Or, 2006, Effects of Maxwell-Wagner polarization on soil complex dielectric permittivity under variable temperature and electrical conductivity: Water Resources Research, 42, W06424, doi: 10.1029/ 2005WR004590.Chen, Y., & Or, D., 2006. Effects of Maxwell-Wagner polarization on soil complex ...
polarization phenomena at the interface to a certain extent. Our objective in the present study is to obtain a better under- standing of the main factors that control the space charge behavior at the dielectric/dielectric interface of two insulators (A and B) with different permittivity. To that...
We demonstrate a new type of alternating current (ac) interfacial polarization and frequency-dependent fluid displacement phenomenon at a liquid-liquid electrical interface. Two fluid streams—one with a greater electrical conductivity and the other a greater dielectric constant—are made to flow side ...
All of the NCZFO samples exhibit the high dielectric response behavior and show the Debye-like relaxation, which is attributed to the Maxwell鈥揥agner polarization and thermally activated mechanisms. The impedance spectroscopy analysis reveals that the NCZFO ceramics are electrically heterogeneous. The ...
Samples containing only pure PANI or a small concentration of CSA showed very high values for dielectric loss ([epsilon]") and storage ([epsilon]'), which suggested the existence of electrode polarization and Maxwell-Wagner-Sillars interfacial polarization effects, especially at low frequencies and ...
The characteristic frequencies of electrode polarization and of interfacial polarization effects in dielectric spectra of ionic liquids and of polymer bi-layers are determined and systematically analyzed, based on dielectric measurements by means of broadband dielectric spectroscopy, numerical simulations, and ...
dielectric response in the form of space charge polarization that leads to a Maxwell–Wagner relaxation in the low- temperature region. If there are surface layers in the sample, another space charge appears at the interfaces between the surface layers and the bulk of the sample Fig. 2 d , ...
We assume, that these observations might be traced back to a build-up of charge carriers on a mesoscopic scale at the inner boundaries (cage and frameworks of the UiO or the intercrystal boundaries), called Maxwell-Wagner-Sillars (MWS) polarizations [33]. The separated charges can be consid...
In the low frequency region, the electrode polarization effect dominates, owing to a counterion accumulation at the electrode-aqueous phase Conclusions We have analyzed the radiowave dielectric spectra of erythrocyte cell suspensions and have derived the passive electrical parameters of the cell membrane ...
Chaudhuri, Maxwell-Wagner polarization mechanism in potassium and titanium doped nickel oxide showing giant dielectric permittivity. J. Phys. D Appl. Phys. 40 , 556 (2007)P.K. Jana, S. Sarkar, B.K. Chaudhuri, Maxwell-Wagner polarization mechanism in potassium and titanium doped nickel oxide ...