Nano-Hardness and Elasticity for Hydroxyapatite before and After of Immersing It into Simulated Body Fluid

Abstract

Stoichiometric and anisotropic nanometer hydroxyapatite was made with co-precipitated method. The powder was compacted under uniaxial and isostatic press and lately sintered. Finally, the tablets were immersing in simulated body fluid during 1 day. The material loss hardness (68.20%), elasticity (64.93%) and plastic work (9.20%) only increasing elasticity work (30.06%)

Authors and Affiliations

Dora Elena Ledesma- Carrión

Keywords

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  • EP ID EP241036
  • DOI -
  • Views 93
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How To Cite

Dora Elena Ledesma- Carrión (2015). Nano-Hardness and Elasticity for Hydroxyapatite before and After of Immersing It into Simulated Body Fluid. International journal of Emerging Trends in Science and Technology, 2(6), 2704-2709. https://europub.co.uk/articles/-A-241036