A fuel cell (1) includes an anode (11), a cathode (14), an electrolyte layer (13) containing ceria and provided between the anode (11) and the cathode (14), and at least two intermediate layers containing zirconia and provided between the electrolyte layer...

Disclosed is a fuel cell module (10) provided with a fuel cell stack (12) and a load-applying mechanism (19). The load-applying mechanism (19) is provided with: a first clamping part (104) that applies a first clamping load, in the direction of stacking, t...

The present invention relates to a fuel-cell device utilizing surface-migration on solid oxide (1) wherein a cathode layer (2) and an anode layer (3) are arranged in parallel to each other on one surface of the substrate (1). A strip-shaped cathode layer (...

A fuel cell comprises solid oxide type fuel cell element (15) having solid electrolyte layer with respective faces, cathode layer (11) formed on one of faces of solid electrolyte layer (13), anode layer (12) formed on the other face of the solid electrolyt...

A method of increasing the surface area of a fuel cell catalyst (103) by forming free standing elements (106) of a catalytic material in a fuel cell electrode.

A single cell for a solid oxide fuel cell and a solid oxide fuel cell using the same practicable and excellent in generation performance and durability, wherein a fuel electrode including a cermet of a catalyst and a second solid electrolyte with oxide ion...

A unit cell for a solid electrolyte fuel cell and a method of manufacturing the same are disclosed as including an air electrode (11), a fuel electrode (10), a solid electrolyte (12) sandwiched between the air electrode and the fuel electrode, and a porous...