FINEMET Micro-ribbons: The Experimental Identification of the Object

Springer Proceedings in PhysicsNanomaterials and Nanocomposites, Nanostructure Surfaces, and Their Applications(2021)

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Abstract
The experimental investigation of the FINEMET samples, such as \({\text {Fe}}_{73.5}{\text {Cu}}_{1}{\text {Nb}}_{3}{\text {Si}}_{13.5}{\text {B}}_{9}\), is presented. The analysis of the chemical elements, the micro-ribbons are made of, is discussed. The experimental data for the specific susceptibility dependent on temperature, the X-ray fluorescent spectroscopy, the X-ray structural analysis, the ferromagnetic resonance spectrums in the field of super high frequency, the amplitude–frequency characteristics in the rectangular resonator in one-mode regime, the complex impedance as the function of frequency of the applied voltage, and the mechanical vibrations in the soft magnetic materials are provided. The problem of developing a comprehensive complex analytical method for the soft magnetic micro-ribbons is raised.
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Key words
Microstrip,Nanomaterials,Specific susceptibility,X-ray diffraction pattern,FMR,Vibration,FINEMET
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