Sentence examples for stable magnetization from inspiring English sources

Progressive AF and thermal demagnetization isolated a well-defined stable magnetization (Figure 7).

Using magnetic engineering, this property must be used to construct device elements with appropriate, stable magnetization states.

Natural remanent magnetization of tephra-bearing ice layers collected from Antarctica has been studied and was suggested to give stable magnetization with stepwise alternating demagnetization (Funaki and Nagata 1985; Funaki 1990; Funaki and Sakai 1997).

The first six volumes of all four runs were discarded to allow for stable magnetization.

The results suggest that the vortex chirality and multi-stable magnetization states can be controlled by changing both the symmetry of loading situation and the geometrical configuration.

Fig. 3 Static magnetization curves.

The two giant reversible and stable remanent magnetization states were obtained by applying pulsed electric field.

Generally, the maximum angular deviation (Kirschvink 1980) values were less than 5°, which indicates that stable primary magnetization was preserved (Inoue and Yamazaki 2010; Yamazaki et al. 2013).

Additionally, the piezostrain-mediated non-volatile stable remanent magnetization reversal in the two directions is observed under positive and negative pulsed electric fields, which can be used for magnetic storage [32, 33].

In the stepwise AFD curves of the IRM after LTD treatment, the samples with low M NRM/M IRM value (~0.01, ~0.05, and ~0.1) show the stable remanent magnetizations, while the samples with high M NRM/M IRM value (~1) show unstable behaviors.

Like the ThD experimental data, for all samples, the remanence consists primarily of one stable characteristic, remanent magnetization, and the secondary magnetization is very small (the secondary magnetization is almost all demagnetized at 8 mT).