DEVELOPMENTS IN THE PRODUCTION OF WEAR-RESISTANT STRUCTURAL MATERIALS FOR SPACE APPLICATIONS

摘要

The concept for producing wear-resistant structural powder materials for applications in space vacuum and atmospheres of planets in the solar system is described. The basic idea is to form nonequilibrium structures by introducing strengthening solid phases and unstable diselenides into the metal matrix to create dissipative structures responsible for the wear resistance of materials during sintering and dry friction.