Fuks, A. A. |  Aksenov, O. I.... -  《Journal of Magnetism and Magnetic Materials》 - 2025,614 - 共5页

摘要：The GMI effect was investigated in microwires based on a Fe70Si18B9Cu1Nb2 alloy (rho = d/D = 0.5, d = 15 mu m) after heat treatment at 550 degrees C resulting in the formation of a non-uniform nanocry...

关键词： Microwires |  GMI |  Finemet |  Near-surface |  Partially crystallized |  Nanocrystals

Aksenov, O. I. |  Bozhko, S. I.... -  《Journal of Magnetism and Magnetic Materials》 - 2024,591 - ARTN 171772～ - 共7页

摘要：The magnetic domain structure of the surface layer of Fe-based amorphous microwires with a diameter of 20 mu m (after glass removal) was investigated. An approach has been developed to study the domai...

关键词： Microwire |  Domain structure |  Positive magnetostriction |  Magnetic force microscopy |  Stress |  Zigzag -shaped |  MAGNETOELASTIC ANISOTROPY |  CO

Aksenov, O. I. |  Fuks, A. A.... -  《Journal of surface investigation: x-ray, synchrotron and neutron techniques》 - 2023,17(5) - 954～959 - 共6页

摘要：The bulk-inhomogeneous crystallization of amorphous microwires of the composition Fe73.8Cu1Nb3.1B9.1Si13 is studied. An assumption is put forward concerning the influence of the inhomogeneous distribu...

关键词： amorphous microwires |  structure |  nanocrystallization |  stresses |  heat treatment |  surface crystallization |  magnetization-reversal process |  chemical etching |  remanent magnetization |  X-ray diffraction...

Aksenov, O. I. |  Orlova, N. N.... -  《Instruments and Experimental Techniques》 - 2019,62(5) - 723～725 - 共3页 - 被引量：1

摘要：Magnetic microwires are unique materials with a wide range of magnetic and high-frequency properties that are of considerable interest from the point of view of the application for magnetic sensors ba...

Aksenov, O. I. |  Abrosimova, G. E.... -  《Journal of Applied Physics》 - 2017,122(23) - 235103-1～235103-7 - 共7页 - 被引量：7

摘要：The investigation on domain structure evolution under variation of magnetostriction, phase composition and internal stresses was provided. Glass-coated amorphous microwires of Fe73.5Cu1Nb3Si13.5B9 com...