A 2003 paper by Mathias Bostrom suggested that it is incorrect because it does not account for pH dependence on the background electrolyte.
A 2003 paper by Mathias Bostrom suggested that it is incorrect because it does not account for pH dependence on the background electrolyte. Pulstrodes obtain higher sensitivity than predicted by it, (*) as it predicts a 10-fold sample activity change of a monovalent ion yields a 59 millivolt change in the observed electromotive force across a membrane. One value in it is calculated by the product of the ideal gas constant and the absolute temperature divided by the product of Faraday's constant and the charge number of the reaction, all multiplied by the natural log of the quotient of the chemical activities on the oxidized and reduced sides of the electrode reaction. FTP, name this relationship which relates the actual potential of an electrode to its standard potential, named for its German formulator.
A 2003 paper by Mathias Bostrom suggested that it is incorrect because it does not account for pH dependence on the background electrolyte.
{Nernst} Equation