Archive: 2020 - Moldavian Journal of the Physical Sciences

30 Oct 2020

2020
V. 19
1-2
(p.89 - 97)

Ferromagnetic resonance in cast microwires and its application for noncontact diagnostics

CZU: [537.226.4+537.311.22]:004.8

Authors:

Adar Eliezer; Baranov S.; Sobolev Nikolai; Yosher A.

Summary:

Ferromagnetic resonance in glass-coated Fe-based cast amorphous microwires reveals large residual stresses appearing in the microwire core during casting. These stresses, together with magnetostriction, determine the magnetoelastic anisotropy. Ferromagnetic resonance frequency is affected, in addition to residual and internal stresses, by external stresses applied to the microwire or a composite containing it (so-called stress effect). The dependence of ferromagnetic resonance frequency on the deformation of microwires is proposed to be used in the distant diagnostics of dangerous deformations of critical infrastructure objects and in medical application.

Rezonanța ferromagnetică în microfire amorfe pe bază de Fe, în inveliș de sticlă, manifestă tensiuni reziduale mari care apar în miezul microfirului în timpul turnării. Aceste tensiuni împreună cu magnetostricția, determină anisotropia magnetoelastică. Frecvența de rezonanță feromagnetică este influențată, atât de tensiunile interne și reziduale, cât și de tensiunile externe aplicate microfirului sau compozitului său (așa-numitul efect de stres). Dependența frecvenței de rezonanță feromagnetică de deformarea microfirelor este propusă a fi utilizată în diagnosticarea la distanță a deformațiilor periculoase ale obiectelor critice de infrastructură și în scopuri medicale.

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BibTeX

@article{ibn_112703,
author = {Adar, E. and Baranov, S.A. and Sobolev, N.A. and Yosher, A.M.},
title = {<p>Ferromagnetic resonance in cast microwires and its application  for noncontact diagnostics</p>},
journal = {Moldavian Journal of the Physical Sciences},
year = {2020},
volume = {19 (1-2)},
pages = {89-97},
month = {Oct},
abstract = {(EN) <p>Ferromagnetic resonance in glass-coated Fe-based cast amorphous microwires reveals large residual stresses appearing in the microwire core during casting. These stresses, together with magnetostriction, determine the magnetoelastic anisotropy. Ferromagnetic resonance frequency is affected, in addition to residual and internal stresses, by external stresses applied to the microwire or a composite containing it (so-called stress effect). The dependence of ferromagnetic resonance frequency on the deformation of microwires is proposed to be used in the distant diagnostics of dangerous deformations of critical infrastructure objects and in medical application.</p>},
abstract = {(RO) <p>Rezonanța ferromagnetică &icirc;n microfire amorfe pe bază de Fe, &icirc;n inveliș de sticlă, manifestă tensiuni reziduale mari care apar &icirc;n miezul microfirului &icirc;n timpul turnării. Aceste tensiuni &icirc;mpreună cu magnetostricția, determină anisotropia magnetoelastică. Frecvența de rezonanță feromagnetică este influențată, at&acirc;t de tensiunile interne și reziduale, c&acirc;t și de tensiunile externe aplicate microfirului sau compozitului său (așa-numitul efect de stres). Dependența frecvenței de rezonanță feromagnetică de deformarea microfirelor este propusă a fi utilizată &icirc;n diagnosticarea la distanță a deformațiilor periculoase ale obiectelor critice de infrastructură și &icirc;n scopuri medicale.</p>},
doi = {10.5281/zenodo.4118691},
url = {https://ibn.idsi.md/vizualizare_articol/112703},
keywords = {Magnetic microwire, Magnetostriction, Ferromagnetic resonance, magnetoelastic anisotropy, microfir magnetic, magnetostricție, rezonanță feromagnetică, anisotropie magnetoelastică}
}

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<dc:description xml:lang='en'><p>Ferromagnetic resonance in glass-coated Fe-based cast amorphous microwires reveals large residual stresses appearing in the microwire core during casting. These stresses, together with magnetostriction, determine the magnetoelastic anisotropy. Ferromagnetic resonance frequency is affected, in addition to residual and internal stresses, by external stresses applied to the microwire or a composite containing it (so-called stress effect). The dependence of ferromagnetic resonance frequency on the deformation of microwires is proposed to be used in the distant diagnostics of dangerous deformations of critical infrastructure objects and in medical application.</p></dc:description>
<dc:description xml:lang='ro'><p>Rezonanța ferromagnetică &icirc;n microfire amorfe pe bază de Fe, &icirc;n inveliș de sticlă, manifestă tensiuni reziduale mari care apar &icirc;n miezul microfirului &icirc;n timpul turnării. Aceste tensiuni &icirc;mpreună cu magnetostricția, determină anisotropia magnetoelastică. Frecvența de rezonanță feromagnetică este influențată, at&acirc;t de tensiunile interne și reziduale, c&acirc;t și de tensiunile externe aplicate microfirului sau compozitului său (așa-numitul efect de stres). Dependența frecvenței de rezonanță feromagnetică de deformarea microfirelor este propusă a fi utilizată &icirc;n diagnosticarea la distanță a deformațiilor periculoase ale obiectelor critice de infrastructură și &icirc;n scopuri medicale.</p></dc:description>
<dc:identifier>10.5281/zenodo.4118691</dc:identifier>
<dc:source>Moldavian Journal of the Physical Sciences 19 (1-2) 89-97</dc:source>
<dc:subject>Magnetic microwire</dc:subject>
<dc:subject>Magnetostriction</dc:subject>
<dc:subject>Ferromagnetic resonance</dc:subject>
<dc:subject>magnetoelastic anisotropy</dc:subject>
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<dc:subject>rezonanță feromagnetică</dc:subject>
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“ ... ”

SM ISO690:2012

ADAR, Eliezer; BARANOV, S.; SOBOLEV, Nikolai; YOSHER, A.. Ferromagnetic resonance in cast microwires and its application for noncontact diagnostics. In: Moldavian Journal of the Physical Sciences. 2020, nr. 1-2(19), pp. 89-97. ISSN 1810-648X.