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Keywords: [abr] "~C"p; Parallel equivalent electrode capacity as ω-〉~ (μF ; [abr] C"0; Concentration of species S"1 as x-〉~ (mole cm^-^3) ; [abr] C"b; Series equivalent electrode capacity in base solution (μF ; [abr] C"s(f-〉0); Series equivalent electrode capacity at low ; [abr] C"s; Measured series capacity (μF cm^-^2) ; [abr] C'"0; Concentration of species S"2 as x-〉~ (mole cm^-^3) ; [abr] C'; Concentration of species S"2 (mole cm^-^3) ; [abr] C; Concentration of species S"1 (mole cm^-^3) ; [abr] C^*"p; =C"p-"~C"p (μF cm^-^2) ; [abr] C^*"p; Parallel equivalent electrode capacity (μF cm^-^2) ; [abr] C^i; Differential capacity of the inner layer (μF cm^-^2) ; [abr] D'; Diffusion coefficient of species S"2 (cm^2 sec^-^1) ; [abr] D; Diffusion coefficient of species S"1 (cm^2 sec^-^1) ; [abr] E; Electrode potential (volts relative to Hg/HgO in 1 M NaOH ; [abr] F; Faraday ; [abr] P; Amplitude of sinusoidal perturbation (V) ; [abr] R"S"O; Series equivalent solution resistance (Ω) ; [abr] R"p; Parallel equivalent electrode resistance (Ω cm^2) ; [abr] R"s; Measured series resistance (Ω cm^2) ; [abr] V; Rate of interfacial reaction (mole cm^-^2 sec^-^1) ; [abr] Z; Electrode impedance (Ω cm^2) ; [abr] f; Frequency (c/sec) ; [abr] i; Current density (A cm^-^2) ; [abr] j; √-1 ; [abr] k"h; First-order heterogeneous rate constant (cm sec^-^1) ; [abr] k, k'; First-order homogeneous rate constants (sec^-^1) ; [abr] q"1; Specifically adsorbed charge (μC cm^-^2) ; [abr] q"m; Charge in metal electrode (μC cm^-^2) ; [abr] t; Time (sec) ; [abr] tan δ; Loss tangent (=ωC"s[R"s-R"s"o[) ; [abr] tan δ^*; Loss tangent (=[ωC"p^*R"p]^-^1) ; [abr] x; Distance into solution from electrode (cm) ; [abr] Γ; Concentration of ions adsorbed on electrode (mole cm^-^2) ; [abr] Φ"0; D.c. compoentn of Φ (V) ; [abr] Φ"1; Potential of inner Helmholtz plane relative to bulk ; [abr] Φ"m-2; Potential of metal electrode relative to outer Helmholtz ; [abr] Φ, Φ"m; Potential of metal electrode relative to bulk solution ; [abr] μ; Reaction zone thickness (cm) ; [abr] τ; Life time of species S"1 (sec) ; [abr] ω; Angular frequency (sec^-^1) ; [abr] ω^*; Angular frequency at (tan δ^*)^-^1=1 (sec^-^1)