Electric parts, Gibbs free energy

We can divide this Gibbs free energy G into an electric part Gel and an osmotic part Gosm, namely... 

For the outer region RJ u Rj outside the plates, the electric part and the osmotic part of the Helmholtz free energy are given by Equation 6.34 and Equation 6.35, respectively. Similarly, from Equation 6.45 and Equation 6.46, the electric part and the osmotic part of the Gibbs free energy in the outer region RJ u R, are determined as... 

The consumed electrical energy is 17 7 (U, cell voltage [V], 7, cell current [A]). The part U I — AH, that exceeds the enthalpy of the cell reaction AH = AG + T AS (AG, reaction free enthalpy (Gibbs energy)... 

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