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References in periodicals archive ?
Because crystalline hematite has a weak ferromagnetic resonance caused by canting of its anti-ferromagnetically-paired iron spins at 48 GHz and 290 K (8), we anticipate that such resonances may be observable in the polycrystalline iron oxides of corrosion in the range of 30 GHz to 50 GHz and particularly in our antiferromagnetic powders of hematite and goethite.
On the other hand, the macroscopic quantum effects observed in the Mossbauer spectra of antiferromagnetic nanoparticles are treated within the quantummechanical model [8,14] only in terms of wave functions and mean values of macrospins of sublattices for different energy levels with no phenomenological explanation.
In order to study antiferromagnetic ordering we need at least two neighboring sites with spins [[??].sub.1] and [[??].sub.2].
An interesting, negative magnetic hysteresis loop indicating antiferromagnetic behavior was measured in the Al-Co-doped zinc oxide film and interpreted via a twolayer model where the film consists of layers with two different magnetic moments and substantiated by the unique behavior in the S parameter of the Co-Al:ZnO film arising from layers with different defect structures.
In this case, the energy decreases if the interface perimeter between -1 and +1 populations increases (see [l.sub.+-] blue curve in Figure 2(b)), thus creating a labyrinth pattern in analogy with patterns of antiferromagnetic materials.
The observed changes from a superparamagnetic to an antiferromagnetic response as the Mn content increases (from sample Mn0 to sample Mn50) can be related to the structural variations evidenced by XRD and Raman characterizations.
Ferromagnetic and antiferromagnetic order in bacterial vortex lattices.
For antiferromagnetic, magnetic moment of these two sites have equal magnetic moment and for ferrites it is unequal.
Zinn, "Enhanced magnetoresistance in layered magnetic structures with antiferromagnetic interlayer exchange," Physical Review B, Vol.
The formation of antiferromagnetic (AFM) Cr2O3 as a mixture with Fe-oxide shell causes the increase in Hex.
Due to thermal agitation, atomic spins are oriented parallel and the sediment translates from the paramagnetic, antiferromagnetic, and ferrimagnetic domains to the ferromagnetic domains.