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Cited by 23 publications
(15 citation statements)
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“…The dielectric property known as complex permittivity is the physical property that describes the interaction between matter and electromagnetic fields, and it is related to the structural and physio-chemical properties, such as water and soluble solids content or water activity, of the material [30]. There are a number of different dielectric polarization mechanisms operating at the molecular or microscopic levels [31]. The analysis of dielectric spectroscopy data gives valuable parameters that characterize the living tissues, such as cell size and shape, the state of the cell membranes and the status of intra- and extracellular media.…”
Section: Dielectric Characterization Of Vegetables and Fruitsmentioning
confidence: 99%
“…The dielectric property known as complex permittivity is the physical property that describes the interaction between matter and electromagnetic fields, and it is related to the structural and physio-chemical properties, such as water and soluble solids content or water activity, of the material [30]. There are a number of different dielectric polarization mechanisms operating at the molecular or microscopic levels [31]. The analysis of dielectric spectroscopy data gives valuable parameters that characterize the living tissues, such as cell size and shape, the state of the cell membranes and the status of intra- and extracellular media.…”
Section: Dielectric Characterization Of Vegetables and Fruitsmentioning
confidence: 99%
“…The frequency-dependent effects of polarization are investigated in several publications (Liu [36], Hadid and Schmidt [37]). The frequency range of polarization types are given in Table 1 (see also Liu [36]). The table shows that electronic, ionic, and orientational polarization will not contribute significantly to the capacitances of single core cables.…”
Section: Main Insulation Capacitancementioning
confidence: 99%
“…A Frequency Response Analyzer (FRA) was used to measure low frequencies from 10 -4 Hz to 1Hz, above which the dielectric loss is below the noise floor of the FRA technique, as detailed in [4]. The time domain charging/discharging current was measured from 1ms to 10s, and Fourier Transformation was used to obtain the frequency spectra from 0.1Hz and 250Hz [5].…”
Section: B Measurement Techniquesmentioning
confidence: 99%