Microscopic research of amorphous alloys AlFeNiLa exposed to magnetic pulse processing

Author:

Viryus A A,Kaminskaya T P,Shipko M N,Bakhteeva N D,Korovushkin V V,Savchenko A G,Stepovich M A,Savchenko E S,Todorova E V

Abstract

Abstract The structure of the solid solution foil Al85Fe7Ni5La3 was studied, obtained by the spinning method, before and after magnetic pulses treatment. Comparison of the effects of pulses of weak magnetic field on the topology of the alloy surface allows us to conclude that when exposed to 30 pulses, the surface becomes more smooth. It was found that treatment with magnetic pulses significantly affects the magnetic characteristics of the alloy, which may allow this type of effect on amorphous alloys to be used in practice.

Publisher

IOP Publishing

Subject

General Medicine

Reference6 articles.

1. Effect of magnetic pulse processing on the structure and magnetic properties of ferrites;Shipko;Bulletin of the Russian Academy of Sciences: Physics,2018

2. Effect of Magneto-Pulse Processing on the microstructure and magnetic behavior of amorphous electrotechnical steel;Shipko;Bulletin of the Russian Academy of Sciences: Physics,2018

3. Analysis of the structure and composition of Fe2O3 oxides subjected to magnetic pulse treatment;Viryus;Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques,2019

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