학술논문
Strengthening of composite materials of the fluorohydroxyapatite-zirconia system by titanium nitride.
Document Type
Article
Author
Source
Subject
*TITANIUM nitride
*HYDROXYAPATITE
*CHEMICAL synthesis
*ZIRCONIUM oxide
*SINTERING
*TITANIUM oxides
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Language
ISSN
0012-5008
Abstract
Composite materials of the ZrO-fluorohydroxyapatite (FHA)-titanium nitride (TiN) system have been synthesized and studied. In the course of sintering even in a protective inert medium, the reaction between the components begins at 700°C to give calcium titanates, titanium oxides, and oxygen-deficient zirconia compounds. As a result of working through the procedure of synthesis of ultrafine powders and selecting sintering regimes, including the hot-pressing method, dense composite materials of the FHA-ZrO system containing TiN were obtained with a bending strength of up to 273 MPa and a crack resistance of up to 3.3 MPa m. [ABSTRACT FROM AUTHOR]