Physicochemical Processes in Wear-Resistant Corundum Ceramic Materials Science and Technology: Nozzles for Underground Soil Tunnelling Rimmers


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Abstract

Conditions and mechanisms are analyzed from a materials science position for abrasive failure (wear) and synthesis of constitutional ceramic materials. A logistical block diagram is formed for physicochemical processes and mechanisms of structural engineering in technology for preparing abrasive wear-resistant materials providing successive transformation and conversion of a mineral resource (from physicochemical positions) into structural material and objects (nozzles) with a prescribed set of properties.

About the authors

V. T. Shmuradko

GNU Powder metallurgy Institute

Author for correspondence.
Email: rectorat@ipk.by
Belarus, Minsk

F. I. Panteleenko

GNU Powder metallurgy Institute

Email: rectorat@ipk.by
Belarus, Minsk

O. P. Reut

GNU Powder metallurgy Institute

Email: rectorat@ipk.by
Belarus, Minsk

N. A. Rudenskaya

GNU Powder metallurgy Institute

Email: rectorat@ipk.by
Belarus, Minsk

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