Sentence examples for behavior at low fields from inspiring English sources

The data in Fig. 2 allows estimation of critical values of H c1 and H c2. All curves in Fig. 2 exhibit expected linear behavior at low fields (<250 Oe), which corresponds to the diamagnetic response of the sample.

The magnetic behavior of Y2Cu2O5 nanoparticles were measured and found that at low fields they are soft ferromagnetic but at high fields they behave paramagnetically.

As expected, at low fields transient currents exhibit unusual behavior, as diffusion currents overwhelm drift currents to such an extent that it becomes impossible to determine transit times (and hence, carrier mobilities).

Low diameter CNTs because of higher aspect ratio may emit preferably at low fields.

Kuroda and Leburton [10] modeled the linear behavior of the R-T characteristics measured at low field in SWCNTs, by taking into account the mean free paths determined by the interactions of electrons with acoustic and optical phonons.

The sample of CeO2 prepared at 160°C for 12 h exhibits mixed behaviors of ferromagnetism and diamagnetism having hysteresis loops at low field.

Both T1ρH relaxation behavior at high field and T1H relaxation time distribution taken at low field reflected the substantial increase of molecular segmental mobility upon blending.

At low field productivity, field species richness was, on average, higher than in field boundaries.

It has been shown that the simplest rheological models with one fractional element can adequately describe MAEs behavior at low and for some cases high magnetic fields where the main contribution to the MAEs elasticity arises either from polymer network or magnetic particle aggregates, respectively.

This turbulent behavior at low velocity ratios is associated with much higher acoustic levels in the far-field.

Knowledge of damping behavior at low temperature is of importance.