Fit Parameters for Standard Models

Filename	Parameter	Description	Units	Range
RANDLES.MDL	Ru	Uncompensated Solution Resistance	Ω	0 → ∞
	Cf	Double-layer Capacitance	farad	0 → ∞
	Rp	Polarization Resistance	Ω	0 → ∞
CPE.MDL	Ru	Polarization Resistance	Ω	0 → ∞
	Y₀	CPE Y₀ Value	S•s^α	0 → ∞
	α	CPE exponent	—	0 → +1
	Rp	Polarization Resistance	Ω	0 → ∞
CPE with Diffusion.MDL	Ru	Uncompensated Solution Resistance	Ω	0 → ∞
	Y₀	CPE Y₀ Value	S•s^α	0 → ∞
	α	CPE exponent	—	0 → +1
	Rp	Polarization Resistance	Ω	0 → ∞
	Wd	Warburg	S•s^½	0 → ∞
REBAR.MDL	Ru	Uncompensated Solution Resistance	Ω	0 → ∞
	Cc	Coating Capacitance	farad	0 → ∞
	Rc	Pore Resistance	Ω	0 → ∞
	Rp	Polarization Resistance	Ω	0 → ∞
	Cf	Exposed-metal Capacitance	farad	0 → ∞
PAINT.MDL	Ru	Uncompensated Solution Resistance	Ω	0 → ∞
	Cc	Coating Capacitance	farad	0 → ∞
	Rpo	Pore Resistance	Ω	0 → ∞
	Rf	Faradaic (Polarization) Resistance	Ω	0 → ∞
	Cf	Exposed-metal Capacitance	farad	0 → ∞
REAP2CPE.MDL	Rsoln	Uncompensated Solution Resistance	Ω	0 → ∞
	Cc	Coating “Capacitance” (CPE)	S•s^m	0 → ∞
	m	CPE Exponent	—	0 → +1
	Rpo	Pore Resistance	Ω	0 → ∞
	Ccor	Corrosion (Double-layer) “Capacitance” (CPE)	S•sⁿ	0 → ∞
	n	CPE Exponent	—	0 → +1
	Rcor	Corrosion Resistance	Ω	0 → ∞
Rotated Disk.MDL	Ru	Uncompensated Resistance	Ω
	Y₀	CPE Y⁰ Value	S•s^α
	α	CPE Exponent	—
	Rp	Polarization Resistance	Ω
	W₀	Warburg	S•s^½
	B	B = δ / D^½	s^½

NOTE: S = siemens; s = second