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x-axis-electric-field.png, Cell Constant of Parallel Wire Electrodes, Solving Gauss's Law Electric Field Equations for Paraxial Two-electrode Conductivity Cell
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Cell Constant of Parallel Wire Electrodes
Cell Constant of Parallel Wire Electrodes, Solving Gauss's Law Electric Field Equations for Paraxial Two-electrode Conductivity Cell
Gauss's Law electric field equations are solved for cell constant of parallel electrode electrolyte conductivity probes & cells, capacitance between parallel wire electrodes or paraxial cylinders, and the surface resistivity/resistance/conductance between two circular contacts on a sheet of conducting material. The conductivity cell may use stainless steel electrodes, carbon electrodes, activated carbon electrodes, glassy graphite electrodes, or platinized platinum black electrodes.
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