TECHNOLOGY FOR PRODUCING NANOSTRUCTURED MATERIALS WITH UNIQUE MECHANICAL PROPERTIES
Keywords:
Nanostructured materials, mechanical properties, strength, ultradisperse particles, crystal structure, sol-gel, fatigue resistance, hardness, nanogases, technology..Abstract
This article examines the unique mechanical properties of nanostructured materials and the technologies used to produce them. Key parameters such as strength, hardness, and fatigue resistance of structures based on ultrafine particles are analyzed. The formation of nanostructures, their crystal lattice, and processing methods are studied. Experimental techniques like severe plastic deformation, sol-gel processes, and evaporation in inert gases are reviewed. Results highlight the mechanical and microstructural changes in the materials. These advanced materials find broad application in aviation, defense technology, and microelectronics
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