]> 2026-05-18T17:10:59+02:00 DiffusionCurrent 14 en Faradaic current that is controlled by the rate at which electroactive species diffuse toward (or away from) and electrode-solution interface. DiffusionCurrent 17626b8e-dfce-4d3a-ae6c-5a7215d43a90 DiffusionCurrent 2023-04-21T06:14:45Z 2460055.7602431 OSW17626b8edfce4d3aae6c5a7215d43a90 14 en OSW17626b8edfce4d3aae6c5a7215d43a90#DiffusionCurrent;en DiffusionCurrent 14 200 1 plainlist 2 [[HasObject::Category:OSW17626b8edfce4d3aae6c5a7215d43a90]] OSW17626b8edfce4d3aae6c5a7215d43a90# QUERY13fa50d2e5db48cf1fb8a73897cfcaa5 14 [2,"smw-datavalue-wikipage-property-invalid-title","HasComment","Diffusion current is governed by Fick\u2019s Laws of diffusion. It is the principle on which many electroana- lytical methods are based, because the current is proportional to the bulk concentration of the diffusing species. I_{d} = z*F*A*D*\\grad(c)_{x=0}, where z is the electron number of an electrochemical reaction, F the Faraday constant, A the electrode surface area, D the diffusion coefficient of electroactive substance, and (\u2202c\/\u2202x)x=0 the gradient of the amount concentration at the electrode surface position x = 0.@en"] [2,"smw-datavalue-wikipage-property-invalid-title","HasComment","I_{d}@en"] OSW17626b8edfce4d3aae6c5a7215d43a90# ERR0cf8c53d7c740a4d5c6eafb6f7e19495 DiffusionLimitedCurrent 14 en OSW5fb7a03fd6dd47ee93170629681c7d00 SubClassOf 102 en SubClassOf