Introduction to Isotropic Magnetic

Extending the 3D printing process allows the manufacturing of anisotropic magnetic structures by aligning the magnetic easy axis of ferromagnetic particles inside a paste-like compound material along an external magnetic field.

The magnetocaloric effect, that consists of adiabatic temperature changes in a varying external magnetic field, appears not only when the amplitude is changed, but in cases of anisotropic magnetic materials also when the direction is varied.

The anisotropic magnetic susceptibilities of χ(T, H) below TN clearly demonstrate that the AFM long-range spin ordering of GdSbTe has an easy axis parallel to the ab-plane direction.

Anisotropic magnetic susceptibility is observed for all; NaBaEr(BO3)2 is nearly isotropic while NaBaTm(BO3)2 is the most anisotropic.

Isotropic magnetic properties are important for electrical machine topologies that require 3D flux paths.

Non-grain oriented steel (NOES) is primarily used within the electric motor to form both stator and rotor sections (dependent on design) and has traditionally been developed to possess excellent isotropic magnetic properties with little or no consideration for strength.

Within the framework of the tensor description of the anisotropy of magnetic HFIs, taking the crystal and magnetic structure into account, the hyperfine parameters of the partial spectra have been expressed through the constant of the quadrupole interaction, the isotropic and anisotropic magnetic fields, and also the azimuthal and polar angles, which specify the orientation of the direction of the easy axis of magnetization (EA).

The switching of the layer is achieved by utilizing the in-plane shape anisotropic magnetic field.

Moreover, the anisotropic magnetic responses of the MvsT curves measured in the ab-plane and along the c-axis for the series end members may be indicative of strong crystalline electric field (CEF) effects.

On the surface of time-reversal-invariant topological superconductors, Kramers pairs of Majorana fermions with chiral and crystalline symmetries exhibit completely uniaxial or octupole anisotropic magnetic response.

Both deposition methods result in in-plane isotropic magnetic behavior at small tilt angles while larger tilt angles result in uniaxial magnetic anisotropy.

5 K with highly anisotropic magnetic behavior was found.

We present experimental observation of a new NMR effect on anisotropic magnetic moment of the surface Andreev-Majorana bound states in topological superfluid He-B in zero temperature limit.

The isotropic magnetic moment behavior and the lowest energy ${d}_{xz}/{d}_{yz}$ states are in contrast to the observations for the two-dimensional electron gas at the perovskite/perovskite interface of ${\mathrm{LaAlO}}_{3}/{\mathrm{SrTiO}}_{3}$ that exhibits an anisotropic magnetic ${d}_{xy}$ ground state.

Among various perpendicularly anisotropic magnetic materials, amorphous rare earth-transition metal RE-TM alloys have attracted much interest due to the advantages of tunable magnetic properties and suitable perpendicular magnetic anisotropy (PMA) strength.

The results of numerical calculations and laboratory tests of the influence of the possible use of an anisotropic magnetic material in the rotor magnetic circuit are presented.

This is achieved by strongly focusing a single vortex-phase configured beam with circular polarization onto the anisotropic magnetic medium.

The calculation model of the chamber is represented by a homogeneous anisotropic magnetic medium for which the method of determining different magnetic permeabilities by its longitudinal and transverse axes is given.

In this way, an anisotropic magnetic composite is obtained.

This work presents topology optimization of anisotropic magnetic composites in actuators.

The proposed models are aimed to relax the flux concentration inside the iron cores that occurs due to the anisotropic magnetic characteristics of GO silicon steel plates.

The study shows that even non-oriented electrical steel sheets have strongly anisotropic magnetic characteristics.

We design ML procedures to predict the isotropic magnetic shielding (σiso) for different multicomponent relevant glass compositions.

The solvent effects on isotropic magnetic shielding tensor data (σiso) for Pt and CNHC atoms and spin–spin coupling constants of Pt–C and Pt–N in the complex were studied by the self-consistent reaction field theory (SCRF) based on the Polarizable Continuum Model (PCM).

In this work, we studied from a theoretical approach, the effect of temperature on the frequency of ferromagnetic resonance of an anisotropic magnetic particle; we analyzed the materials FePt, Co, and Ni.

The ability of anisotropic magnetic particles to align along an external magnetic field appears as a particularly, yet poorly explored, strategy to achieve such an orientation in 3D.

At the same time, frustrated magnetic lattices with rare-earth (RE) ions have been attractive due to the large spin-orbital coupling and anisotropic magnetic interaction.

Compounds of transition metal ions with strong spin-orbit coupling recently attracted attention due to the possibility to host frustrated bond-dependent anisotropic magnetic interactions.