(US5372895-A)      A cell section for a solid oxide fuel cell comprising a flat porous electrode base (3) made of an electrode material for either an air electrode or a fuel electrode, an electrolyte film (4) and a porous electrode film (5) in that order, such that the porous electrode base and the electrolytic film are exposed at one or two sides.    Pref. the cell sections are mounted in the mounting holes of the hollow substrate by means of an adhesive applied between the mounting holes and the cell sensors.    USE/ADVANTAGE -   Used to generate electrical energy through an electrochemical reaction. Power regeneration efficiency is improved by decreasing the necessary strength of a support, and is easily assembled.    (DE4241884-C2)      Cell section for a solid oxide fuel cell has a flat porous electrode of electrode material, either for an air electrode or a fuel electrode, an electrolyte film and a second porous electrode film arranged in such a way that the porous electrode and the electrolyte film are exposed on one side of the moulding surface.    (I) comprises a hollow sealed substrate (I) having several recesses (10) on its surface. Each cell section (2) has a flat porous electrode of electrode material either for an air electrode or for a fuel electrode, an electrolyte film and the other porous electrode film.    (I) is produced by (i) placing pre-finished cell sections (2) into recesses (10) in the surface of a hollow sealed substrate (1); and (ii) connecting neighbouring cell sections (2) using connections (7).    USE -   The fuel cell can be used to produce electricity through an electrochemical reaction.    (JP2730817-B2)      Cell section for a solid oxide fuel cell has a flat porous electrode of electrode material, either for an air electrode or a fuel electrode, an electrolyte film and a second porous electrode film arranged in such a way that the porous electrode and the electrolyte film are exposed on one side of the moulding surface.    (I) comprises a hollow sealed substrate (I) having several recesses (10) on its surface. Each cell section (2) has a flat porous electrode of electrode material either for an air electrode or for a fuel electrode, an electrolyte film and the other porous electrode film.    (I) is produced by (i) placing pre-finished cell sections (2) into recesses (10) in the surface of a hollow sealed substrate (1); and (ii) connecting neighbouring cell sections (2) using connections (7).    USE -   The fuel cell can be used to produce electricity through an electrochemical reaction.    (JP2780885-B2)      Cell section for a solid oxide fuel cell has a flat porous electrode of electrode material, either for an air electrode or a fuel electrode, an electrolyte film and a second porous electrode film arranged in such a way that the porous electrode and the electrolyte film are exposed on one side of the moulding surface.    (I) comprises a hollow sealed substrate (I) having several recesses (10) on its surface. Each cell section (2) has a flat porous electrode of electrode material either for an air electrode or for a fuel electrode, an electrolyte film and the other porous electrode film.    (I) is produced by (i) placing pre-finished cell sections (2) into recesses (10) in the surface of a hollow sealed substrate (1); and (ii) connecting neighbouring cell sections (2) using connections (7).    USE -   The fuel cell can be used to produce electricity through an electrochemical reaction.