Changes in the magnetic parameters of amorphous alloys as an indicator of structural transformations

Structure Evolution of Fe- and Co-Based Amorphous Alloys Studied by the Electrical Resistivity Measurements

“…It is also worth noting that on cooling, both alloys exhibit deviations from linearity, which is inherent for in fully crystallized materials, which is probably due to the incompleteness of crystallization processes in the structure of the alloys at these temperatures. Also, the magnetic properties of alloys can cause this feature [10,11].…”

Identification of Structure Ordering of Melt-Spun Fe₇₀Cr₁₅B₁₅ Alloy by the Entropy Functionals

“…The kinetics of vitrification and the physical properties of melt-quenched alloys have been widely studied during the past few decades because of the fundamental scientific interest in such materials and their practical application [1][2][3][4][5][6][7]. It has been found that the kinetics of magnetic and electrical properties of melt-spun alloys is due to the evolution of the mesoscale defect structure [5][6][7]. However, new techniques and algorithms are required for the analysis of complex images, for example, the morphology of melt-quenched ribbons.…”

Surface Irregularities and Magnetism in Amorphous Metal Foils on Fe Basis

“…Existence of the two interfaces: the contact one which in a certain degree inherits the structure of the cooling drum irregularities, and the free one with the irregularities system is formed during interaction with external medium, proposes existence of non-trivial structuresensitive properties. [2] In this regard of interest are the issues of metal foils physical properties stability [5,6], as well as their correlation with large scale defects structure, related to existence of stratification effects. One of the research aspects in this direction can be interconnection of amorphous foils surfaces morphology with their structure at nuclear level, phase composition and magnetic properties.…”