(US5290323-A)      Solid electrolyte fuel cell is mfd. by (a) pouring a 1st slurry composed of a mixt. of a solid electrolyte powder and a specified liq. into a concave portion of a mould composed of a material above to absorb the specified liq. and forming an electrolyte green body, (b) pouring a 2nd slurry composed of an electrode powder and the specified liq. into the concave potion to form a multilayer green body and (c) removing the body from the mould and sintering.    Green body is a fuel electrode and/or an air electrode green body. The specified liq. is pref. water or an organic solvent which evaporates quicker than water e.g. ethanol.    USE/ADVANTAGE -   Used for mfg. a fuel cell with a solid electrolyte sandwiched between fuel and air electrodes. The green bodies are formed under a stable condition, so that cracking and peeling are prevented.    (EP514552-B1)      A method for mfg. the fuel cell of a three-layer structure in which a fuel electrode and an air electrode face each other with a solid-state electrolyte between. Into a mould (4) made of the material capable of absorbing a predetermined solvent, the slurries, in which the powder of the solid-state electrolyte and the powders of the electrodes are mixed with the predetermined solvent respectively, are poured successively. Then, an electrolyte compact (5) and electrode compacts (6), (7) are formed respectively.    Solid-state electrolytic fuel cell, with no crack and no peeling, can be obtained easily and at a low price.    (JP3050328-B2)      A method for mfg. the fuel cell of a three-layer structure in which a fuel electrode and an air electrode face each other with a solid-state electrolyte between. Into a mould (4) made of the material capable of absorbing a predetermined solvent, the slurries, in which the powder of the solid-state electrolyte and the powders of the electrodes are mixed with the predetermined solvent respectively, are poured successively. Then, an electrolyte compact (5) and electrode compacts (6), (7) are formed respectively.    Solid-state electrolytic fuel cell, with no crack and no peeling, can be obtained easily and at a low price.    (JP3050331-B2)      A method for mfg. the fuel cell of a three-layer structure in which a fuel electrode and an air electrode face each other with a solid-state electrolyte between. Into a mould (4) made of the material capable of absorbing a predetermined solvent, the slurries, in which the powder of the solid-state electrolyte and the powders of the electrodes are mixed with the predetermined solvent respectively, are poured successively. Then, an electrolyte compact (5) and electrode compacts (6), (7) are formed respectively.    Solid-state electrolytic fuel cell, with no crack and no peeling, can be obtained easily and at a low price.