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Equations for calculating the dielectric constant of saline water

Equations for calculating the dielectric constant of saline water,A. Stogryn

Equations for calculating the dielectric constant of saline water   (Citations: 148)
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Published in 1971.
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    • ...The sea-surface dielectric constant is calculated using Debye formulas [27]...

    Xiaofei Liet al. Scattering and Doppler Spectral Analysis for Two-Dimensional Linear an...

    • ...Most of the permittivity models use a polynomial function [11]‐[13], [15], [16]...

    Quanhua Liuet al. An Improved Fast Microwave Water Emissivity Model

    • ...Corwin and Lesch (2005) gave various models for the temperature conversion factor, either as polynomial equations (Stogryn 1971; Rhoades et al. 1999; Wraith and Or 1999), or as an exponential equation (Sheets and Hendrickx 1995)...
    • ...Other forms of polynomial referred to in Corwin and Lesch’s paper (2005) include Stogryn (1971) and Wraith and Or (1999)...
    • ...Wraith and Or’s model (Eq. 17) is derived from Stogryn (1971) and Ulaby et al. (1986)...
    • ...The model of Stogryn (1971) was derived from Wely (1964) for seawater and the parameter a is defined as...
    • ...18 and 19 in their book, which were derived by Wely (1964) and later modified by Stogryn (1971)...

    Ruijun Maet al. Comparing temperature correction models for soil electrical conductivi...

    • ...The test was repeated for three different saline solutions, whose dielectric parameters, calculated on the basis of an interpolating formula, inferred from the literature [18], are summarized in Table II...

    Anna Pia Pastoreet al. A Realistic Model for the Analysis of Heart Magnetic Stimulation

    • ...In the published literature, simple, useful, fairly accurate empirical formulas are proposed for these parameters [1], based on salinity or normality (‰), temperature (° C) and frequency (Hz)...
    • ...By evaluating the equations of the empirical model, we calculated that for standard underwater conditions, variations of predictions between the two models (empirical [1] and rigorous [2]) could induce a significant impact on the attenuation assessment in seawater for electromagnetic waves at around the 2.4-GHz frequency...

    Hector Fabian Guarnizo Mendezet al. High performance underwater UHF radio antenna development

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