EXPERIMENTS ON THE STRUCTURAL - PHASE WAVE MAGNETORESISTANCE TECHNOLOGY IN METALLURGY
EFFECTS OF SVM-GENERATOR, DESIEGNED BY KURAPOV S.A., ON METAL MELTS (pdf)
V.F. Panov, A.E. Boiarshinov, S.A. Kurapov
Perm state national research university LLC «Steel-59» Perm, Russia
SWM-TECHNOLOGY IN METALLURGY (pdf, in Russian)
SWM means "structure-phase wave magnetic resonance" (processing).
This unusual physical implementation technology for many years was developed by a group of Russian scientists and engineers from Perm and currently has reached the stage of industrial implementation.
The use of tailor-made variants of melt processing using SWM-generator allows to obtain a significant increase in strength and plastic characteristics of the alloy (due to specific changes in the microstructure of the grains), which allows to improve product quality or reduce the cost of production, thanks to the use of less expensive, but SWM-treated, alloys.
Also the use of this technology provides a reduction in the number of non-metallic inclusions, an increase of toughness, a decrease of the rate of corrosion of steel, an increases of fluidity, a reduction of cracking and formation of cavities in castings, as well as many other features and improvements of the metal's properties, which are important for the customers.
SWM-TECHNOLOGY IN METALLURGY
SWM – structure-phase wave magnetic resonance processing. This unusual physical implementation technology for many years was developed by a group of Russian scientists and engineers from Perm and currently has reached the stage of industrial implementation.
The use of tailor-made variants of melt processing using SWM-generator allows to obtain a significant increasing in strength and plastic characteristics of the alloy (due to specific changes in the microstructure of the crystal grains), which allows to improve product quality or reduce the cost of production through the use of less expensive alloys. Also the use of this technology provides a reduction in the number of non-metallic inclusions, increase toughness, decrease in the rate of corrosion of steel, increasing fluidity, reducing cracking and the formation of cavities in castings, and many other necessary for customers improvements of the properties of metals.