Abstract
The complex character of the effect of aluminum oxide and zirconium dioxide nanopowders that differ in their thermal prehistory, the specific surface value of particle sizes, phase composition, and the content of alloying additive of yttrium oxide on the stress-strain, thermophysical, tribotechnical, and adhesion properties of epoxy polymers is revealed. The effect depends on the chemical nature of the fillers, the sizes and specific surfaces of their particles, and the presence of alloying additive and other factors.
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