90-Degree Bloch Domain Wall Structure in a Cubic Crystal with a Negative Magnetic Anisotropy

TL;DR

This paper investigates how strong demagnetization fields affect the structure of 90-degree Bloch domain walls in cubic crystals with negative magnetic anisotropy, providing insights into magnetic domain behavior.

Contribution

It introduces an analysis of the impact of demagnetization fields on domain wall structures in cubic crystals with negative anisotropy, a previously less explored area.

Findings

Demagnetization fields significantly alter domain wall structures.

The study provides a theoretical framework for understanding domain wall behavior.

Results may influence magnetic material design and applications.

Abstract

An influence of strong sample demagnetization field on the structure of plane 90-degree Bloch domain walls in a cubic (001)-crystal with a negative first constant of magnetic anisotropy is considered.