(US5185219-A)      Solid oxide fuel cell comprises a plate-like porous ceramic air electrode body (3), on one surface of which a dense interconnector (12) is formed, with a dense solid electrolyte film (9) on the top surface. A fuel electrode film (10) is formed on the electrolyte film. A partition member (2) separates the exhaust gas combustion chamber (7) from the power generation chamber (8) and produces a flow of fuel gas towards the exhaust gas combustion chamber at a slight pressure difference, preventing back-flow of oxidising gas.    ADVANTAGE -   High reliability and reduced thermal cracking tendency.    (JP2528986-B2)      Solid oxide fuel cell comprises: porous ceramic electrode plate (3) contg. gas flow passages (4); a dense plate interconnector (12); dense solid electrolyte film (9); electrode film (10); gas supply chamber (30); partition (1) sepg. the gas supply chamber from an exhaust gas combustion chamber (7); and a partition (2) separating the latter chamber from the power generation chamber (8).    The flowing gas is turned around an end portion of the cell at the side of the power generation chamber and moves towards the gas supply chamber and is then discharged to the exhaust gas combustion chamber through port (6) formed in the gas flow passage.    USE/ADVANTAGE -   In e.g. power generation systems. Cell design mitigates thermal stresses and provides more uniform temp. operation.    (JP2531824-B2)      Solid oxide fuel cell comprises: porous ceramic electrode plate (3) contg. gas flow passages (4); a dense plate interconnector (12); dense solid electrolyte film (9); electrode film (10); gas supply chamber (30); partition (1) sepg. the gas supply chamber from an exhaust gas combustion chamber (7); and a partition (2) separating the latter chamber from the power generation chamber (8).    The flowing gas is turned around an end portion of the cell at the side of the power generation chamber and moves towards the gas supply chamber and is then discharged to the exhaust gas combustion chamber through port (6) formed in the gas flow passage.    USE/ADVANTAGE -   In e.g. power generation systems. Cell design mitigates thermal stresses and provides more uniform temp. operation. @(18pp Dwg.No.1/11)@