" /> thickness of electrical double layer - CISMeF





Preferred Label : thickness of electrical double layer;

IUPAC definition : The length characterizing the decrease with distance of the potential in the double layer characteristic Debye length in the corresponding electrolyte solution κ-1: table class captioned tr td \[\frac{1}{\kappa } \sqrt{\frac{\varepsilon_{{r}}\varepsilon_{0}RT}{F {2}\sum _{i}c_{i}z_{i} {2} }}\] /td /tr tr td class caption (rationalized four-quantity system) /td /tr /table table class captioned tr td \[\frac{1}{\kappa } \sqrt{\frac{\varepsilon_{{r}}RT}{4\pi F {2}\sum _{i}c_{i}z_{i} {2} }}\] /td /tr tr td class caption (three-quantity electrostatic system) /td /tr /table where ɛ static permittivity ɛr.ɛ0, ɛr relative static permittivity of solution; ɛ0 permittivity of vacuum, R gas constant, T thermodynamic temperature, F Faraday constant, ci concentration of species i, ci ionic charge on species i.;

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The length characterizing the decrease with distance of the potential in the double layer characteristic Debye length in the corresponding electrolyte solution κ-1: table class captioned tr td \[\frac{1}{\kappa } \sqrt{\frac{\varepsilon_{{r}}\varepsilon_{0}RT}{F {2}\sum _{i}c_{i}z_{i} {2} }}\] /td /tr tr td class caption (rationalized four-quantity system) /td /tr /table table class captioned tr td \[\frac{1}{\kappa } \sqrt{\frac{\varepsilon_{{r}}RT}{4\pi F {2}\sum _{i}c_{i}z_{i} {2} }}\] /td /tr tr td class caption (three-quantity electrostatic system) /td /tr /table where ɛ static permittivity ɛr.ɛ0, ɛr relative static permittivity of solution; ɛ0 permittivity of vacuum, R gas constant, T thermodynamic temperature, F Faraday constant, ci concentration of species i, ci ionic charge on species i.

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05/05/2025


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