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      Direct experimental study of magnetization reversal mechanisms of
                          nanostructured materials
         Dedukh LM, Gornakov VS, Nikitenko VI, Shapiro AJ, Shull RD
                    PHYSICS OF METALS AND METALLOGRAPHY
                         91: S133-S138 Suppl. 1 2001

Document                                  Cited               Times
type: Article       Language: English     References: 13      Cited: 0

Abstract:
The magnetooptical indicator film technique has made it possible to
visualize spin-reorientation phase transitions in the antiferromagnetic
[Co64Ni31Cu5(2 nm)/Cu(1 nm)](200) superlattice; to find a new type of domain
structure, which is caused by the dispersion of magnetic anisotropy in the
ferromagnetic Co/Ag superlattice; to observe the noncollinear spin
arrangement that appears during the remagnetization of the ferromagnetic
Co/Cu superlattice; to discover and explain an asymmetry in the activity of
remagnetization micromechanisms in the exchange-coupled NiO/NiFe and
FeMn/NiFe bilayers; to directly determine the spin arrangement in the
exchange spring that arose in the exchange-coupled SmCo/Fe bilayer.

KeyWords Plus:
DOMAIN-STRUCTURE, MULTILAYERS, MODEL, MAGNETORESISTANCE, TRANSITIONS,
ANISOTROPY

Addresses:
Dedukh LM, RAS, Inst Solid State Phys, Chernogolovka 142432, Moscow Oblast,
Russia
RAS, Inst Solid State Phys, Chernogolovka 142432, Moscow Oblast, Russia
NIST, Gaithersburg, MD 20899 USA

Publisher:
INTERPERIODICA, BIRMINGHAM

IDS Number:
506KJ

ISSN:
0031-918X
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