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3D-UME |
This program models a basic SECM configuration, using an ultramicroelectrode (UME) tip and a substrate with Butler-Volmer conditions for the electrochemistry of two redox pairs (o1/r1 at the tip and... |
01/13/11 |
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Cell Membrane Permeability using SECM |
This is the simulation discussed in Koley D, Bard AJ (2010) Triton X-100 concentration effects on membrane permeability of a single HeLa cell by scanning electrochemical microscopy (SECM).... |
04/19/11 |
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Chemical-Electrochemical Feedback |
This program models heterogeneous kinetics at a substrate. A reversible mediator is reacted at the tip (described through concentration boundary conditions) and this mediator diffuses to the... |
01/13/11 |
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Irreversible Collection |
This program models an extremely simple case of SECM in which a substrate electrode produces a substance of interest (e.g. oxygen) in unlimited amounts (e.g. is not diffusion limited, as in oxygen... |
01/13/11 |
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Surface-Interrogation Chronoamperometry Mode SECM |
A tip electrode is positioned in proximity to a substrate. The tip electrode generates a reactive species from a reversible redox mediator that diffuses to the substrate and reacts with an adsorbed... |
01/13/11 |
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Surface-Interrogation Cyclic Voltammetry Mode SECM |
A tip electrode is positioned in proximity to a substrate. The tip electrode generates a reactive species from a reversible redox mediator that diffuses to the substrate and reacts with an adsorbed... |
01/13/11 |
