Verification of analytical fuel cell models by performance testing at a 110 cm2 molten carbonate fuel cell

Verification of analytical fuel cell models by performance testing at a 110 cm2 molten carbonate fuel cell

Assessment of two analytical fuel cell models by performance testing at a 110 cm² molten carbonate fuel cell.

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.

Optimization of processes by equipartition.

Assessment of two analytical fuel cell models by performance testing at a 110cm2 molten carbonate fuel cell

Summary of the PhD thesis Analytical fuel cell modelling and exergy analysis of fuel cells

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

Nernst loss and multistage oxidation in fuel cells.

Analytical fuel cell modelling and exergy analysis of fuel cells: het analytisch modelleren en exergetisch analyseren van brandstofcellen

Analytical fuel cell modelling and exergy analysis of fuel cells

Nernst loss and multistage oxidation in fuel cells

Comparison of isothermal and non-isothermal MCFC models.

Analytical fuel cell modeling; non-isothermal fuel cells.

Comparison of isothermal and non-isothermal MCFC models