Sentence examples for magnetization with the from inspiring English sources

The non-saturating increase in the magnetization with the applied magnetic field is independent on the geometry of the deposited metal structures but strongly depends on the kind of deposited metal and is much less for Co than for Ni [6].

Magnetic property measurements showed an increase in the magnetization with the PHIC content.

The dichotomy of the observed magnetization, with the southern hemisphere being more strongly magnetized than the northern hemisphere (e.g., Langlais et al. 2004; Morschhauser et al. 2014), is an important feature that must be explained.

Another important feature of electron-spin resonance results from the interaction of the electronic magnetization with the nuclear moment, causing each component of the fine-structure resonance spectrum to be split further into many so-called hyperfine components.

Increasing the magnetization with the number of implantation steps has shown that the magnetization is correlated to the defect density.

The increase of the saturation magnetization with the Ni substitution (x > 0.24) is ascribed to the dense microstructure with less pores and the decrease of Fe2+/Fe3+ ratio.

Conversely, the decrease of the resistance near zero field as the Co content in the alloy is dominant (see Fig. 4 c, d) is consistent with the decrease of the remanent magnetization (see Fig. 2 c, d) as a result of the misalignment of the magnetization with respect to the NWs axis, due to the competing MS and MC anisotropies.

In general, relaxation dynamics describe the decay of the remanent magnetization with time, as the applied magnetic field is turned off.

Radiation damping is an effect known since the early days of NMR. 1 This non-linear phenomenon results from the interaction of the magnetization with itself, mediated through the tightly coupled detection coil.

Although the substitution of Ge for B is ineffective to increase TAMC, a clear increase of the saturation magnetization with respect to the Ge-free alloy can be observed.

In this high field region up to an available field of 7 T, the samples show an enhancement of the magnetization with increasing magnetic field without saturation.