What question did this study set out to answer?

This research aims to understand how the magnetic moment changes with magnetic field strength in substituted lanthanum ferrite.

Magnetic Hysteresis in Substituted Lanthanum Ferrite La1–xSrxFeO3–δ

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The paper investigates magnetic hysteresis in lanthanum ferrite, revealing domain wall behavior implications.

This research aims to understand how the magnetic moment changes with magnetic field strength in substituted lanthanum ferrite.
Studied hysteresis loops of polycrystalline lanthanum ferrite samples
Analyzed magnetic moment dependences M(H) over a wide temperature range
Examined domain wall behavior in relation to defects present in the material
Established that magnetic hysteresis arises from domain wall pinning
Identified that defects smaller than domain wall thickness influence hysteresis
Demonstrated a clear correlation between temperature and hysteresis behavior

Дмитриева et al. (2026) studied this question.

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View Full Paper

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Authors

The paper investigates magnetic hysteresis in lanthanum ferrite, revealing domain wall behavior implications.

This research aims to understand how the magnetic moment changes with magnetic field strength in substituted lanthanum ferrite.
Studied hysteresis loops of polycrystalline lanthanum ferrite samples
Analyzed magnetic moment dependences M(H) over a wide temperature range
Examined domain wall behavior in relation to defects present in the material
Established that magnetic hysteresis arises from domain wall pinning
Identified that defects smaller than domain wall thickness influence hysteresis
Demonstrated a clear correlation between temperature and hysteresis behavior

Дмитриева et al. (2026) studied this question.

View Full Paper

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