Thermodynamical Analysis of the Reaction between AlN and ZrO2 and Experimental Substantiation

Yan Wang; Rong Lin Wang; Li Xue Yu; Jing Long Bu

doi:10.4028/www.scientific.net/AMR.284-286.369

Paper Titles

The Mechanical Properties of Epoxy/ Fiber Composites Influenced by Ageing Effects on Coatings
p.348

Effects of Nanoparticles TiN on the Crystallization Behavior of PET Nanocomposites
p.353

Carbon Nanotubes Containing Metal Nanoparticles-Graft-Hyperbranched Polyglycerols Nanocomposites
p.360

Study of Thermal Properties of Curing of DGEBA Epoxy Resin with Hexakis-(4-Aminophenoxy)-Cyclotriphosphazene
p.365

Thermodynamical Analysis of the Reaction between AlN and ZrO₂ and Experimental Substantiation
p.369

Research on Processing Technology of Polyester Fabric Reinforced Polypropylene Thermoplastic Laminated Composites
p.373

New Method of Preparation and Property Study of the Montmorillonite Modified with CTAB
p.377

Preparation and Damping property Study of Styrene-Acrylic IPN/Mt Nano-composite Material
p.382

Microstructure and Properties of Nano Al₂O₃-Cu/Cr Composite
p.387

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 284-286Thermodynamical Analysis of the Reaction between...

Thermodynamical Analysis of the Reaction between AlN and ZrO₂ and Experimental Substantiation

Abstract:

Two equations with discrepancies of solid-state displacement reactions between AlN and ZrO₂ were analysed by thermodynamic calculation, and its results were substantiated by experiment. Results of thermodynamic calculation showed that the reaction equation of Bayer and Mocellin proposing could occured at 1411.26K, and it accord with TG-DTA and SEM analysis results, i.e. the reaction equation of Bayer and Mocellin proposing was true.