Sentence examples for magnetic ordering of from inspiring English sources

The magnetization behavior and magnetic ordering of Zn-substituted Co-Zn [4], Cu-Zn [5], Ni-Zn [6], and Mg-Zn [7] ferrites have been studied by many authors.

We suppose that the ME coupling in this single-phase material may be connected with short-range magnetic ordering of Fe-rich nano-regions, which mimic BiFeO3.

As the graphene flake becomes small and is more isolated by the boron nitride region, the magnetic ordering of the flake increases.

However, the magnetic ordering of the dopants as well as the orientations of the induced spins on the host atoms are critical factors to determine the magnetic property of the doped system.

A quantity called the magnetization, which is the average of total spins over the whole lattice, determines the magnetic ordering of the system, that is, its ferromagnetic behaviour.

The effect of the magnetic ordering on the diffusion of Sn was investigated; for this purpose, the measurements were made in an extended temperature range (1163 673 K), using several techniques like serial sectioning, heavy ion Rutherford backscattering spectrometry (HIRBS) and Rutherford backscattering spectrometry (RBS) in superposed ranges of temperature.

The cell volume of Mn kaolinite with FM state is increased by 1.4% compared to AFM state, while in contrast little influence of magnetic ordering on cell volumes is found for Cr kaolinite and Fe kaolinite.

Subsequently, an antiferromagnetically ordered state is formed with stripe-like magnetic order of small moments on the Fe sites.

The calculated results show that the energetically favorable magnetic order of the L21 structure is antiferromagnetic for Z=Ni and Cu, and ferromagnetic for the Z=Co, Fe, Mn and Cr.

The weak ferromagnetic coupling between the Ni/Cu and Mn, the strong ferromagnetic coupling between Co/Fe and Mn and the antiferromagnetic coupling between Mn/Cr and Mn play an important role on the magnetic order of L21 structures.

Surface spins reduce the magnetization of a magnetic nanoparticle due to the disorder of spins at the nanoparticle surface, and the disordered surface spins lower the critical magnetic ordering temperature of magnetic nanoparticles compared with that of the bulk material [12].