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CAFES (Client-based Application for Fast Electrophoresis Simulation) is a web-based online tool for fast and complex electrophoresis simulations. It requires no download nor compilation and comes with a large database of electrolyte physico-chemical properties. (Updated October 2021) Find here a tutorial on data processing and customisation of the tool.
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The CDI Matlab Program allows direct numerical simulation of capacitive deionization (CDI) physics and economics. Simulink is used to configure CDI cells with pre-constructed water system peripheries. (Updated June 2020) Click to see a video tutorial.
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A zip file containing the dwg file of the 3D printed manifold for quantifying in plane permeability of porous thin films (Updated July 2018)
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Spresso Spresso (Stanford Public Release Electrophoretic Separation Solver) is a fast open source code for simulation of non-linear electrophoresis. Click to see related publications |
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A useful Matlab script that calculates the pH, conductivity and effective mobilities of any number of weak/strong acids, bases or ampholytes. Includes ionic strength effects on mobility and ionic activity. (Updated Dec 2012)
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A zip file containing descriptions of low dispersion turn geometries for 90o and 180o turns developed in 2001.
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A useful Matlab GUI implementation of Simulation of Temperature Effects on ElectroPhoresis calculator. STEEP evaluates pH, ionic strength, conductivity and effective mobilities of any number of weak/strong acids, bases or ampholytes. Includes temperature effects on degree of ionization, ionic strength correction and ion solvation. (Updated April 2013)
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