Study of Phase Formation Processes in a Three-Component System of Diopside, Porcelain, Alumina

Valeriy M. Pogrebenkov; Kirill S. Kostikov

doi:10.4028/www.scientific.net/AMR.872.201

Paper Titles

Phase Composition and Defect Substructure of the Zirconia Nanopowder Modified by the Powerful Ultrasonic Assistance
p.180

Physical Base of the Metallic Gradient Surface Layers of Titanium Alloys Formed under Ion Implantation
p.184

Properties of Copper and Molybdenum Sulfide Powders Produced by Self-Propagating High-Temperature Synthesis
p.191

Properties of WS₂ Films Prepared by Magnetron Sputtering from a Nanostructured Target
p.197

Study of Phase Formation Processes in a Three-Component System of Diopside, Porcelain, Alumina
p.201

Study of Products of Electrical Explosion of Iron Wires in Argon-Oxygen Mixture
p.206

The Structure and Properties of Hard Metals Irradiated by High-Energy Electron Beam
p.214

Zr⁺ Ion-Beam Surface Treatment of 30CrMnSiNi2 Steel for Improving its Fatigue Durability
p.219

Deposition of Biocompatible Coatings from the Ablation Plasma Produced by the Irradiation of the Hydroxyapatite Target with Powerful Ion Beams
p.227

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Study of Phase Formation Processes in a Three-Component System of Diopside, Porcelain, Alumina

Abstract:

This article presents the study of phase formation at nonductile component interacting (diopside, alumina and pre-synthesized porcelain). Technical ceramic compositions with improved physical and mechanical properties are developed on the basis of these components. A theoretical research has been conducted, as a result of which a triple forecasting diagram is built in the system of diopside - alumina - porcelain. The diagram reflects 10 main areas with a major crystalline phase for the composition. Theoretical investigations are proved out by experimental data.