Electrophoretically deposited nano TiO2/Ag powder to protect fuel cell Ni cathode from dissolution in molten carbonate

Data deposited in the form of an Excel file containing precise numerical results of performance test (current-voltage dependence), electrical conductivity measurement, and solubility tests.The functional properties of a porous nickel cathode from MCFC fuel cell produced by tape casting and reinforced with Ni foam were enhanced by electrophoretic deposition (EPD) of TiO2/Ag particles. The obtained results demonstrate a significant improvement in cell efficiency, with power output increasing from 90 mW/cm2 for the reference Ni cathode to 100 mW/cm2 for the modified cathode. Furthermore, cathode solubility was reduced by 300 %.