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Coulombic efficiency, CE =
discharge capacity of cycle n / charge capacity of cycle n-1 = power out on current cycle / power in on previous
Gibbs phase rule
P + F = C + 2; P = electrochemically active phases, F = dof, C = chemical components, 2 = constant T and P
Chemical driving force
DeltaG_r = -zFE, z = ionic charge, F = Faradays constant, E = voltage between electrodes, deltaG<0 = spontanious
Specific capacity
Q_grav = nF/M*3.6, n = ion valence*no of ions in formula, F = Faradays constant, M = molar mass, 3.6 = conversion to mAh
Cyclic voltametry hysterisis
DeltaE = 2.3RT/nF, 2.3 = ln-log conversion, R = molar gas constant 8.314, n = number of electrons transferred in process