Growth of needle-like nanocrystals on the surface of oxidized Al and their effect in strengthening the Al-matrix composite
Narzulloev U. U. 1, Kutzhanov M. K. 1, Shchetinin I. V. 1, Loginov P. A. 1, Shtansky D. V. 1, Matveev A. T. 1
1National University of Science and Technology MISiS, Moscow, Russia
Email: umedjon.20129798@gmail.com, kutzhanov.m@misis.ru, ingvar@misis.ru, loginov.pa@misis.ru, shtansky@shs.misis.ru, matveev.at@misis.ru

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A new concept has been proposed for the creation of dispersed-strengthened composite materials (CM) due to the growth of oxide nanostructures (NS) on the surface of metal particles during the interaction of the surface oxide layer with a reaction oxide deposited on the oxidized surface of the metal particles. The concept is demonstrated using whisker-like nanocrystals (NWs) grown on the surface of oxidized Al particles. The new method ensures uniform distribution of NS on the surface of metal particles and, as a result, their uniform distribution in CM, which significantly simplifies the CM production technology. The concept covers metals with high oxygen affinity: Al, Mg, Ti, Ni, Zr. Keywords: needle crystals, aluminum, aluminum oxide, composites, dispersion strengthening.
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