Magnetic and Mechanical Properties of the Amorphous Alloys

Abstract

It is clearly seen that the magnetic induction of the amorphous ribbon produced by conventional technology implying heating up to 1490 °С increases as the thickness of specimens increases, with this growth being especially intensive at the 100 А/m magnetic field strength. At the same time, the melt preparation supplemented by overheating contributes to the magnetic induction stabilization, i.e. magnetic induction is essentially independent of the ribbon’s thickness. It is only at high values of h that a slight increase in magnetic induction becomes evident. The fracture diameter of the free side surface is linearly increasing as the annealing temperature increases. The structure has been shown to influence magnetic and mechanical properties of the material in preparing the melt before casting.

Effects of different deoxidization methods on high-temperature physical properties of high-strength low-alloy steels

“…Notably, the physical properties of the molten metal also lay an important foundation for studying its structure in the molten state in addition to the various atomic forces acting on it. Moreover, they supply a clue to investigate the following phenomena at high temperatures: the amorphous formation ability, interactions between impure elements and metallurgical vessels, deep removal of non-metallic oxides, existing forms of oxides in the molten steel, and the impact of oxides on the properties of ironbased materials [1,2]. Therefore, it is of crucial importance to examine the physicochemical properties of the melts.…”