Magnetostriction, Spectrometry and Magnetic Behavior of Materials
A special issue of Materials (ISSN 1996-1944). This special issue belongs to the section "Advanced Materials Characterization".
Deadline for manuscript submissions: closed (20 November 2022) | Viewed by 400
Special Issue Editors
Interests: solid state physics; physics of magnetic materials
Special Issues, Collections and Topics in MDPI journals
Interests: advanced materials for sensors and actuators systems especially for Industry 4.0 applications
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
Recently, the interest in high magnetostriction materials has significantly increased due to their application potential in the domain of effective sensors and actuators. Moreover, the systematic investigations of magnetoelastic properties broaden our knowledge on the fundamentals of magnetic interactions in modern magnetic materials and elements manufactured with novel industrial technologies—including subtractive ones (such as CNC machining) and additive ones (such as 3D printing with laser powder melting). There are several crucial questions that are still unresolved and require further research work, e.g.:
- Physics of high magnetostriction;
- Nonlinear behavior of inverse magnetostriction (Villari effect);
- Atomic-level description of strain-induced magnetic anisotropy;
- Theoretical reproducibility of magnetic hysteresis under stress;
- Origin of magnetomechanical hysteresis;
- Relation between internal stress and magnetic response in defectoscopy;
- Direct link of the spectroscopic results to the magnetism of materials.
In order to face these challenges, both standard and very specific magnetic methods seem to be very helpful. One should count among them magnetic hysteresis measurements for strained samples, applications of advanced strain gauges for magnetostriction investigations, modelling and decomposition of magnetic hysteresis decomposition, nuclear magnetic resonance (NMR), and ferromagnetic resonance (FMR). Moreover, in the case of Fe-based (steel-like) materials, a very good experimental tool is Mössbauer spectrometry, as well as Barkhausen noise analysis and metal magnetic memory defectoscopy.
The "Magnetostriction, Spectrometry and Magnetic Behavior of Materials" Special Issue of the Materials journal is intended to be a helpful guide for this comprehensive subject. It will comprise of articles with fresh original results, reviews of recent research, short communications, and reports on industrial applications and basic modelling. The topics of submitted contributions can range from fundamental magnetic and magnetoelastic phenomena in a wide spread of materials (including high magnetostrictive and multiferroic examples) as well as their advanced magnetic and spectroscopic characterization.
Dr. Tadeusz Szumiata
Prof. Dr. Roman Szewczyk
Guest Editors
Manuscript Submission Information
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Keywords
- magnetoelastic properties metrology
- high magnetostrictive materials
- magnetostrictive sensors and actuators
- magnetic hysteresis analysis
- magnetomechanical hysteresis
- tribomagnetic phenomena
- magnetic characterization of 3D printed elements
- NMR and FMR of ferromagnetics and multiferroics
- Barkhausen noise spectroscopy
- Mössbaurer spectrometry
- metal magnetic memory (MMM) defectoscopy
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