ferromagnetic domain
ferromagnetic domain
[¦fe·rō·mag¦ned·ik də′mān] (solid-state physics)
A region of a ferromagnetic material within which atomic or molecular magnetic moments are aligned parallel. Also known as magnetic domain.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive
The magnetization reversal process reveals typical
ferromagnetic domain behavior--that is, domain nucleation and possibly domain wall propagation--in contrast to much weaker magnetic signals observed in the end-members, possibly due to super-paramagnetic behavior.
The constants [[epsilon].sub.0], [m.sub.0] > 0 denote the electric and magnetic permeability of free space, respectively, and the constant [sigma] [greater than or equal to] 0 stands for the conductivity of the
ferromagnetic domain w.
This could be due to filamentary superconductivity or superconductivity occurring first in
ferromagnetic domain wall, where magnetization is suppressed which is certainly favorable for superconductivity.
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