatite coatings with sol–gel precipitation were done in this work, in
addition to electrochemical corrosion evaluation of Ti-6Al-4V metal biomaterials. All of the data …

… of sol gel method are dip coating and spin coating. The HAp … multilayer coatings (three-time
coated) deposited by sol gel … multilayer coatings (three-time coated) deposited by sol gel …

… graded coating prepared by sol-gel method and its microstructure, scratch resistance and
biocompatibility compared with single-layer HA and double-layer HA-TiO 2 coatings were …

… to wear than Ti-alloys or ceramics (alumina and zirconia). The … of thermal sprayed
hydroxyapatite/titania composite coatings. … Bioactive materials for biomedical applications using …

… The XRD pattern of TiO 2 powder completely corresponds to the anatase phase, which is
the best candidate for biomedical application among different TiO 2 phases. Generally, the …

… with preparation of hydroxyapatite titania composites and a … agreement with TiO2 nanoparticles
synthesized through sol gel … distinct composite coatings (silica/titania/ zirconia) on Ti–6Al–…

… The implant material should be accompanied with versatile properties to be selected for
biomedical applications such as adequate chemical stability to avoid fast degradation and toxic …