… porous 3D fiber deposition titanium (3DFT) and 3DFT combined with porous biphasic calcium
phosphate … bone formation in composite structure as compared to titanium alloy alone, …

… and calcium phosphate-based ceramics, have been used as coatings on the surface of Ti-based
alloys scaffolds… properties of Ti-based scaffolds [13]. Numerous studies have focused on …

… –3Zr–2Sn–3Mo–25Nb (TLM), shows significant improvement in these properties compared
to previous generation titanium alloys such as CP titanium and Ti–6Al–4V. While the …

… The porosity and pore size of the C 1.67 and C 2.00 composites evaluated in the present …
as the bulk material of a porous implant. Apart from the porosity and pore size of the implant, …

… The purpose of this study was to evaluate the skeletal attachment of porous titanium implants
coated with a calcium phosphate ceramic. The strength of fixation and histology of bone …

… by adding calcium phosphate (CaP) to reinforce the metal matrix of the titanium alloy. This
… Manufacturing CaP-Ti composite can be achieved through the use of a variety of techniques …

… the use of calcium phosphate or HA coating applied specifically on titanium alloy systems. …
without any Ca- and P-containing compound and also shortened the induction time when …

… of the high resistance of the composites. This review focuses on the effects … calcium
phosphate-base composite layer in case of pure titanium and other biomedical grade titanium alloys …

… the surface of titanium alloy which can be … composite ceramics of calcium phosphate and
calcium carbonate with rare earth oxide and powdery titanium on the surface of a titanium alloy. …

… for calcium phosphate coated porous titanium alloy implants compared with uncoated porous
… the body2 a3 35 In contrast, titanium is released as a rather , insoluble compound, ie a …