Abstract
Abstract A fuel cell life time and its correct working are strongly dependent on its main components characteristics: anode, cathode and matrix. The required performances are directly correlated to two very important parameters: porosity and average pore diameter. In particular the influence of raw powders on MCFC anode porosimetric properties was studied. Ni–Al spherical and non-spherical powders were tested for anode production and the final samples were analysed by mercury porosimetry, scanning electron microscopy (SEM-EDS) and X-ray.
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