Edge profile studies of recorded flux transitions

Fayling, R.

doi:10.1109/tmag.1979.1060445

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The Vector Hysteresis Model: Isotropic Media1

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“…The underlying assumption in this work is that this tendency is complete and that changes of magnetization do create alignment of the magnetization and the field. In fact, detailed studies of recorded distributions reveal that the magnetization direction in the central region of a recorded transition does appear to follow closely the direction of the applied head field [5,6]. It is recognized that the above assumptions are an approximation to the reality where the alignment of the magnetization with the field is never perfect but the trend is clear.…”

Section: The Vector Hysteresis Model: Isotropic Mediamentioning

confidence: 98%

An analytical model of the vector digital magnetic recording process in isotropic thin media

Middleton¹,

Miles²,

Aziz³

2001

J. Phys. D: Appl. Phys.

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An analytical theory has been produced for describing the vector nature of the digital magnetic recording process in thin-film isotropic media. It is based upon assumptions on the way in which the magnetization follows the field during the recording process and shows, except for a scaling of their peak values, that the longitudinal and perpendicular components of magnetization behave, respectively, as if they were separately present in a longitudinal and perpendicular recording. The magnitudes of the longitudinal and perpendicular magnetization components are derived in particular cases.

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Section: The Vector Hysteresis Model: Isotropic Mediamentioning

confidence: 98%