Structure, Phase Composition and Properties of Gas-Thermal Coatings From Mechanically Alloyed Thermo-Reactive Composite Powders of the "Nickel-Aluminum-Nickel Oxide" System

The work studies development process of a composite powder of the aluminum – silicon nitride system and sprayed coatings using the mechanism of the formation of composite granules and the distribution of a hardening phase of the Sialon type in them. Various modes of powder composite mechanosynthesis are studied. The results of determining the hardness, chemical composition and distribution of elements in the resulting coating are given.

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Structure, Phase Composition and Properties of Gas-Thermal Coatings From Mechanically Alloyed Thermo-Reactive Composite Powders of the "Nickel-Aluminum-Nickel Oxide" System

Cited by 3 publications

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Obtaining Functional Intermetallic Ni–Ti Coatings by Heterophase Transfer Combined with Laser Treatment

Obtaining Functional Intermetallic Ni–Ti Coatings by Heterophase Transfer Combined with Laser Treatment

Study of the Structure and Properties of Functional Coatings from Composite Powders of the Aluminum–Silicon Nitride System Additionally Reinforced with a Sialon Type Phase

On the structure and properties of functional coatings from composite powders of the aluminum – silicon nitride system reinforced with a SiALON type phase

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