Sentence examples for magnetic structures with from inspiring English sources

These facts guarantee equivalence of energies for magnetic structures with inverse z components (mirror symmetry σz). Figure 1: The geometry of the simulated Permalloy PL-nanodot.

Further optimization of the working conditions could eventually enable the reproducible creation of three-dimensional magnetic structures with chosen architecture on submicron length scales.

While the first strong HXR peak at energies above 50 keV arises from energy release in compact magnetic structures (with spatial scales of a few 104 km) and is not associated with strong radio emission, the second one leads to energy release in magnetic structures with scales larger than 105 km and is associated with intense decimetric/metric and dekametric emissions.

In particular, the emerging concept of spintronics, which is based on fact that current carriers have not only charge but also spin, requires the assembling of nanometer-sized magnetic structures with desired magnetic properties.

Both occurred in the vicinity of the bow shock, the plasma speed decreased, its flow deflected, its temperature increased, whereas a magnetic structure with rapidly changing field direction passed by and finally reached the bow shock.

Although bulk o-YMnO3 is antiferromagnetic, our magnetic measurements reveal intriguing thermal hysteresis between the zero-field-cooled and field-cooled curves below the onset of the antiferromagnetic ordering temperature, thus signaling a more complex magnetic structure with net ferromagnetic moments.

Note that the magnetic structure with entrained solar gas (A), magnetic cloud (B), and CME (C) all refer to the flux rope that drives the shock.

The short pulse time can be achieved by miniaturization of the moving parts (small masses), creating a magnetic structure with small air gaps (to maximize the generated field and force) and to minimize the amplitude of the mechanical movement.

Changes of atomic, electronic and magnetic structures associated with the atomic chemisorption on STW defects in graphene are discussed.

Magnetic structures associated with Earthward reconnection flows have been observed to exhibit transient large northward swings in the magnetic field called dipolarization fronts (DFs) (Nakamura et al. 2002; Runov et al. 2009, 2011; Schmid et al. 2011).

Among these magnetic materials, magnetic hollow structures with dimensions ranging from the nanometer to micrometer scale are of potential use for controlled release and drug delivery [19, 20].