| 摘要 |
<p>The invention concerns an anode substrate (1, 4) for a high-temperature fuel cell which has a non-catalytic phase and a catalytic phase with respect to the methane - vapour reforming reaction. With known anode substrates, the methane - vapour reforming reaction occurs very rapidly, with the disadvantage that great differences in temperature occur in the fuel cell. In order to overcome this problem, the substrate according to the invention comprises areas in which the concentration of catalyst is reduced, in order to delay the reforming reaction.</p> |
