INVESTIGATING THE STRUCTURIZATION PROCESS OF IRON MONOSILICIDE POWDERS OBTAINED BY HIGH-TEMPERATURE SYNTHESIS FROM PRELIMINARILY MECHANO-ACTIVATED BURDEN
The processes of structurization of powder iron monosilicide obtained by the method of self-propagating high-temperature synthesis of preliminarily mechano-activated burden are investigated. The combination of these two methods will allow to form unique materials and alloys at significant reduction in energy consumption by using the exothermal effect of the reaction, and obtain a product with special physico-chemical properties. By the X-ray fluorescent analysis method, the structurization of the obtained alloy is studied. It is shown that, due to a prior mechanical activation of the burden, a thinner and more homogeneous structure of powder iron silicide is formed.