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In electrochemistry, the Anson equation defines the charge-time dependence for linear diffusion control in chronocoulometry. The Anson equation is written as: where, Q = charge in coulombsn = number of electrons (to reduce/oxidize one molecule of analyte)F = Faraday constant, 96485 C/molA = area of the (planar) electrode in cm2C = concentration in mol/cm3;D = diffusion coefficient in cm2/st = time in s.

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  • Anson equation (en)
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  • In electrochemistry, the Anson equation defines the charge-time dependence for linear diffusion control in chronocoulometry. The Anson equation is written as: where, Q = charge in coulombsn = number of electrons (to reduce/oxidize one molecule of analyte)F = Faraday constant, 96485 C/molA = area of the (planar) electrode in cm2C = concentration in mol/cm3;D = diffusion coefficient in cm2/st = time in s. (en)
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  • In electrochemistry, the Anson equation defines the charge-time dependence for linear diffusion control in chronocoulometry. The Anson equation is written as: where, Q = charge in coulombsn = number of electrons (to reduce/oxidize one molecule of analyte)F = Faraday constant, 96485 C/molA = area of the (planar) electrode in cm2C = concentration in mol/cm3;D = diffusion coefficient in cm2/st = time in s. (en)
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