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

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

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.