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Prospects for the use of nanomaterials and nanocoatings for high-speed spindles

Inna Vishtak1 innavish322 [at] gmail.com
Valeriy Savulyak2 korsav84 [at] gmail.com
  1. Security of life safety and pedagogy of security Department, Vinnytsya National Technical University, Ukraine, Vinnytsa, Khmelnytske Highway, 95
  2. Security of Technology improve durability Department, Vinnytsya National Technical University, Ukraine, Vinnytsa, Khmelnytske Highway, 95
Abstract 

Much attention in the field of research and use of nanomaterials and nanotechnology has led to the fact that this area of science has become more relevant. The special qualities of nanomaterials that provide unique strength, thermal conductivity, electrical properties, tribotechnical properties with minimum dimensions and mass of products have become the goal of many scientists. The main types of nanomaterials are identified. One of the differences between nanostructural depositions on the surface is their strength under static loading and hardness as compared to materials from ordinary grain sizes. Increased hardness and wear resistance as a result of deposition of such coatings opens the prospects of using them in high-speed spindle units.

Keywords 
nanomaterials
nanocoatings
strength
thermal conductivity
electrical properties
highspeed spindle unit
References 

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