Sentence examples for dielectric hysteresis from inspiring English sources

These findings are also significant for the interpretation of dielectric hysteresis measurements on other polymer-electret materials.

After thermal poling, pyroelectricity and a pronounced dielectric hysteresis have been observed on films of a poly vinyl alcohol) with azobenzene-alkoxy side chains (Az-PVA).

Based on the Landau theory and related characterizations, this comment in detail discusses the second-order ferroelectric phase transition of ABO3 perovskite-type MOFs, including Curie Weiss constants, symmetry breaking, spontaneous polarization, dielectric hysteresis loop, and so on.

The model is applied to study the hysteresis responses, such as dielectric hysteresis loops and butterfly strain loops, and switching mechanism of barium titanate (BaTiO3) single crystals subjected to a variety of loads.

Despite the simplicity of the model all characteristic phenomena of ferroelectricity are represented: the dielectric hysteresis of the polarization vs electric field, the butterfly hysteresis of strain vs electric field as well as the mechanical depolarization under compressive stress.

The predicted effective properties are incorporated in the proposed uni-axial model and the dielectric hysteresis (electrical displacement versus electric field) as well as butterfly curves (strain versus electric field) are simulated.

The strong couplings among dielectric loss, hysteresis loss and multiple scattering resulted in the reflection loss up to −42.2 dB with the bandwidth of 7.1 GHz at 10% MnO2 weight ratio for a flexible composite film of 1 mm thick.

Hysteresis variation observed in PVP OGI based TFT device was confirmed to be related to the proportion of the hydroxyl group and moisture in the dielectric bulk; however, hysteresis could be constrained by another approach with the amelioration of the backbone structure as ring shape phenol backbone of the PVP OGI.

TiO2 [18] 18] gate dielectric provides low hysteresis voltage, and thin ALD Al2O3 is a promising gate dielectric for surface passivation [6, 7] as well as improved interface quality.

The temperature dependences of dielectric permittivity and ferroelectric hysteresis loops also indicated an increase in relaxor behavior with increasing PMNT content.

Complex permittivity refers to energy loss inside the substance due to hysteresis effects of dielectric conductance and dielectric polarization under the electric field.