Theoretical and experimental studies of current distribution in gas-evolving electrochemical reactors with parallel-plate electrodes

Keywords

Electrode, Electrochemistry, Current (fluid), Current density, Mechanics

References

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• Study of the effect of electrode resistance on current density distribution in cylindrical electrochemical reactorsJ.M. Bisang, Gerhard Kreysa — 1988
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• The voidage problem in gas-electrolyte dispersionsHelmut Vogt — 1987
• The vertical distribution of current in a gas-evolving membrane cellAndrew D. Martin, A.A. Wragg — 1989
• The effect of metal and solution phase resistances on the current distribution in cylindrical electrochemical reactorsJ.M. Bisang — 1989
• Calculation of Current Density Distribution and Terminal Voltage for Bipolar Electrolyzers; Application to Chlorate CellsI. Roušar — 1969
• Simultaneous solution of the potential equations for the metal and solution phases in cylindrical electrochemical reactorsJ.M. Bisang — 1990
• Modelling of gas evolving electrolysis cells. I. The gas voidage problemGerhard Kreysa, Melanie Kühn — 1985
• Mass transfer in a parallel plate electrochemical cell—the effect of change of flow area and flow cross-section at the cell inletD. J. Pickett, Carol J. Wilson — 1982
• Effect of gas evolution on current distribution and ohmic resistance in a vertical cell under forced convection conditionsYoshinori Nishiki, Koichi Aoki, Koichi Tokuda — 1986
• Electrochemical Engineering in Disperse Multiphase SystemsGerhard Kreysa — 1988

Cited by

• An experimental investigation of bubble-induced free convection in a small electrochemical cellP. Boissonneau, P. Byrne — 2000
• Role of mass transfer on hydrogen evolution in aqueous mediaHarald Riegel, Jovan Mitrović, Karl Stephan — 1998
• 3D and 2D experimental views on the flow field of gas-evolving electrode cold model for electrolysis magnesiumChenglin Liu, Ze Sun, Guimin Lu — 2015
• Ohmic resistance of solution in a vertical gas-evolving cellM. P. M. G. WEIJS, L.J.J. Janssen, G. J. Visser — 1997
• Current distribution in a gas-evolving electrochemical reactor with an expanded metal electrodeJ.M. Bisang — 1992
• Effect of leakage currents on the primary current distribution in bipolar electrochemical reactorsE. R. Henquín, J.M. Bisang — 2007
• Effect of mass transfer on the current distribution in monopolar and bipolar electrochemical reactors with a gas-evolving electrodeJ.M. Bisang — 1993
• Current distribution in a chlor-alkali membrane cell: experimental study and modelingMustapha Chikhi, M. Rakib, Ph. Viers — 2002
• General Potential-Current Model and Validation for ElectrocoagulationKristian L. Dubrawski, Codey Du, Madjid Mohseni — 2014
• Behaviour of electrogenerated hydrogen and oxygen bubbles in narrow gap cells—Part I. ExperimentalJean St‐Pierre, Anthony A. Wragg — 1993
• Analysis of terminal effects in rectangular electrochemical cellsS.L. Marshall, Stephen K. Wolff — 1998
• Ozone generation via the electrolysis of fluoboric acid using glassy carbon anodes and air depolarized cathodesPeter C. Foller, G. H. Kelsall — 1993
• Current distribution measurements in a PEFC with net flow geometryMatti Noponen, Jari Ihonen, Anders Lundblad — 2004
• PIV Study on Buoyant Bubble Flows in a Small Electrolytic CellIchiro Kuroda, A. Sakakibara, Toshio Sasaki — 2008
• Hydrodynamic characteristics of the two-phase flow field at gas-evolving electrodes: numerical and experimental studiesCheng-Lin Liu, Ze Sun, Guimin Lu — 2018
• Experimental study and mathematical modeling of two phase flow with a Eulerian approach in a continuous gas evolving electrochlorinatorJosé Alberto Ramírez‐Valiente, A. Rodríguez, Fernando F. Rivera — 2019
• Critical Review—The Versatile Plane Parallel Electrode Geometry: An Illustrated ReviewLuis F. Arenas, Carlos Ponce de León, Frank C. Walsh — 2020
• A multi‐region and open‐source computational fluid dynamic tool for electrochemical systems with three‐dimensional electrodesA.N. Colli, J.M. Bisang — 2021
• Investigation of the Influence of the Void Fraction on the Energy Consumption of a Vertical Electrolyser Under Natural ConvectionGabriel Wosiak, Jeyse da Silva, Sthefany S. Sena — 2022
• Considerations about the gas fraction in two-phase electrochemical reactors by using a rigorous hydrodynamic modelA.N. Colli, J.M. Bisang — 2023

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