Stokes flow around an asymmetric channel divider; a computational approach using MATLAB.

Diffusion-reaction-conduction processes in porous electrodes: the electrolyte wedge problem.

Estimates for polarization losses in molten carbonate fuel cell cathodes

Estimates for polarization losses in molten carbonate fuel cell cathodes.

Electrochemical oxidation of carbon in a 62/38 mol% Li/K carbonate melt.

On modelling molten carbonate fuelcell cathodes by electrochemical-potentials.

Overview of the MCFC work done by TU Delft and WPI on corrosion, fuel cell modelling, porous electrode modelling, melt chemistry and the new I-MCFC

Overview of the MCFC work done by TU Delft and WPI on corrosion, fuel cell modelling, porous electrode modelling, melt chemistry and the new 1-MCFC.

The modelling of molten carbonate fuel-cell cathodes using electrochemical potentials.