The choice of hardening phases to form compositions with desired physical and chemical properties

I.N.Grechanyuk,
 
V.G.Grechanyuk
 

Electrical Contacts and Electrodes - Kiev: Frantsevich Institute for Problems of Materials Science NASU, 2016, #13
http://www.materials.kiev.ua/article/2349

Abstract

Considered the ways of increasing physical, chemical and mechanical properties of structural materials. It is shown that increasing the mechanical properties by additional doping today fraying since the introduction of large amounts of alloying elements lead to lower fracture resistance, dramatically reduced electrical and thermal conductivity. Improved performance is achieved through the development and use of composite materials (CM). It is shown that a strengthening phase in obtaining the CM by electron-beam condensing-evaporation commonly used oxides and carbides.


COMPOSITE MATERIALS, ELECTRON-BEAM EVAPORATION-CONDENSATION, HARDENING PHASE, PHYSIC-CHEMICAL AND MECHANICAL PROPERTIES